China Auto Brake pads Manufacturer - Okmad Int'l Auto Parts http://okmadintl.com We produce quality brake pads,brake shoes,suspension parts/steering parts for most of cars in the world,cover MITSUBISHI,DAEWOO,OPEL,CHEVROLET,KIA,HYUNDAI,NISSAN,ISUZU,TOYOTA,FORD,MAZDA,PEUGEOT,CITROEN,FIAT,SUZUKI,VOLKSWAGEN,HONDA,RENAULT Mon, 17 Jan 2022 17:16:18 +0800 zh-CN hourly 1 https://www.s-cms.cn/?v=4.7.5 BRAKE PADS LIST INDEX Mon, 17 Jan 2022 17:16:18 +0800 DISC BRAKE PADS LIST INDEX


D100 D484 D724 GDB1326 D1499
D101 D485 D724 D728 D1501
D104 D487 D766 D1018 D1502
SMCAP107 D488 D745 FDB1478 D1506
FDB319 D491 D773 FDB1479 D1509
D114 D492 D787 D11 D1510
D115 D494 D770 D13 D1513
D120 D496 D740 D176 D1519
D123 D497 29059 D36 D1521
D130 D498 D723 D41 D1532
FDB558 D499 D713 D49 D1534
D135 41060-VW085 FDB763 D92 D1566
D136 D464 D736 D97 D1573
D137 D479 D803 D98 D1574
D141 D419 D418 D117 D1580
D143 D452 D807 D122 29030
D145 D455 D814 D138 MKD6071
D145 D437 D815 D179 D1748
D147 D495 D816 D192 D1717
D147 D427 D818 D193 D1712
D149 D432 D820 D208 D1711
D150 D475 D821 D212 D1710
D152 D469 D824 D232 D1592
D153 GDB3270 D828 D283 D1593
D154 D50 D830 D293 D1601
D161 D52 D831 D312 D1602
D166 D54 D833 D317 D1604
D169 D54 D834 D343 D1615
D170 D57 D841 D346 D1030
D172 D500 D844 D362 D1616
D177 D501 SM8456 D467 D1627
D180 D502 D850 D482 D1628
D183 D503 D856 D513 D1645
D184 D505 D86 D523 D1650
D186 D506 D867 D594 29125
D187 D507 D869 D597 D1006
D188 D508 D881 D701 D1321
FDB206 D509 D882 D713 D1317
D189 FDB1603 D883 D715 D1391
FDB1293 D510 D813 D718 D1696
D194 D511 D836 D719 D1316
FDB1378 D512 D822 D737 D1306
D197 D518 D840 D744 D1269
D199 FDB527 D842 D846 D1261
GDB1193 D519 D835 D877 D1306
FDB1045 FDB520 D843 D895 D1253
DB1118 D520 D872 D896 D1250
D1227 FDB195 D889 D927 D1230
FDB1131 D521 D879 D927 D1222
AK614W D522 D801 D942 D1216
FDB1399 D524 D800 D950 D1213
D185 D525 D819 D1039 D1212
FDB1000 D527 D873 D1043 D1210
D195 D530 D855 FDB201 D1202
D21 D533 D838 FDB361 D1195
D200 D534 D887 FDB434 D1194
WVA20124 D535 D862 FDB511 D1193
D203 D536 D866 FDB547 D1192
D352 D537 D886 FDB634 D1191
D205 D540 D868 FCV709 D1190
D207 D542 D823 FDB771 D1188
WVA20854 D543 D858 FDB805 D1184
D209 D544 D857 FDB842 D1176
FDB554 D549 D845 FDB910 D1183
D419 D550 D893 FDB1004 D1175
FDB909 D551 D885 FDB1055 D1173
D215 D552 GDB3263 FDB1441 D1158
FDB777 D553 FDB1337 FDB1442 D1157
D219 D553 D91 FDB1500 D1156
D222 D554 D96 GDB1276 D1149
D224 D555 D96 GDB1289 D1148
D225 D556 D923 GDB1503 D1147
D81 D558 D904 GDB3092 D1146
D226 D559 D931 GDB3173 D1144
D227 D562 D932 GDB3201 D1143
D227 FDB1116 D908 GDB3220 D1141
D228 D564 D945 GDB3261 D1140
D229 D566 D936 A118K D1139
D230 D567 D976 A187K D1137
D231 D568 FDB1040 A300WK D1112
D233 D570 FDB1063 A363K D1111
D233 D571 FDB1067 A416K D1109
D234 D572 FDB239 A427K D1108
D236 D573 FDB270 A610K D1105
D242 D574 FDB276 A621K D1104
D243 D576 FDB296 55810-84E00 D1101
FDB275 D579 FDB303 MKD0030 D1095
D245 D580 FDB316 MKD2064 D1661
FDB274 FDB1498 FDB346 GDB1447 D1094
D247 FDB1014 FDB351 GDB1448 D1089
D249 D583 FDB376 GDB1449 D1092
D255 D584 FDB393 29764 D1088
D256 D585 FDB398 MKD2052 D1087
D257 D589 FDB408 D85 D1086
D258 D591 FDB414 D1142 D1084
D433 D592 FDB428 FDB1405 D1083


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Brake pad Material Mon, 17 Jan 2022 17:16:18 +0800

Certificated by ISO 9001 and TS16949.
100% Non-Asbestos and safe dependable Brake Pads.
Lowest dusting and Minimum Noise.
Shimmed, slotted and chamfered for Stronge Grip and Heat Transfer to noise dampening.
Meet OEM Standard.
Multiple formulas(Semi Metallic, NAO, Ceramic etc)


Brake pad back steel plate


Copper power & Fibre


Kevlar Fibre


Steel Fibre



Phenolic Resin  &  Graphite


Iron Powder



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B.pad Metarial Mon, 17 Jan 2022 17:16:18 +0800

Certificated by ISO 9001 and TS16949.
100% Non-Asbestos and safe dependable Brake Pads.
Lowest dusting and Minimum Noise.
Shimmed, slotted and chamfered for Stronge Grip and Heat Transfer to noise dampening.
Meet OEM Standard.
Multiple formulas(Semi Metallic, NAO, Ceramic, Carbon ETC)




Brake pad back steel plate


Copper power & Fibre


Kevlar Fibre


Steel Fibre



Phenolic Resin & Graphite


Iron Power

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Clients Mon, 17 Jan 2022 17:16:18 +0800

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Company Profile Mon, 17 Jan 2022 17:16:18 +0800 Plants-brake pad automatic production line to advance brake pads performance

 


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Overview Mon, 17 Jan 2022 17:16:18 +0800 OKMAD Int'l Auto Parts in China, are a professional manufacturer specializing in designing and making disc brake pad,the annual production capacity has reached 4,000,000 sets. owning 1,200 kinds of  hot pressing dies and 800 kinds of  stamping dies, cover most of car brake pads set,Brake Shoe,Brake Pads Set,Passenger cars Brake Pad,Bus & Truck Brake Pad ,Bus & Truck Brake Shoe. for aftermarket / Replacement Parts, Performance & OEM Parts.


FAQ:

Q1. What is your terms of packaging?
A: We offer brand packing box and neutral packing. We can also offer packing box for brake pads according to your designs.
 
Q2. What is your terms of payment?
A: Generally, by T/T 30% as deposit, and 70% before shipment. 

Q3. What is your terms of delivery time?
A: Generally, it will take 30 to 60 days after receiving your advance payment, it depends on the items and the quantity of your order.

Q4. Can you manufacture according to the samples?
A: Sure, we can develop by the samples or detailed drawings by free.

Q5. What is your sample policy?
A: We can supply the samples free, but the customers have to pay the courier freight cost, the cost will be deducted in your first order.

Q6. What's your the minimal order quantity?
A: The brake pads MOQ is 100 sets for each item.

Q7. Do you test all your goods before shipment?
A: Yes, we do 100% test before the shipment, We keep good quality and competitive price to ensure our customers benefit. We have special team to complete this work.


Q8. How to believe us and why ?
A: We sell services, not products. if you don't want to regret it, Just give us a chance for the FIRST TIME.

Q9. What extra services can you supply ?
A: We can supply any other products sources or quotations, especially for auto parts, like below auto parts etc.
Alternator,COMPRESSOR,EVAPORATOR,Camshaft,Control Arm,Crankshaft,Brake /Clutch Cylinder,Cylinder Head,Engine Bearing,Engine Valve,Fan Clutch,Clutch Fan,Flexible Pipe,Wheel Hub,Radiator heater,Cylinder Liner,Radiator,Road Block/Wheel Chock,Rocker arm,Lifter/Tappet,Lamp,Engine Mount,KNUCLE,Spring,steering rack,Turbochanger,Brake Rotor/Disc,Brake Drum,Brake Shoe,Ignition coil,Oil Pump,Fuel Pump,Water Pump,Bearing,Tensioner,Pulley,Filter,Piston set,Piston Ring,CV Joint,U Joint,Timing Kit,Timing Belt/V Belt,Wiper Blade,Glow Plug, Starter, Cable,Gasket,Gear,Mirror,Nozzle,Sensor,Thermostat,Oil Seal,Distributor Cap/Rotor,Handle Door,Valve Guide,Synchronizer Ring,Radiator Hose,BOOSTER/vacuum,WINDOW REGULATOR,Shock Absorber...

More than 18 years in this field, we buit up better sources and relations with more than 200 sister factories bosses for the auto spare parts.


We respect every customer as our friend and we sincerely do business and make friends with you!

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How many kilometers to change the brake pads? How do you see the thickness of the brake pads? How often does the truck change the brake pads? Mon, 17 Jan 2022 17:16:18 +0800 For different models, the replacement cycle specified by the car manufacturer is not exactly the same. The specific replacement cycle is subject to the standard value required by the car manufacturer, and it needs to be judged according to different driving environments and personal driving habits. Generally speaking, the front brake pads are replaced every time the brake pads drive about 30,000-50,000 kilometers, and the rear brake pads are replaced for about 60,000-100,000 kilometers.


The price of brake pads is diverse, ranging from dozens to hundreds. The main reason for this difference is that the materials, brands and models of brake pads are different. At present, the main materials used for brake pads are asbestos, high carbon fiber, semi-metal, ceramic and so on. Among them, asbestos brake pads have been eliminated. At present, the most common ones are semi-metal and ceramic. The price of semi-metal is relatively affordable, and it is mostly used in ordinary cars. Relatively speaking, ceramics will be better than metal, wear-resistant and high-temperature resistant. It has good thermal stability, fast heat dissipation and higher friction coefficient, but the price is also more expensive, and it is more used in middle and high-end models.


The standard for the thickness of brake pads is generally around 1.5cm. As the car brakes during use, the thickness will be reduced by friction. Generally, the critical point of the thickness of brake pads is about two or three millimeters. If the thickness of the brake pads is already less than 3 millimeters, they must be replaced.


The thickness of the brake pads can be checked with eyes, and some of the brake pads can be seen through the gap of the hub. If the brake pads have worn out to one-third of the standard thickness, it is recommended to replace them. However, some models are also due to the wheel hub design. It is difficult to check the thickness of the brake pads without removing the tires, which is more troublesome.


There are also some models, when the brake pads are too thin, the position of the instrument handbrake light will be prompted, and there are tools to check the thickness of the brake pads to better check the thickness of the brake pads.


You can also judge by your feelings. If you feel the brakes are struggling, it may be that the thickness of the brake pads is not enough, and the friction is insufficient, and it needs to be replaced in time, otherwise it will cause an accident. The replacement cycle of the brake pads should be determined according to the environment and driving habits of the car. Generally, replacement should be considered after driving about 40,000 kilometers. When the brake pads are thin or the brakes are difficult to observe by eye observation, it is also recommended to replace them in time. It is best to go to a professional repair shop for inspection and replacement.


The truck depends on the specific conditions of use to determine how often to change the brake pads. During regular routine inspections, look at the degree of wear of the brake pads of the minivan. If it reaches a critical point, it must be replaced immediately. When the thickness of the brake pads is only about 1/3 of the original thickness (about 0.5cm) when observed by eyes.


Truck owners will increase the frequency of self-checks and be ready to replace them at any time. Due to the design of the wheel hub, some models do not have the conditions for visual inspection, and the tires need to be removed to complete. It is recommended to check the wear of the brake pads regularly to see if it can be used, instead of just trusting the warning lights.


Whether the brake fluid is within the effective range. The manuals of many minivans require regular replacement of brake fluid. This requirement of the manufacturer is somewhat conservative, but the purpose is for the safety of the car owner. If the brake fluid is used for a long time, the performance will be somewhat reduced, thereby reducing the braking effect. There is another main reason. If there is air in the brake fluid, even a very small amount of air will greatly reduce the braking effect.


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What is the difference between brake discs and brake pads? should the brake pads and brake discs be replaced together? Mon, 17 Jan 2022 17:16:18 +0800 Brake disc, when the car is running, it will rotate with the tires, and the brake caliper will clamp the brake disc, which will generate braking force to slow down or stop.


The brake pads are installed in the brake calipers. When the brakes are stepped on, they will be squeezed onto the brake discs or brake drums to generate friction, so as to achieve the purpose of vehicle deceleration and braking.


In our daily driving life, we often use brakes, and the brakes rely on the friction between the brake discs and the brake pads to reduce the speed and brake. Many friends will confuse them and do not know the difference between brake discs and brake pads.


As the name suggests, the brake disc is a disc-shaped disc made of metal with many air holes in it. The brake disc has a good braking effect and is easier to maintain than a drum brake. The brake pads are made of ceramic, metal and carbon fiber. In the braking system of automobiles, the brake pads are the most critical safety parts. The quality of the braking effect is determined by the brake pads. The brake pads are generally made of steel plate and bonded heat insulation layer. And the friction block.


Do you want to replace the brake pads and brake discs together?

Under normal circumstances, the brake pads and brake discs do not need to be replaced together. The replacement cycle of brake discs is longer than that of brake pads. Under normal driving conditions, the front brake pads need to be replaced once for 30,000 to 50,000 kilometers, and the rear brake pads need to be replaced once for 60,000 to 80,000 kilometers. The front brake disc is replaced once for 60,000 to 80,000 kilometers, and the rear brake disc needs to be replaced only about 100,000 kilometers. In other words, it is necessary to replace the brake disc once after replacing the brake pads twice, and it is best to develop the habit of regular inspection and timely maintenance.


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How many kilometers to change the clutch disc in a manual transmission car? Mon, 17 Jan 2022 17:16:18 +0800 The replacement time of the clutch plate of the manual transmission is not fixed, and the maintenance manual equipped with the vehicle at the factory does not clearly indicate the time of the clutch plate replacement. Basically, the clutch plate will be replaced when the clutch plate is worn out or burned out. The life of the clutch disc is mainly determined by the driving habits and driving environment of the car owner. Some clutch discs need to be replaced after driving for tens of thousands of kilometers, and some clutch discs need to be replaced after driving for tens of thousands of kilometers. It is recommended that the owner should replace it once at 80,000 kilometers, and do not wait until the clutch disc is really worn out or burned out.


When the clutch disc is installed, there are front and back sides. The correct way to install the front and back of the clutch disc is to put the convex side toward the transmission, and the non-protruding side toward the flywheel. When installing the clutch disc on most vehicles, if the front side is reversed, it will not be able to install it, but some vehicles can. If it is installed incorrectly, it will result in the phenomenon that the clutch pedal cannot be stepped on, or the gear cannot be moved when the gear is engaged.


When the clutch plate needs to be replaced, the friction plate and the pressure plate are usually replaced. Since one of the three components is damaged, the wear of the remaining two components is also very serious. The price required to replace a three-piece clutch set is about 800 yuan, and the specific price will also be based on the local maintenance man-hours.


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The battery runs out after the car is parked for about three days. Why does the battery lose electricity in winter? Mon, 17 Jan 2022 17:16:18 +0800 The device for powering the electric equipment in the car battery also allows car owners to start the car every time before driving. The car owner shows that their car has stopped and left the battery battery. Below, you can see what causes this situation.


If the owner of the car continues to park after parking, remember that the most electric power is the result of the owner's failure to use the electrical equipment in the car after parking. For large electrical equipment, because the engine is not working, the battery has been consuming power, so the owner found that the battery was dead after a power failure.


It is also possible that the generator is malfunctioning, the harness of the generator is broken, or the bearing, bracket and other models appear. Wearing an electric car has continued to charge the battery during the exercise, and the generator does not charge the battery, resulting in the car. The Lord discovered that the battery was dead.


Another possibility is the natural aging of the battery. Due to the use time of the battery, it will also deteriorate, and the discharge and charging will become worse, resulting in a loss of power in the performance of the car after three days of parking.


Batteries are vulnerable to electricity

Therefore, in the winter period, the capacity of the car battery will become smaller. Under normal circumstances, the best use time of a battery is 25°C, and a drop of 1°C over time can reduce the temperature drop by 0.8%. Therefore, car owners should pay more attention to the maintenance of the battery in winter, and remember to avoid bad car usage habits in winter, such as turning on the heater and air conditioner for a long time when the flame is turned off.


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Will the battery run out when I stop and turn on the air conditioner? How to see the battery power on the dashboard Mon, 17 Jan 2022 17:16:18 +0800 If the air conditioner is turned on when the vehicle is parked, the battery will run out if it takes a long time. Since the air conditioner compressor is driven by the power of the engine, the battery cannot be charged when the car is turned off, and the natural wind blown by the blower is driven by the battery. The blower consumes the electricity in the battery. If it is not charged in time, it will It will cause the battery to lose power and cause the vehicle to fail to start.

How to see the battery power on the dashboard

The remaining battery power cannot be checked on the car dashboard. Only when the car battery is out of charge, the corresponding fault light will be lit on the dashboard. If you find that the battery fault light on the dashboard is on, you must pay attention. The car owner can ring the car horn to find out if the sound is lower than before, or turn on the headlights of the car, Is there any headlight that is as bright as before? If it is not bright, it means that the battery is insufficient.

Battery maintenance methods include:

1. Avoid parking the vehicle for a long time. If you need to park the vehicle for a long time, you must start the engine regularly. It is best to drive the vehicle for a period of time to charge the battery;

2. Clean the terminals on the battery every once in a while, and apply special grease to protect the wiring harness, and check the accessories and connection lines of the battery regularly;

3. Avoid using on-board electrical appliances, such as fans, cigarette lighters, etc., after the car is turned off. Use the battery when the engine is not started. This is bad for the battery itself. If it is used for a long time, it will greatly affect the battery life.


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Tips Exactly How To To Replace Brake Pads Mon, 17 Jan 2022 17:16:18 +0800 There are really a lot of options of stores that you can go to in order to lookup your auto glass locations. The first is actually the auto barn. The auto barn can be a business entity that sells thousands upon thousands of parts and components based on automobiles. Usually they are often a good place to start the as they are Brake pads manufacturer offer your good prices and also the store assistants can provide you useful advice for choosing what you're looking to gain.

Open your hood, search for the brake reservoir and carefully open keep in mind this. Place a CLEAN towel or rag tremendous of the reservoir. Revisit the wheel being worked on.

Also in order to as discs, the rotors from the vehicle really are critical section bringing obtaining to an entire stop. The pads clamp down the rotor to forestall the wheels from rotating. This friction is not immediate therefore the amount of pressure given to the pedal will determine how quickly Auto parts supplier stops. If you have plenty of room between one vehicle and another, the driver can gradually put pressure on the pedal accessible to an overall total stop. A good emergency, the drivers can press down quickly as well as the car will get rid of quickly. It requires less as well as area in order to when the pedal is pressed down hard. Is actually important to not difficult to imagine why a brake repair might consist of replacing the rotors. Components critical parts of the braking mechanism.

Physical feedback: a low pedal, a spongy pedal, a too hard pedal, a pulling or grabbing effect (either each morning pedal or even steering wheel), or a vibration and back pumping pedal effect are all possible warning signs of impending brake failure.

2)It is probably that realize that some have eradicate the brake calliper in order to can bring. Remove the calliper; this will likely have two bolts when you strike it holding it in situate. Remove them and place them aside.

Note: Seek to to the are billed for any kind of the above warning criteria. Because of their technical nature they gets “unnecessarily” very pricy, fairly quickly.


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Basic Vehicle Maintenance You Ought To Have Done Regularly Mon, 17 Jan 2022 17:16:18 +0800 In accessory for being cheaper, older cars generally have lower premiums and are cheaper to make an account. The difference in registration is often as much as $1,000 with regards to the state and whether difficulties is lower than three associated with age. Older cars cost less to insure because they’re cheaper alter if stolen or smashed up.

Another with the common Brake pads manufacturer problems is really a burning chemical or rubber smell. Which is usually caused by clutch problems, however burning brakes could additionally cause it. Burning brakes happen to be an indicator that the emergency brake is on your. If there is some resistance and noise at a wheels, it’s an indicator that there are undesirable particles within machine. If replacing the braking fluid doesn’t work, replace the brake rotors.

“Hot Spots” on the brake drums or rotors can develop from excessive overheating globe same fashion as brake pad crystallization. These hot spots are really hardened areas that have been “cooked” by excessive sun. The Brake pads can’t grip leading of these areas effectively and simple stopping capability.

There are serpentine belts and you can apply v-belts. V-belts last about 3 years or 36,000 miles. Nyc airports year cutoff is important to note because research signifies that the failure rate in this belts skyrockets when find into year four.

When a motor vehicle manufacturer designs and builds a car, there are a number of conflicting considerations built into what the final vehicle is. On the rise a tradeoff of building something in the area reliable, stylish, and cost effective for the company. There is little in order to become gained for that typical manufacturer by telling the buying audience that the brakes on your car were made by Mr. Goodwrench (not a real manufacturing company) if that get them more employment. So as a rule, you’ve got no idea of where the brakes were sourced out to by your company.

Make without doubt you tighten the caliper securely in before replacing the automobile. Then, make certain that you tighten the lug nuts in place before lowering your car to the floor. Once the jack has been removed, for you to vehicle just for a short drive to test out your new brake pads. Health-care professional . hear a small bit of scraping for just days, that is common after performing this type of brake opportunity. The important thing is that you most likely safe at the same time rotors are less supposed to become damaged.


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How Alter the Front Brake Pads On A 1999 Dodge Caravan Mon, 17 Jan 2022 17:16:18 +0800 The brakes of an automobile are essentially the most essential parts when a car is moving. This is because I cannot imagine utilization means who would naturally and smoothly stop my Mercedes when am doing 180 on the freeway once i choose to as the brakes manage. It is the most important to my safety when my car is moving. I therefore determine any driver should pay lots of attention on when to alter the braking system of auto.

Coolant may be the primary fluid most people think of in a vehicle. Coolant has a defined lifespan and requires changes every so often. How often depends on what the owner's manual says. Cars have long-life coolant that's supposed to last 100,000 miles. For people with an older vehicle, it isn't really Brake pads manufacturer the accusation in court.

If you suspect that may possibly be a major problem with your brake system, you should get it checked out soon. The pros say that brakes always be checked every 6 months and months. If your brakes are making loud noises, squeaking, grinding, going down too low, or not functioning correctly, you requirement to get it checked outdoors. If you need location an associated with pressure additional medications . the brakes work, medical doctors need to fix them. Are usually ignore these symptoms you can hurt yourself or someone else, so be careful. Keep in mind that brake pads also should certainly be replaced after a time. If you do not replace your pads once they wear out, you will damage your rotors.

One belonging to the reasons why they feature prominently is because they're made associated with ceramic or semi-metallic areas. The Gold Brake pads in particular deliver superior stopping pressure. They feature exclusive multi-layer SoundLock noise minimizing. You can expect quiet stopping.

Crystallized brake pads and/or shoes: Brakes function once the pad material is able to grab and hold the top of the rotor or drum. Heat is generated as the brake functions in you are able to. When brakes becomes overused from stopping too quickly too often times or from riding the brakes, the top of the ad material crystallizes and becomes very hard. This makes the brake pad surface unable to grab the rotor surface and unable to Auto parts supplier the car effectively.

If needed notice the grinding or screeching noise that is the place you found yourself in a stop, there is a good chance that those around you're picking via it. Diane puttman is hoping one from the most obvious signs a person need to may need brake condition. There are times when certain pads will cause more noise so individuals not a warranty that automobile needs system. However when it for you to the safety of as well as your family, it option to go through with an inspection just to be sure.

What after we told you that you didn't have invest as much money of import auto salvage parts? Would that lessen your fear? You can now avail of any kind that isn't working through auto salvage yard nationwide. So do not protect your car from people you love the almost. What if your wife crushes a corner view mirror or the tail light gets smashed into bits. You can simply replace it through in touch with the most beneficial auto salvage yards.

Another thing that often makes this problem worse actuality that many automobile manufacturers don't leave enough material together to allow for the rotors to be resurfaced. This brake repair must be exercised by a qualified technician. Every single time a rotor is resurfaced the flatness for the rotor has been enhanced upon and also the pulsing feeling in the brake pedal then fully. The safety of the brake is then restored as to what it in order to. If car needs work done within brakes then get it done straight away. Delaying a repair might very dangerous!

brake pads and rotors


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Guide to brake repair: What You Must Know ? Mon, 17 Jan 2022 17:16:18 +0800 Sometimes down the road, you happen to participate in an unfortunate event your auto glass parts become damaged, broken or scraped. When this occurs, you would have to run through the agony of finding the cheapest and quality auto glass parts to replace the damaged parts. However, finding the various components is considerably less straight forward as we'd like it to be. It is not commonly found lying around in your supermarket or grocery shop. In fact, individuals consider have search for weeks to get the suitable materials to replace their damaged ones.

Generally, a little parcel of grease escalating graphite-based includes the new Brake pads. This will be utilized to the new brake clips to prevent squeaking.

The ABS system Auto parts supplier is frequently integrated with traction control and stability systems, which all are made to keep you safe during panic stops, wheel slippage, and making through.

After the wheels are off, make use of the wrench to loosen the bolts holding the calipers. Lift the caliper on the Brake pads manufacturer rotor after the bolts are removed. So as to the caliper will be connected however brake range. Never let the caliper hang through the brake line as it may line brake damage and brake malfunction. Secure the caliper using the bungee cords for you to some nearby suspension component.

Rotors - If not often covered change the pads in time, it is possible going to not replace them, nevertheless the rotors also. The friction between the rotors as well as the brakes can do damage for the rotors by drinking grooves and ridges. This can be expensive: changing the rotors in automobile can set you back as almost as much ast $600, dependant upon the make and model of the car. Online password information earlier, it becomes an avoidable repair if you're thorough with maintenance on their own brake pads.

If do not have to notice the grinding or screeching noise that is the place you exposed to a stop, there is a good chance that those around a person picking up on it. This kind of is one among the most obvious signs that you simply may need brake pads near me patch up. There are times when certain pads will cause more noise so everyone not an assurance that your motor vehicle needs provider. However when it comes to the safety of your own family your family, it seems sensible to endure with an inspection in order to be sure.

You should use vehicle's brakes properly. Don't apply a lot of pressure these when you won't need to. You will also avoid carrying around a lot of weight in the car. The extra weight can cause your car's braking ability to wear down faster. Follow these tips and this particular vital a part of your vehicle inspected and repaired focused on to, and you can save yourself some money and the majority of wrath.


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Mountain Biking - Bike Maintenance Mon, 17 Jan 2022 17:16:18 +0800 2)Tyres. Keeping your tyres in good nick completely vital because they seriously change the handling of one's bike. You should check your tyre pressure on a typical basis, and be aware your tyres require adjusting if you are carrying heavy luggage and also an extra passenger. In addition, look at your tyres for wear - in the uk motorcycles over 50cc own at least 1mm of tyre tread depth across three quarters of the width of your tread pattern and visible tread regarding the remaining fraction. Motorcycles under 50cc must have clearly visible groves on the original tread pattern.

Selling concrete blocks just isn't a problem. As a local manufacturer you have a big cost advantage more than a distant Auto parts supplier. Transportation costs are high for concrete products merely because of their weight. With no transportation costs you provides local customers at a highly competitive price and still make a profit.

Priority #2: Proper maintenance on potential things which could leave you stranded or cause other components such as engine to fail. Like radiator hoses, fuel lines, constant velocity (CV) joints, clutch fan and timing belts.

The factor to take care of is the warranty of your parts. If you decide on from a series store, the likelihood is that these people could charge you for the warranty on parts. For you to purchasing any part, whether online or offline, it is necessary that you clearly understand what warranty you are receiving for a major part. Also, find out the exchange and return policy offered the actual seller.

Proper proper care of the rotors involving "turning" or resurfacing at the mechanic's shop, giving that you just fresh surface for the Brake pads to grip onto. Resurfacing them saves money you fuel consumption you from having to replacing them completely. Of course, rotors and drums can be turned a lot of times, since it is possible with an older vehicle which you will must replace these parts.

Whatever cash you budget place cash into a "car provide for." Nothing complicated. Set up applied for to insure savings account at your bank that is dedicated to car repairs if such as. Then you can just transfer sum of money in there online yourself, or have your company direct deposit the money for you into that account whenever they offer that service. In case you are good at tracking your money, peaceful breaths . even just keep it in a broad savings account fund and then Brake pads manufacturer track the amount of that money is set aside for car repairs in the spreadsheet. Opt for a method which you like for where to keep the actual.

Depending on type of out of doors shed you wish to have, wish to opt for accessories additional medications . garden shed designs significantly more interesting. Items such as skylights, cupolas, alarm systems, motion detectors, and self storage may come separately from shed kit manufacturers or perhaps local home and garden store. Maybe you have shelves installed or purchase storage containers to better organize ways to be held.

Would you really buy another option for protecting car from Joe's Auto Parts or Bob's Auto Parts Zone? They do not manufacture the truck or suv. They do not produce parts designed by engineers with technical scientific college states. Their parts are simply copies of your real thing made with lower quality components and materials.

brake pads near me


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Reasons for Car Accidents Vary - Avoid Mechanical Problems Mon, 17 Jan 2022 17:16:18 +0800 brake pads replacement

U.S. auto manufacturers have more pressure from import manufacturers year in year out. They previously been feeling the heat from Nissan, Toyota and Honda, but now with Hyundai taking an even bigger chunk of the middle minimizing range cars, SUV's and trucks may be the start of the end of players like Ford and G.M.

Also not covered by most warranties, the brakes should checked regularly (whenever you rotate your tires and replaced when they get cheap. Driving with worn brakes (typically they squeal badly when you come to some stop) will quickly score your brake rotors or drums and make replacing them essential also as Brake pads or brake shoes. Front brakes usually wear out first, and again in keeping with how you drive, absolutely probably expect you'll replace them every 30,000 miles or possibly even longer. A good brake shop will turn the rotors or drums, replace the pads or brake shoes, and rebuilt the calipers or wheel cylinders as asked. If you replace them often and also the rotors/drums look good, sometimes you should expect away with only a new pair of trainers or protections.

Yet there is indeed still risk. The pink sheet companies aren't regulated from the NASDAQ most notably National listed companies. It's harder get info on them, and are therefore often very "liberal" with their statements, bordering on and also including bald faced relaxing. They can get away with it because concepts expected to "police themselves" and they a pretty fair job overall, growing to be an always the wise young man.



Your brakes also Auto parts supplier are required to be inspected twice 1 year because eventually, you have to have to replace your rotors. The rotors get wiped out after a spell. You may hear a loud noise or a superior pitch noise when the rotors need to be swapped out. Keep in mind that one brake pad usually costs about 10 dollars or less, anyone should always purchase a couple of brake pads. Together, brake pads and rotors will spend you less than $99.

Effective branding can be discovered in distinction is the successful between awareness and important recall. Awareness is worn-out to name the brand when asked and important recall will be the non-cognitive option to hold the Brake pads manufacturer in a site of importance even have got are not in buying mode.

You may make many other garden ornaments from either hand made or commercial molds to find a ready sale for your items. By starting part time, in your garage, you eliminate all risk. Plywood and sheet metal would be only materials needed to produce your cement block molds which makes starting cost low. The right concrete mix is made up of Portland cement, gravel, sand and water in the most effective proportions. Since the business builds you can decide going full time when you are ready.

Priority #2: Proper maintenance on potential things that could leave you stranded or cause other components such as the engine to give up. This includes radiator hoses, fuel lines, constant velocity (CV) joints, clutch fan and timing belts.

Calipers - Brake repair involving your vehicle's caliper can be possibly one of the most costly repair you will come across when dealing with automotive tires. The calipers are the component of the brakes that pushes the brake pads onto the disc a person first push inside the pedal. Switching your car's caliper can cost upwards of $1000 with parts and labor.


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How I save $97 on a brake Job. and you are able to too ! Mon, 17 Jan 2022 17:16:18 +0800 brake pads cost

Perspective is our individual concept of the relationship between objects. Brand new Merriam-Webster Dictionary defines one measure of perspective as the scientific methods applied to paintings for that purpose of relaying depth and individuals. Imagine coming upon a stop sign while driving an auto at sixty-five miles per hour. When well functioning brakes are applied, the approach the stop sign seems reasonable and controlled. But replace the experience of solid brake pads with the spongy, bottomed-out effect of failed metal-to-metal stopping power, and the driver's perspective of the stop sign, its nearness, and the velocity of his vehicle will all shift into an extreme new mindset.

If you failed to change your brake pads in case you were supposed to, or maybe you go through several brake pad replacements, your car's rotors may have to get replaced. New rotors will cost you from about $30 to $65 per wheel. Provides you with include the fees for installing each of them.

Besides this, you could visit online stores to purchase them. Buying them get both as well as cons cons. Good part involving online constantly you perhaps a better bargain. These Auto parts supplier may be online are probably cheaper in comparison with the ones that you find in conventional shops. This is given that the conventional shops have contain labor cost and other operational running costs. On the other hand, the online shops don't have incorporate this their particular prices.

There will come a time however if your car requires new components of. One of the most frequently used parts to want changing on any car is the tires as well as the Brake pads manufacturer pillow-top. Prestige cars are no different as they succumb for the same stresses and strains that all cars are exposed to of their daily visits. Choosing parts for your vehicle can thought to be confusing frequently frustrating experience as you countless brands available at that time.

Older cars all used carburetors to blend gas and air and squirt it into the engine for combustion. Newer cars mostly use fuel injection, even though this often works really well and controls emissions, you have to keep those fuel injectors clean. The local auto parts shop sells a regarding brands of fuel injector cleaner therefore recommend adding it for you to some full tank of gas at least with every oil change. It's a lot cheaper than having your fuel injection system overhauled. And change that air filter regularly or whenever begins to appear dirty. Nothing slows performance more quickly and gunks up your carburetor or fuel injectors than filthy air filter.

As the diagram illustrates, the brake caliper is attached to your brake blank disc. Inside the caliper are two Brake pads which need changing. Means positivity . press the brake lever in your car, the caliper will squeeze the brake pads onto the brake disc, in turn slowing them down, and effectively then wheel. Imagine a CD spinning around, when a hand then from both sides clamps within it slowly, which the similar principle as the braking entire body.

Whatever amount of money you budget place that money into a "car financing." Nothing complicated. Set up a separate savings account at your bank the actual dedicated to car repairs if you like. Then you can just transfer the cash in there online yourself, or have your company direct deposit the money for you into that account they will offer that service. If you're good at tracking your money, might even just keep it in a comprehensive savings account fund after which it is track the amount of that the budget is set aside for car repairs in a spreadsheet. Opt for a method you require for where to keep the amount of money.

Hawk LTS brake pads are a performance pad for heavier vehicles. Excellent trucks and SUV's, these pads offers great braking feel, low dust and superior fade resistance.


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Brake Repair - What you may need ? Mon, 17 Jan 2022 17:16:18 +0800 2)Tyres. Keeping your tyres in good nick is utterly vital mainly because they seriously impact the handling of the bike. You should check your tyre pressure on a normal basis, and be aware your tyres require adjusting if you're carrying heavy luggage and also an extra passenger. In addition, check your tyres for wear - in the uk motorcycles over 50cc possess at least 1mm of tyre tread depth across three quarters of the width on the tread pattern and visible tread to your remaining fraction. Motorcycles under 50cc must have clearly visible groves round the original tread pattern.

Remember you life understanding that of household is riding on your tires. Utilize good quality tires. it is a sound money. And one more thing, these new "low profile" tires appear so cool on these sport sedans. The low profile means a short sidewall, and that means little give and flex there which, while it's contribute to higher handling, entails a stiffer less comfortable ride, plus more ! wear on your own suspension, after the tires are not absorbing the journey irregularities as well, leaving it all up towards more expensive suspension ingredients.

Brake Rotors are thin pieces of metal that the brake pads squeeze so as to slow Auto parts supplier down; these sheets of metal are typically smooth. The may have grooves in that person from the brake pads but if those grooves are uniform then there's generally no issue. However, over time, these rotors can wear unevenly, whether by design or due to metal wearing on the rotors from worn down brake pillow-top. In these cases, you may have the ability to turn the rotors and prolong their life, but in most cases, it is simply easier and safer basically replace these types of.

brake pads and rotors

When the braking is lighter the heat is less so your brakes will stay cooler to the heat problem. Sincere is guide keep the heat out from the brake system and allow brakes for cooling as much as possible allowing the air to flow through the brakes.

Changing the Brake pads will be the next enter. Remember that really are millions books at your local auto parts store, on eBay, and any kind of time bookstore you just can also buy. Will certainly give you step by step instructions along with picture illustrations as to how adjust and maintain brake yoga mats.

The materials used products and are brake pads have changed over the previous few decades. Asbestos pads not surprisingly were linked with the health problems that made asbestos a concern in clients. Semi-metallic Brake pads manufacturer pads are actually a current option that is often a cheap solution. Semi-metallic pads are made from strands of steel and, while perform the trick for braking, they also can be noisy and do produce more dust particles. Also, the metal part of the information will wear on the rotor faster than have a wfi connection. Still, semi-metallic pads are frequently selected as a result of price.

Examine the axle additional related mechanicals now viewable. Look for any out the ordinary grease or crucial. Take pictures if such as. (For this article, we will remain on topic and talk only about brake pads).

The means of replacing your pads is too not difficult to not do it, you could every second you drive with them worn, it will cost you cash. The starting price maximum brake shops is very reasonable as long as all they want to do is install new brake pads, right after they have to dealing with other portions of the foot brake the price starts to increase considerably.


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China brake pad manufacturers suggest what should you buying quality brake pads? Mon, 17 Jan 2022 17:16:18 +0800 Automobile brake pads are important safety components in automobile braking systems. The braking performance is reflected by the friction effect of brake pads and brake discs. The quality of the brake pads directly affects the braking performance of the car, and is related to the life and property safety of the car's drivers and passengers.
For some time, some China brake pad manufacturers have specialized in carbon fiber ceramic brake pads.

Why choose carbon fiber ceramic brake pads? Is it a good quality brake pad?
First of all, there is no clear standard or document to explain in the Chinese and international counterparts, but a popular explanation based on user or market feedback.

Main technical performance indicators of carbon fiber ceramic brake pad products:
The friction coefficient is 0.35~0.45; the wear rate is 0.2~0.4; the service life is more than 40,000 kilometers; there is no noise; the thermal degradation is ≤15%.

Stable high temperature performance: During the braking process, the maximum temperature can reach 350°C, the brake pads will not change its performance (coefficient of friction and wear rate), and there will be no cracks in sudden braking.

Wear resistance and dual damage: 50,000 to 70,000 kilometers should be more abrasion resistant, the more important thing is that the brake disc is not gnawed, and the running-in is very uniform.

No noise: Everyone said that the brakes did not sound.
No black powder: After braking, there will be no black powder on the wheel, which eliminates the troubles of the driver.
Sensitive and even braking action: When you step on the brake, you will feel the brake is sensitive and comfortable.
Smooth braking process: smooth, uniform and safe braking effect.
What are the advantages of carbon fiber ceramic brake pads

01. Stable friction coefficient
The friction coefficient is the most important performance index for evaluating all friction materials, and it is related to the performance of the brake. During the braking process, due to the heat generated by friction, the working temperature of the friction part increases. Generally, the friction material of the brake pad is affected by the temperature, and the friction coefficient begins to decrease, which will reduce the friction force, thereby reducing the braking effect. The choice of friction material for ordinary brake pads is inappropriate, and the friction coefficient is too high to cause the direction of the braking process to be out of control, and when the temperature is too high, it will cause burning phenomenon. High-quality brake pads Even when the temperature of the brake disc is as high as 650°C, the friction coefficient of the brake pads is still 0.45~0.55, which can ensure that the vehicle has good braking performance and at the same time overcome the shortcomings of ordinary brake pads.

02. Good comfort
In the comfort index, the noise of the brake pads is often the most concerned by car owners. The brake pads are installed very well. Why does it produce noise in the later period? The noise is caused by abnormal friction between the brake pads and the friction disc. The causes are very complicated. The braking force, the temperature of the brake disc, the speed of the vehicle and the weather conditions may all be the causes of the noise. Noise is also a problem that ordinary brake pads cannot solve for a long time.

03. High-quality material characteristics
Carbon fiber ceramic brake pads use high-tech materials such as large particles of graphite, potassium titanate, high temperature resistant minerals or synthetic fibers, which have the advantages of high temperature resistance, wear resistance, stable braking, repair of injured brake discs, environmental protection, no noise, and long service life. It overcomes the defects of traditional brake pads in materials and craftsmanship, and is currently the most advanced advanced brake pad in the world.

04. Long service life
Service life is an indicator that everyone pays attention to. The life of ordinary brake pads is about 40,000 kilometers, while the life of carbon fiber ceramic brake pads is more than 80,000 kilometers. The unique formula of carbon fiber ceramic brake pads uses only 1 or 2 kinds of electrostatic powder, and other materials are non-static materials, so that the powder will be taken away by the wind with the movement of the vehicle, and will not stick to the wheel hub. Beautiful. The life of carbon fiber ceramic brake pads is more than 50% longer than that of ordinary semi-metal. After using carbon fiber ceramic brake pads, the brake disc will not be scratched, which extends the service life of the original car's brake disc by 20%.

05. Good mechanical strength and physical properties
Before the friction material products are used, they sometimes need to be drilled, assembled and other mechanical processing to make the brake pad assembly. Therefore, it is required that the friction material must have sufficient mechanical strength and be able to withstand greater pressure and shearing force to ensure that there is no damage and chipping during processing or use.

06. Has low heat decay
Irrespective of disc, drum or special machinery special-shaped brake pads, they must have the same braking ability as in the cold state under the conditions of long-term braking, high-load braking and high friction temperature and high-speed braking.

China brake pad manufacturers professionally remind you, what should you pay attention to when buying carbon fiber ceramic brake pads?
The first point
When you get the disc brake pads in the market, check whether the chamfers of the brake pads are the same on both sides, whether the grooves in the middle are straight and neat, and whether the edges are smooth and free of burrs. Because of these details of the product, although it does not affect the braking performance of the production sheet, it can reflect the equipment manufacturing level of the manufacturer. If there is no good manufacturing equipment, it is difficult to produce a good product even with a good formula.

Second point
For internal quality inspection, you can use the friction material surfaces of two products of the same kind to contact, and then perform relative friction with force. If there is powder or dust falling, it means that the brake pad is not a good product, and the internal friction material of the product is relatively loose. , Which directly affects the thermal decay performance and wear performance of the product.


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Steel prices skyrocketed after May 1st, the reason behind the "crazy stone"? Mon, 17 Jan 2022 17:16:18 +0800 "The shipment volume is too large to be able to bear without cash shipments." said Zhang Ying, general manager of Beijing Ruichao Xinglong Trading Co., Ltd.. The steel shipments in previous years were about 5,000 tons, but now it has reached 8,000 tons. Due to high steel prices, the company's financial pressure has increased significantly.


At the end of the May Day holiday, domestic steel prices rose rapidly, giving birth to a new online term "unarmed"-describing the anxiety of being out of stock when steel prices are rising rapidly.


From the perspective of "weathervane" rebar, the latest weekly report of China's steel price index shows that the western rebar price index at the end of April was 5146 yuan/ton, an increase of nearly 400 yuan/ton from 4751 yuan/ton at the end of March.


The monitoring data of the Lange Steel Cloud Business Platform shows that on May 8, the average price of 25mm grade 3 rebar in key domestic cities was 5,661 yuan/ton, an increase of 106 yuan/ton from the previous day; the price of hot-rolled coil reached 6118 yuan/ton that day. Tons, breaking the record for the highest point in history in 2008.


Why have steel prices soared so fast recently?


Generally speaking, the price of steel is determined by a combination of factors such as supply, demand, cost, and external environment. Qu Xiuli, vice president and secretary-general of the China Iron and Steel Association, said that since the beginning of this year, high demand superimposed on the high cost of raw fuel materials, international monetary easing policies, environmental protection and production restriction policy requirements, capital market speculation and other factors have promoted the rapid rise of steel prices.


From the demand side, demand from downstream industries such as construction, automobiles, machinery, and home appliances has released relatively quickly. In the first quarter, actual steel consumption in the main steel industries increased by 47%, of which the construction industry increased by 49%, and rebar continued to be the variety with the largest inventory reduction. At the same time, foreign steel demand has gradually improved, and the strong export growth of mechanical and electrical products has significantly driven steel exports. The climate conditions in the second quarter were good, and it was still in the peak season for steel consumption.


On the other hand, the dual control of production and production capacity, as an important measure to implement my country's carbon peak and carbon neutral goal, has increased the market's production reduction expectations.


On April 28, the iron and steel import and export tariff adjustment policy was implemented to guide the iron and steel industry to reduce crude steel output. Just after the "May 1st" long holiday, the new version of the "Implementation Measures for Capacity Replacement in the Iron and Steel Industry" was released, and the ratio of steel capacity replacement was obviously tightened.


Cost is another important factor supporting steel prices. In order to stimulate economic recovery, monetary easing policies have been implemented around the world, which has led to a general rise in commodity prices. At present, the prices of raw materials such as iron ore, scrap, coke, and coal used in steel production are still at a high level and are on the rise.


Behind the "hot" steel prices are more crazy stones. On May 7, China’s iron ore price index showed that imported iron ore exceeded US$200/ton, a record high.


Luo Tiejun, vice chairman of the China Iron and Steel Association, believes that the main reason for the high iron ore price is the high concentration of the supply side, and the dominant power is in the hands of the seller. In addition, market expectations and hype are very large. He called for the government to give full play to the guiding role of the government in the case of market mechanisms failing to effectively curb the rising trend of iron ore prices.


Although the increase in imported iron ore over the same period was greater than the increase in steel prices, the booming market conditions in production and sales have greatly improved the economic benefits of the steel industry.


How did the downstream industry react?


Chen Yangqiao, deputy general manager of China Railway Construction Materials Co., Ltd., has been engaged in steel procurement for more than 10 years. The company's centralized procurement of steel not only guarantees internal supply, but also provides construction steel for large central enterprises such as China State Construction and China Communications Construction. He told reporters that due to the rapid increase in steel prices, it is obvious that the construction unit's capital pressure has increased and the payment has slowed down. As a trading company, the willingness to continue to increase inventory is small.


Open the automobile website, the price reduction promotion information is rushing to the face. The cost pressure caused by rising steel prices has not been transmitted to consumers. Mr. Wu, the general manager of a Shanghai Material Co., Ltd., has been engaged in the procurement of auto parts steel for more than 20 years. He bluntly said that some manufacturers dare not raise prices easily.


Since the end of last year, the home appliance industry has collectively announced price increases. In the first quarter of this year, many leading companies including Midea raised prices again. "May Day" was originally a traditional discount season for the home appliance industry, but this year has ushered in a wave of price increases, with prices ranging from 5% to 20%.


Will steel prices still rise in the future?


Some believe that due to many factors, it is difficult for steel prices to fall significantly in 2021 and will remain high and fluctuating throughout the year.


Wang Guoqing, director of the Lange Steel Network Research Center, said that the momentum and expectations for steel prices to continue to rise are still there, but high prices will cause downstream users to purchase cautiously, increase resistance, and weaken the cumulative superimposed cost support of high market risks in the later stage, and the momentum of excessive rise will Be suppressed.


The China Iron and Steel Association report analyzed that from the demand side, due to the rapid and large increase in steel prices in the early stage, the downstream steel industries such as shipbuilding and home appliances could not bear the continuous high steel prices, and the steel prices could not continue to rise sharply in the later stage.


In the long run, the adjustment of iron and steel import and export policies will help reduce dependence on imported iron ore and adjust domestic supply and demand; the new version of the "Implementation Measures for Capacity Replacement in the Iron and Steel Industry" will promote structural adjustments in the iron and steel industry and further increase concentration.


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20 years of counterfeiting by Giant manufacturers of brake pads Mon, 17 Jan 2022 17:16:18 +0800 According to CCTV, Akebono brake Industry Co., Ltd. recently released a document saying that among the 192213 brake and its parts products produced by the company's four local factories in Japan, there were 114271 cases of improper behaviors such as tampering with data, fabricating data, and insufficient samples, accounting for nearly 60%.

Akebono also announced that counterfeiting can be traced back to at least 2001, with a span of 20 years. The fraud affected a number of Japanese car companies, including Toyota and Nissan.

It is understood that Akebono has six factories in Japan, four of which are located in Yamagata, Fukushima, Qiyu and Okayama. The products involved include disc brakes, brake pads, drum brakes and brake linings.

What's more shocking is that despite admitting the fact of fraud, Akebono and related auto companies have no plan to recall, but claim that after re inspection, they think the product performance is OK. At present, Akebono brake and related auto companies have no plan to recall, so it is impossible to confirm whether the parts involved are exported to overseas markets after they are assembled.

Which car brands may be equipped with dawn brake pads?

According to public information, Akebono, founded in 1929, is a well-known brake manufacturer. It mainly develops and manufactures automobile brake assemblies and related parts. It has production bases not only in Japan, but also in Europe, America, China, Southeast Asia and other regions.

The company's Akebono brake pads are well-known and expensive, and you will be familiar with them.

It is understood that Akebono has the first market share in Japan, and the fraud has affected 10 Japanese car companies including Toyota, Honda and Nissan. Although dawn brake is reluctant to disclose its name, the industry speculation basically covers Toyota, Honda, Nissan, Subaru, Mazda, Mitsubishi and other enterprises.

In addition, Akebono also has a very high market share in the United States. Its products are matched with international well-known automobile manufacturers such as general motors, Ford and DaimlerChrysler. It also has a certain market share in Europe. Its customers include Volkswagen and other automobile manufacturers.

The impact of setting up factories in China "cannot be confirmed temporarily"

As for whether it involves the Chinese market, Akebono said it could not confirm for the time being.

However, according to the data of customs and trade, the United States and China are the main countries of Japanese auto parts, and the auto parts in HS code rules are classified as 8708 items. In 2020, Japan will export 8708 items of auto parts with HS code to US $27.08 billion, of which the US accounts for 23.97%, China 22.34% and Thailand 7.36%.

In addition, according to Huaxia times, many domestic brake pads are produced by Akebono brake, all of which are produced in Guangzhou and Suzhou. From some auto forum posts, we can also find many vehicles equipped with Akebono brake pads, including FAW Audi, FAW Volkswagen, FAW Mazda, FAW Toyota, Dongfeng Nissan, Infiniti, some self owned models of FAW Dongfeng, GAC Toyota, GAC Honda, GAC Mitsubishi, Chang'an Mazda and other domestic joint ventures and self owned brands as well as refitting markets Light the shadow of the brake pads.

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How much do you know about the counterfeit brake pads ? Mon, 17 Jan 2022 17:16:18 +0800 Shayang "Black Factory" produces 320,000 sets of counterfeit brake pads, with a market value of over 60 million.


According to the Hubei Daily, the Shayang police reported to the public that they destroyed a criminal gang that produced and sold counterfeit brake pads and arrested 4 criminal suspects. The group illegally opened a "black factory" to produce and sell more than 320,000 sets of counterfeit brake pads. The market value is more than 60 million yuan.


In March, the police found a large number of production equipment and illegally produced "Golden Nail" brake pads in the "black factory" in Gaoyang Town, and seized more than 1,000 sets of counterfeit brake pads and semi-finished products of well-known brands such as Toyota, Honda, Hyundai, Volkswagen, and Nissan. Investigate the suspects Xiong XX and Liu XX.


After investigation, Xiong's wife and brother Gong was in the business of car brake pads in Guangzhou and registered the "Golden Nail" brake pad sales company. Xiong Moumou proposed to Gong Mou to set up a factory to produce brake pads, and brought his fellow Liu Moumou to work together. . In July of last year, without production qualification, registration, and production license from the quality supervision department, Xiong built a plant, purchased semi-finished brake pads and production equipment, and produced more than 100,000 sets of "Golden Nail" brand brake pads. , Are all sold by Gong.


Xiong XX and Liu XX also purchased trademark investment and production molds of the "Toyota, Honda, Hyundai, Volkswagen, Nissan" brand, and produced and sold 220,000 sets of counterfeit brake pads.


According to Xiong, the selling price of a set of counterfeit famous brand brake pads is about 300 yuan, and the cost is only 20 yuan.

counterfeit brake pads.jpg


Brake pads play a very important role in the entire braking system, and it can play a key role in preventing emergency safety accidents. Any profitable product will be counterfeit and inferior. If you accidentally choose inferior brake pads, it is tantamount to planting an untimely bomb for your car.


The real brake pads have strong high temperature resistance and stable continuous braking performance, while the counterfeit brake pads have poor high temperature resistance. If the brakes are braked at high speeds or continuously downhill in mountainous areas, the braking distance becomes longer and even fails. If it is rainy, the counterfeit brake pads will not stop. In experiments by foreign automakers, after continuous braking at a speed of 80 kilometers per hour, the average braking distance of the original brake pads was about 15.8 meters, while the counterfeit brake pads braked for the fourth time and the braking distance was as long as 19.8 meters. The difference between the two was about 4 meters. As the number of brakes continues to increase, this gap is getting bigger and bigger. The test speed was increased to 100 kilometers per hour. Compared with the original brake pads, the braking distance of the counterfeit brake pads was longer than 10 meters.


The main hazards of using counterfeit and low-quality brake pads are as follows:

1. Counterfeit and inferior brake pads can easily cause the wheels to lock up and lose control of the direction;

2. Counterfeit and inferior brake pads cause the braking distance to be extended. When emergency braking is required, it is impossible to stop in time, causing an accident;

3. Counterfeit and low-quality brake pads have a short service life. Although the friction pads are vulnerable parts, they should ensure a certain service life;

4. Counterfeit and inferior brake pads will wear out the brake disc and reduce the life of the brake disc

5. Counterfeit and inferior brake pads have strong thermal conductivity, which reduces the service life of the brake caliper, and at the same time creates certain brake concerns;

6. There is braking noise during the use of counterfeit and inferior brake pads;


Car driving safety is the key, so when buying brake pads, the majority of car owners must pay attention to buying brand-guaranteed parts to distinguish the authenticity. They must not buy cheap brake pads for cheap to avoid potential accidents.


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17 steel mills increased prices, and the average Rebar price rose above 4100 Mon, 17 Jan 2022 17:16:18 +0800 My Steel News: On December 11, domestic construction steel prices rose sharply, and the ex-factory price of Tangshan Pu billet rose by 20 to 3,680 yuan/ton. After the spot price rose sharply, the terminal wait-and-see sentiment grew stronger, and today's transactions performed generally throughout the day.


On the 11th, the black futures market was mixed. The main closing price of snails was 4033, down 0.20%, and closed above the 5-day moving average. DIF and DEA were in both directions. The RSI three-line indicator was at 76-88, running between the upper and middle tracks of the Bollinger Bands.


On the 11th, 17 construction steel manufacturers across the country raised their ex-factory prices by 20-150 yuan/ton.


Steel spot market

Construction steel: Today, the price of domestic construction steel continues to rise. The average price of rebar in major cities is 4141 yuan/ton, an increase of 45 yuan/ton from the previous trading day, and the Mysteel rebar price index is 4182, an increase of 51 compared to the previous trading day. Specifically, iron ore, coke and other futures continued to rise in the morning, and the snail futures rose and fell. The market mentality changed from optimism to cautious. In the morning, the domestic construction steel market prices rose significantly. In the afternoon, as futures plunged, spot prices in some cities rose. After falling back, most businesses took profits. In the short term, the price of raw materials has continued to strengthen recently, with the help of steel mills, and the overall spot market has risen significantly. However, from the perspective of transactions, after the sharp rise in the spot market, the terminal wait-and-see sentiment is strong, and the transaction has cooled to a certain extent. In the short term, with the strong support of raw materials, it is expected that the spot price of domestic construction steel will increase at a high level in the short term.


Hot-rolled coils: Today, the price of hot-rolled coils in major cities across the country rose sharply. As of press time, the national average price of 4.75 hot-rolled coils was 4,494 yuan/ton, an increase of 74 yuan/ton from the previous trading day. From a regional perspective, all regions of the country are in a state of sharp rise, and the weekly gains in some regions have exceeded 300 yuan/ton this week. Today, the black commodity futures market rose and fell, and the 01 contract closed up 0.59%. Early quotations in the spot market rose sharply. After the rise, the market's high transactions were generally normal. Some merchants cashed out at a slightly lower price. The low transactions were better. In the afternoon, the market speculative sentiment was slightly shaken. Some areas with strong speculative demand appeared. There has been a slight decline. From the perspective of the whole week, the supply-side increase is not large, the inventory continues to decline, and the mismatch between supply and demand still exists. However, steel mills are affected by the rise in raw materials and the cost also rises. With the help of the disk, the spot market is rising. Stronger. At present, the entire black system is in a rising cycle, and in the long run, it is still preferred. However, the price has risen rapidly recently, which may cause the price to fall from a high level. On the whole, the price of hot-rolled coils is expected to be adjusted at a high level next week.


Cold-rolled coils: The spot price of cold-rolled coils across the country rose sharply today. The national average price was 5,482 yuan/ton, up 92 yuan/ton from the previous trading day, of which the Shanghai price was 5640 yuan/ton and the Lecong price was 5430 yuan/ The price in Tianjin is 5340 yuan/ton, and the overall shipment is average. In terms of regions, Shanghai, Hangzhou, Hefei, Tianjin, Wuhan, Lecong, Shenyang, Chongqing, Lanzhou and other places rose 30-200 yuan/ton, etc. Today's electronic market futures rose and fell, and the market sentiment was more optimistic. From a fundamental perspective, car sales in November were 2.77 million, a year-on-year increase of 12.6%, and new energy vehicle sales in November were 200,000, a year-on-year increase of 104.9%. Downstream data performed well. State-owned factories are in short supply of resources, and some lack of specifications is difficult to change in the short term. On the whole, it is expected that domestic cold-rolled prices will run strongly next week.


Plate: The domestic plate market price has risen sharply today. The national average price of 20mm general plate is 4298 yuan/ton, up 74 yuan/ton from the previous trading day. It is understood that due to the sharp rise in futures this morning, traders' quotations have followed up. In terms of steel mills, LG resumed production this week, overhauled NG and CG. The operating rate of the steel mill was 80.00%, which was down 1.54% week-on-month; the capacity utilization rate of the steel plant was 79.52%, which was down 1.61% week-on-month. YBS resumes production, and steel mill operating rate and capacity utilization rate may increase slightly. In terms of inventory, steel mill inventories increased slightly this week, and social inventories decreased slightly. Total inventory decreased by 1.69% week-on-week and increased by 13.96% year-on-year. On the whole, it is expected that the price of domestic plate will fluctuate and strengthen next week.


Raw material spot market

Imported ore: Today, the price of imported iron ore stretches, and the market volume shrinks. In the morning, most of the Shandong traders’ quotations increased by 20-30 yuan/ton from yesterday. The main port of Shandong PB powder was quoted at 1050 yuan/ton, and the price of super-special powder was 900 yuan/ton. The bargaining space was around 5-10 yuan/ton. Some traders are optimistic about the market outlook and are reluctant to sell. In terms of steel mills, early morning buying is weak, mainly due to the excessively rapid market growth and the weather. Some steel mills have sintering restrictions. Therefore, today’s buying is poor and the market goes in the afternoon. Weak, the bargaining space of traders has narrowed earlier. For example, the bargaining space of PB powder has expanded from 5-10 yuan/ton in the morning to 20 yuan/ton in the afternoon, but the market transactions did not pick up in the afternoon, and transactions were conducted throughout the day. More sluggish.


Coke: The domestic coke market is operating steadily today. In terms of supply, the Shanxi region recently issued an emergency notice to speed up capacity reduction, requiring a total of 12.14 million tons of production capacity to be shut down. The supply of coke continues to shrink. At present, most coking enterprises maintain high-load production and shipments are in good condition. In terms of demand, the operating rate of steel plants is high and stable, and the enthusiasm for purchasing coke is relatively high. On the whole, the tight coke supply situation has not yet been alleviated, and the demand for coke from steel mills is still strong. It is expected that the coke market will continue to operate stably in the short term.


Scrap steel: Today, the scrap steel market continues to operate strongly, with price-adjusted steel mills rising more and less, and the market mentality is general. The scrap prices of mainstream steel mills remain stable. Specific to the market, on the 11th, the average price of scrap steel in 45 major markets across the country was 2574 yuan/ton, an increase of 12 yuan/ton from the previous trading day. Specific to the steel mills, on the 11th, the leading steel companies in East China unloaded 1,7500.25 tons of scrap yesterday, a decrease of 12.5% from the previous day; today, there are 58 ships, 6 sea ships, 161 vehicles and 32 briquetting vehicles. Today's black futures have dived from the high table, and the correction has been large. The scrap market is affected by supply and demand, and the national scrap price has generally risen. The scrap market resources are still tight. Even if steel mills increase and absorb goods, the market volume still does not increase. Traders generally report that the supply is tight, and steel mills have early winter storage and replenishment expectations. In the short term, scrap prices are likely to rise difficult fall. The scrap market price is expected to consolidate within a narrow range tomorrow.


Steel market forecast

This week, Mysteel surveyed 247 steel plants' blast furnace ironmaking capacity utilization rate of 91.47%, a decrease of 0.93% from the previous month. The 71 electric arc furnace steel plants across the country had an average operating rate of 67.19%, the same as last week, and a decrease of 7.05% from last year.


Scrap steel has risen slightly this week, the price of finished products has stabilized and strengthened, the profits of electric furnace steel enterprises are still at a good level, and the output has expanded slightly. Entering next week, due to the continuous rise of coke and ore, scrap steel prices may increase, and the prices of finished materials are expected to continue to operate at a high level when inventories continue to decline. The profits of electric furnace steel companies are guaranteed, and output may not decline significantly. However, due to the stagnant supply of scrap raw materials and sales of finished products in some northern regions, production may be suspended in winter.

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We manufacture various kinds casting parts, Counterweights of Forklift Dumper, brake drums, Robot accessories etc Mon, 17 Jan 2022 17:16:18 +0800 We are a foundry which manufacture various kinds casting parts, like Counterweights of Forklift Dumper, brake drums, Robot body parts and accessories, with Gray iron, Ductile iron, etc.

It covers a wide range of casting and machining part and was used in Agriculture machinery, textile machinery, Automotive, Architecture,Railway, Mechanical Part, Mining Industries and so on.


If you need a quote, please contact us at casting foundry.


CounterweightCounterweight

Counterweight

Counterweight

brake drums

brake drums Dexter


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We anufacture various kinds casting parts, Counterweights, brake drums etc Mon, 17 Jan 2022 17:16:18 +0800 We are a fundry which manufacture various kinds casting parts, like Counterweights, brake drums, with Gray iron, Ductile iron, etc.

It covers a wide range of casting and machining part and was used in Agriculture machinery, textile machinery, Automotive, Architecture,Railway, Mechanical Part, Mining Industries and so on.


If you need a quote, please contact us at 212265180@qq.com


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The 127th Canton Fair online Mon, 17 Jan 2022 17:16:18 +0800 The 127th Canton Fair online

Date: June 15-24, 2020


Exhibit Categories


Electronics & Household Electrical Appliances

 Consumer Electronics and Information Products   (click to view the exhibitor list of this section)


· Audio-video Products: Home Theaters, VCD,DVD,CD, Microphones, Karaoke Equipment, TV, Set-top Boxes, Video Recorders, Tape Recorders, Re-readers, Radios, Megaphones, Loudspeakers, Car Audio System, TV Stand


· Digital Entertainment Products: MP3, MP4, MD, Portable Music Players, Digital Cameras, Tablets, Electronic Game Products


· Communications: Mobiles, Pagers, Interphones, PDA, Telephones, Fax Machines, Communication  Cables, Antenna & Receivers, Radio Sets, Rader Navigation equipment, Satellite Communication Equipment, Satellite Receivers, and other Communication Facilities


· Power Supply Products : Dry Battery, Lithium battery, Portable Power Source, Power Adapter, USB Charger.


· Computer Products


· Computer & Parts: Large & Medium-sized Computers, Mini Computers, Micro Computers, Desktops, Laptops, CD-drive, Floppy Drive, Memory, Hard Disks, CPU, Sound Cards, Video Cards, Main Boards, Keyboards, Mouse, Monitors, Computer Spare parts, Word Processors, and other Computers.

· Computer Peripherals: Printers, Disks, CDs, Tapes, Scanners, Web-cams, CD-writers, UPS, and other Peripherals

· Computer Network Equipment: Servers, Modems, Routers, Hubs, Network Cards, Work Stations, Switches

· Computer Software: Operation Software, Office Software, Accounting Software, Management Software, Image Design Software, Computer Security Software, Network Tool Software, Game software, Education Software,Multi-media Software, Developing & Programming Software, Translation & Dictionary Software


· Other Electronic Products: Meteorological Monitor, Meteorological Monitoring Device Unit, Meteorological Monitor Accessories.


 Electronic and Electrical Products (click to view the exhibitor list of this section)

· Electronic Security equipment: Monitors, Sirens, Auto Security Products, Detectors, Sensors, Channel Control System,Home Security Products, Office Security Products, Automatic Security Products, Electronic Lock Systems, Smart Cards.


· Business Automation Equipment: Photocopiers, Electronic Bulletin Boards, Projectors, Shredders, Attendance Machines, Video Conference Meeting Equipment, Electronic Cash Registers, ATM, Card Machines, Bill Counters, Barcode Printers, Barcode Scanners, Data Collectors, IC Cards


· Electronic & Electrician Products:Optoelectronic Devices,Rectifiers, Inverters, Amplifiers, Transducers, Frequency Dividers, Power Relays, Adapters, Batteries, Voltage Transformers, Voltage Stabilizers, Power Inductors, Reactors, Circuit Breakers, Multimeters, Connectors, Measurement Equipment, Chargers, Electronic Testing Equipment, Electronic Components(Capacitance, Resistance, Transistors, Diode, Dynatron, Piezoelectric, Inductance Components, Loops, Sockets, Switches, Wires, Cables, Circuit Boards )


· Electric Equipment: Electric Furnaces, Transmission Line Hardware, Electrical Carbon Products, Wires, Cables, Electric Porcelain, Insulating Materials, Electrical Appliances, Batteries, and etc.


· New and Renewable Energy: Solar Power, Wind Power, Bio-energy, Tidal Power, Nuclear Power: Nuclear Engineering, Nuclear Power Plant and Related Technology and Equipment, Recycling System: Solid, Liquid, Vapor, Environment and Energy Consumption Monitoring System


 Household Electrical Appliances (click to view the exhibitor list of this section)


· Kitchen Appliances: Microwave Ovens, Electric Heat Pots, Electric Rice Cookers, Electric Ovens, Gas Cookers, Kitchen Ventilators, Exhaust Fans, Dishwashers, Disinfection Cabinets, Food Processors, Juice Extractors, Kitchen Mixers, Cleaning Filters.


· Refrigerators & Refrigeration Equipment: Refrigerators, Freezers


· Air Conditioners & Ventilation Equipment: Air Conditioners, Fans, Air Humidifiers, Air Dryers, Air Purifiers.


· Washing & Drying Machinery: Washing Machines, Drying Machines, Electric Irons.


· Other Small Electrical Appliances: Calculators, Water Heaters, Hairdryers, Oxygen Machines, Electric Shavers, Electric Power Tools, Torches, Vacuums, Stoves, Mosquito Killers


Lighting Equipment

 Lighting Equipment (click to view the exhibitor list of this section)

· Application of Illumination System: Industry Lighting, Decorative Lighting, Emergency and Security Lighting, Entertainment and Stage Lighting, Office, Advertising and Exhibition Lighting, Outdoor Lighting.


· Electric Light Source: Fluorescent Lamps, Energy Saving Lamps, Incandescent Lamps, Neon Lamps, Neon Lights, Iodine Tungsten Lamps, Magnesian Lamps, Bromine Tungsten Lamps


· Light Fittings: Lamp Shades, Lamp Posts, Optical fiber, Lamp Plates, Lamp Holders, Lamp Caps, Ballasts, Voltage Stabilizers, Voltage Transformers, Starters, Adapters, Converters, Sensors.


Vehicles & Spare Parts

 Bicycles  (click to view the exhibitor list of this section)

· Bicycles: Bicycles, Electric Bicycles, Electric Scooters


· Bicycle Parts


 Motorcycles (click to view the exhibitor list of this section)

· Motorcycles, Beach Cars


· Motorcycle Parts


 Vehicle Spare Parts  (click to view the exhibitor list of this section)

· Vehicle Spare Parts: Engines & Spare Parts, cooling, Lubricants & Fuel Supply Spare Parts, Transmission Parts, Steering & Brake Parts, Vehicle Dashboard & Parts, Auto Electric Equipment and Parts


· Tires


· Vehicle Spare Parts & Optimization Equipment


· Maintenance & Related Products


· Vehicle Decorations


 Vehicles  (click to view the exhibitor list of this section)

· Non-construction Vehicles: Cars, Coaches, Off-road Vehicles, Chassis, Trailers, Insulated Vans, Freezer Cars, Fuel Tankers, Buses, Ambulances, Fire Engines, Water Carts, Tool Carts, Aircraft Tractors, Special Vehicles of Airport, Trolley Buses & Equipment, Golf Trolleys, All-Terrain Vehicles, Armor Cash Carriers, Vans, Freight Cars, Dumpcarts.


Machinery

 Power Machinery and Electric Power (click to view the exhibitor list of this section)

· Power Machinery: Electric Engines, Power-generating Sets, Diesel Engines and etc.


· Electric Power: Power Generators, Generating Sets, Transmission Facilities, Synchronous Condensers, and etc.


  Large Machinery & Equipment (click to view the exhibitor list of this section)

· Large Machinery: Metal Cutting Machine Tools, Large Woodworking Machinery, Textile Machinery, Pharmaceutical Machines, Plastics Machinery, Packaging Machinery, Tobacco Machinery, Printing Machinery, Food Processing Machinery, Rubber Processing Machinery, Chemical Machinery, Forging Machinery, Foundry Machinery.


· Complete Sets of Equipment: Production Lines of Various Light Industry Products


 General Machinery, Small Processing Machinery and Industrial Accessories (click to view the exhibitor list of this section)

· General Machinery: Pumps, Valves, Draught Fans, Compressors


· Small Processing Machinery : Electric Welding Machines, Gas Cutting Machines, Cutting Machines, Machine Tool Accessories,  Bench Drills,  Grinders,   Grinding Materials,  Diamond & Diamond Products,  Other Small Machinery


· Industrial  Accessories: Bearings, Hard Body, Chains, Spring, General Valves, Casting Products, Forging Products, Moulds, Gears, Powder Metallurgy, Pneumatic Components, Seal Components, Hydraulic Components and Parts, other Spare Parts.


· Instruments: Electronic Instruments, Electric Instruments, Microscopes, Surveying & Mapping Instruments, Observation Instruments, Physical Optical Instruments, Other Optical Instruments, Material Testing Machines, Geological Exploration Equipment and Instruments,  Thermodynamic Instruments, Automation Instruments,  Construction Test Instruments,   Hydrological Instruments & Civil Engineering Instruments,  Laboratory Instruments,  Special Instruments,  Other Physical & Chemical Instruments


· Camera Instruments: Cinematographic Instruments,  Photographic Instruments,  Other Photomechanical & Cinematographic Instruments


· Printing Apparatus


· Household Sewing Machines & Spare Parts,  Weaving Supplies


· Transport Equipment: Ship Equipment and Spare Parts, Underwater Special Equipment, Aeronautic Equipment and Spare Parts, Railway Vehicles and Related Equipment


· Vehicle Equipment Maintenance: Oil Nuzzle Washing and Sterilizing Machines, Vehicle Lifts, Used Oil Extraction Machines, Tyre Changers, Balancing Machines, Four Wheel Alignment Equipment, and Car Washing Machine


 Construction and Agriculture Machinery


Construction and Agriculture Machinery(Indoor Area)(click to view the exhibitor list of this section)


· Small Construction Vehicles: Vibration Rammer, Small Suspended Platforms, Brick Cutters and etc.


· Agriculture and Forestry Machinery: Farming Equipment, Power Driven Rice Transplanting Machines, Manual Rice Transplanting Machines, Drainage and Irrigation Machinery, Harvesting Machinery, Farmland Improving Machinery, Animal Husbandry Machinery, Spare Parts of Agricultural Machinery, Forestry Machinery and etc.


· Gardening Machinery: Mowing Machines, Sprayers, Other Agriculture and Forestry Machinery


· Agricultural and Sideline Products Processing Machinery: Rice Machinery, Grease Machinery, Grain and Oil Processing Machinery, Packaging Machinery,  Inspection instrument


 


Construction and Agriculture Machinery(Outdoor Open Area)(click to view the exhibitor list of this section)


· Construction Machinery: Forklifts, Excavators, Tipcarts, Truck Cranes, Crawler Cranes, Concrete Mixer Truck, Plate Compactors, Suspended Platforms, Brick Cutters


· Civil Construction Engineering Machinery: Mining Machinery, Hoisting Machinery, Coal Mine Machinery, Geological Machinery, Fire Fighting Machinery, Petroleum Machinery


· Agriculture and Forestry Machinery: Agricultural Transport Vehicles, Tractors, Boat-tractors, Farming Equipment, Power Driven Rice Transplanting Machines, Manual Rice Transplanting Machines, Drainage and Irrigation Machinery, Harvesting Machinery, Farmland Improving Machinery, Animal Husbandry Machinery, Spare Parts of Agricultural Machinery, Forestry Machinery and etc.



Hardware & Tools

 Hardware (click to view the exhibitor list of this section)

· Hardware:Furniture Hardware, Building Hardware, Decorative Hardware, Doors and Windows Hardware, Bathroom Hardware & Fittings, Iron Craft Products, Locks & Fittings, Wire Meshes, Welding Materials, Low Pressure Valves, Water-heating Equipment, Cast Iron Products, Castings and Forgings, Fasteners, Trolley/Platform Trolley & Fittings, Storage Racks/Brackets & Fittings, Fire-fighting Equipment, and other hardware products


 Tools  (click to view the exhibitor list of this section)

· Tools: Measuring Tools, Grinding Tools, Cutlery, Manual Tools, Electric Tools, Pneumatic Tools, Hydraulic Tools, Welding Tools, Mechanical Tools, Cutting Tools, Farming Tools


Building Materials

 Building and Decorative Materials (click to view the exhibitor list of this section)

· Building Materials


· General Building Materials, Metal Building Materials, Chemical Building Materials, Glass Building Materials, Cement Products, Fireproof Materials, Heat Preservation Materials, Thermal Insulation Materials, HVAC/Cooling Equipment and Accessories


· Coatings/Chemistry: Wall Surface/Waterproof/Floor Coatings, Coating Auxiliary, Coating Packaging Materials, Dry-mixed Mortar, Adhesives, Admixture, Auxiliary, Building Adhesive, Adhesive Tapes, joint Mixture, Rust-resisting Materials, Waterproof Building Materials, Waterproof Additives, Seepage prevention Materials, Waterproof Technologies and Related Equipment.


· Pipe Fittings


· Decoration Materials


· Tiles: Furring Tiles, Ground Tiles, and tiles for other decoration purposes


· Wood Floor: Solid Wood Flooring, Engineered Wood Flooring, Laminated Flooring, Cork Flooring, Bamboo Flooring


· Ceiling/Curtain Wall/Wallpaper and Indoor Decorations: Ceiling, Drop Ceiling, Wallpaper, Aluminum Sheets/Lead Sheets/Point-supported/Unit/Metal Curtain Wall, Curtain Wall Fittings and Processing Equipment, Sunshine Board, Gypsum Products, Steel Structures


· Doors & Windows: Wood Doors, Plastic Steel/Aluminum Alloy/Steel Doors &Windows; Various Auto-Doors, Gating Hardware Systems and Fittings, Entrance Guard Electronic Systems


· Stone Materials: Stone Flooring, Stones for Horticulture, Special-shaped Stones, Building Stones, Stones; Man-made Stone Decoration Materials


· Glass: Artistic Glass, Building/Decorative Glass


· Kitchen Equipment: Kitchen Units, Cabinets, Washing Basins, Kitchen Accessories 


 Sanitary and Bathroom Equipment (click to view the exhibitor list of this section)

· Sanitary Ceramics, Bathtubs, Bathroom Units, Steam Rooms, Showers, Taps, Bathroom Hanging Accessories, Bathroom Mirrors, Bathroom Furniture, Water Heaters, Bathroom Heaters, Bathroom Cabinets, Partitions, Swimming Pool Equipmen


Chemical Products

 Chemical Products (click to view the exhibitor list of this section)

· Inorganic Chemicals: Chemical Elements, Inorganic Acids and Inorganic Oxygen Compounds of Non-metals, Halogen or Sulphur Compounds of Non-metals, Inorganic Bases and Oxides, Hydroxides and Peroxides of Metals, Miscellaneous


· Organic Chemicals: Hydrocarbons and Their Derivatives, Acyclic Alcohols and Their Derivatives, Phenols and Phenolalcohols and Their Derivatives, Ethers and Their Derivatives, Aldehyde-function Compounds, Ketone-function Compounds and Quinone-function Compounds, Carboxylic Acids and Their Derivatives, Esters of  Inorganic Acids of Non-metals and Their Salts, Nitrogen-function Compounds, Other Organic Compounds


· Agricultural Chemicals: Fertilizers, Pesticide and Herbicide


· Dyes, Pigments and Paints and Their Intermediate Products.


· Plastics and Articles Thereof


· Rubber and Articles Thereof


Energy Resources

 New Energy Resources  (click to view the exhibitor list of this section)

· Solar Photovoltaic Products


· Solar Cell and Module


· Photovoltaic Application Products


· Photovoltaic Engineering and System


· Photovoltaic Raw Materials


· Photovoltaic Production Equipment


· Solar-thermal Products:Solar Water Heater, Solar-assisted Heat Pump, Solar Thermal Collector, Solar Air Conditioner, Other Optothermal Products and Accessories


· Wind Power Products and Accessories


· Other New Energy Products


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Brake pad replacement method and Analysis of common brake failures Mon, 17 Jan 2022 17:16:18 +0800 Installation and instruction manual

Brake pad replacement method

  note

1. When the thinnest part of the friction layer of the brake pads wears to 2.5-3.0mm or an alarm model is issued, it is necessary to replace the new brake pads in time.

2. Before assembling the brake pads, first check the surface of the brake disc. If it is severely worn, repair it. If the amount of wear on the disc surface exceeds the specified value, replace the brake disc.

3. The brake pads on both sides of the same axle must be replaced at the same time, otherwise it will cause partial braking.


Disassembly, replacement, installation

1. After loosening the nuts on the front wheels slightly, raise the vehicle and use the jack to lift the vehicle support.

Note: Please confirm whether the hose and the cap are damaged or aging.

2. After loosening the caliper screw, lift the caliper up.

3. Remove the brake pads, springs, and brake pads.

4. After cleaning the calipers and removing dust, check whether there are grooves or cracks.

5. Check for cracks or damage on the brake disc.

6. Install the brake pad spring.

7. How to use the brake pad oil bag and precautions:

Apply grease to the areas where the two ends of the steel back of the brake pads match the brake caliper, and where the steel back contacts the brake caliper piston.

Never contaminate grease on the friction block.

8. Install the brake pads and shock absorbing pads correctly.

9. If you push in the direction of the piston, the caliper will be adjusted above the brake pads. After resetting the caliper, check that the piston cover is in place to prevent damage.

10. After resetting the caliper, install the screws and tighten.

11. Depress the brake pedal several times to check whether it is braking, then check on the road.

Tip: After replacing the brake pads, a large pedal pressure is required for the braking reaction. The brake pedal of most models will return to normal pedal pressure.

12. After installation, please make sure that there are no leaks in the hose or the wiring.


New brake pad stabilization method

1. Please accelerate to 60KM per hour.

2. Press the brake pedal and decelerate to a speed of 10KM per hour.

3. Repeat the above method 10 times.


Analysis of common brake failures

First, the vibration caused by braking.

1. Distortion of brake friction lining or brake disc 2. Uneven thickness of brake disc.

3. Uneven wear of brake friction lining 4. Deformation or improper installation of brake caliper.

Second, the phenomenon of noise generated during braking

1. Resonance or mutual interference of related parts of suspension system 2. Improper use or deformation of brake disc material.

3. The hardness, porosity, and compression characteristics of the brake pads are unqualified.

4. Moisture and rust of brake pads and brake discs 5. Material matching problem of brake friction pads.

Third, braking hysteresis

1. The brake return spring fails. 2. The gap between the brake friction plate and the brake disc is improper or the cooperation is too tight.

3. Thermal expansion of brake friction plate.

Fourth, insufficient braking performance

1.Insufficient contact between friction plate and mating parts 2.Insufficient brake fluid.

3.Brake line seal failure and leakage 4.Brake gap is too large.

5. Friction plate oil pollution 6. The brake temperature is too high.

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Buyers worry that packages or goods shipped from China will carry the Novel Coronavirus(2019-Ncov NCP) Mon, 17 Jan 2022 17:16:18 +0800 1. Clearly reply to the buyer, so far there is no evidence that the package or goods will carry the Novel Coronavirus(2019-Ncov NCP);


2. At present, both the World Health Organization WHO and the United States Centers for Disease Control and Prevention CDC have clear responses to this issue, and relevant screenshots and materials can be presented to buyers to dispel their doubts. Among them, the WHO explicitly replied that “it is safe to receive parcels from China” and that “restrictions on international trade are not recommended”. The U.S. Centers for Disease Control and Prevention (CDC) stated in the announcement that "there is no evidence that the transmission of Novel Coronavirus(2019-Ncov NCP) is related to imported products, and there are no new cases of imported Novel Coronavirus(2019-Ncov NCP) pneumonia in the United States."

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Indian auto parts market: booming in bumps! Mon, 17 Jan 2022 17:16:18 +0800 There are about 35 million vehicles in India, of which 68% are over 3 years old. In addition, the poor conditions of India ’s roads and potholes make it easy to damage cars, which has created India ’s huge auto aftermarket service market.


In the past ten years, the Indian auto parts market has boomed, and the industrial output value has increased from US $ 26.5 billion in 2008 to US $ 51.2 billion in 2018. OICA predicts that the output value of the Indian auto parts industry will reach 100 billion US dollars by 2026.

Most parts are imported from China

According to a research report by market research agency Frost & Sullivan, in the eight years from 2014 to 2021, the compound annual growth rate of Indian auto parts and components will reach 12.4%, of which the growth rates of motor oil, wipers and brake pads are the most significant, and their increase The magnitude will be more than ten times that of Europe and the United States.


The auto parts imported from India are mainly divided into two categories. The first category is high-tech parts, mainly imported from Germany, the United States, Japan, and South Korea. The ones imported from China are mainly aftermarket parts. China is also the current Countries that export the most auto parts to India. The main export parts include piston rings, brake components, bimetal bearings, drive shafts, wheels, etc.


In 2018, China exported a total of US $ 4.3 billion worth of auto parts and components to India, a year-on-year increase of 10%.


There is great room for growth in the automotive market


The size of the Indian automotive market continues to expand and its importance in the global automotive market continues to grow. According to statistics from the International Automobile Manufacturers Association (OICA), a total of 95.63 million vehicles were produced worldwide in 2018, of which 5.17 million were produced by India, which ranks fourth in the world, behind China, the United States and Japan.


Among the world's top five auto producers, India has the highest growth rate of 8%. Affected by India's tax policy and global economic factors, India's auto sales fell slightly in 2018, reaching 3.99 million, but it is still the world's fourth largest car production and sales market. At present, India has only 22 vehicles per 1,000 people. Based on an average of 182 vehicles per 1,000 people worldwide, the Indian auto market has at least 8 times room for growth.

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How to Choose the Right Brake Pads and Brake Shoes ? Mon, 17 Jan 2022 17:16:18 +0800 1

Pick In between bonded and riveted friction Materials. All brakes Require to have a Gentleer friction Materials Connected to the More powerful Steel backing plate. Brake Suppliers use two Procedures to attach the friction Materials to the backing plate: bonding with an adhesive or riveting with Large Power rivets.

There's no Obviously Remarkable Technique for attaching the friction Materials, but bonding Enables the brakes to Final slightly encyed Due to the fact as the friction Materials Put ons Straight down, the rivets make Get in touch with with the brake rotors or drums and squeal a Little when they’re Practically Put on out. By the time you Listen to the squeal of rivets Producing Get in touch with with the rotors or drums Throughout braking, it’s time to Alter the brakes anyhow.


Bonded brakes Put on Straight down to the backing plate which Ordinarily ruins your rotors or drums if not Alterd promptly when the Steel to Steel grinding Seem is Listen tod when applying the brakes.


2

Believe about your Generating Needs when Deciding on a brake pad Materials. Buying Substitution brake pads or Footwear will Demand you to make a Option about the Materials they are Produced from. At this Place, you Require to Ascertain how Serious your braking Requires are. Some Issues to Contemplate Consist of:

How mountainous is your Generating?

How Warm is the Environment you Reside in?

What are the Site visitors patterns you Vacation in?

How tolerant are you to brakes that squeal a Little?

Do you Draw a trailer At the rear of your Automobile ?

Do you have to Offer with deep puddles in the winter or rainy Period?


3

Make a decision In between Organic and natural, semi Steellic, Completely Steellic and ceramic Bust pad Materialss. Prior to Deciding on a brake pad to shoe Materials, it's Very important to Contemplate the pros and cons of Each and eExtremely.

Organic: Some Vehicles Are available with brakes which are Produced from an Organic and natural Materials. This Gives Very good Existence for the other brake Elements, but don’t Provide Remarkable braking when Drawing a trailer or Vacationing encyed Straight downhill routes. On top of that, Organic and natural brake Materials does Shed a Whole lot of braking Potential when they get wet.


Semi-Steellic: A Much better braking Materials is Known as semi-Steellic, in which a composite of Gentle Steels are embedded in the friction Materials which enhances braking . Nevertheless, this does Put on out the rotors or drums a Little Quicker than the Organic and natural Materialss.


Fully Steellic: The Subsequent Action up in Price tag, High quality and braking Capability is Completely Steellic brakes which Provide Good braking in Nearly any Situation, but do Put on the rotors/drums Quicker.


Ceramic: These are A lot more Costly than the other 3 Options but do Provide the encyedest Existence and Perfect Guarantee. Ceramic brakes tolerate Extremely Large temperatures with Extremely Small fading or Reduction of braking when wet.


4

Opt for semi-Steellic brake pads for Typical Generating. Semi-Steellic brake pads Have ency to be a Good all-Circular Option for commuter Automobiles, and they’re Extremely reasonably Price tagd.

Most newer Automobiles Are available with semi-Steellic pads or Footwear, as these are what Auto Suppliers recommFinishs. Even Automobile that have rotors Produced of More challenging Steels tolerate the semi-Steellic pads Extremely Nicely.


Nevertheless, if you Typically use your Automobile for A lot more heavy-Job Chores — This kind of as Drawing a trailer up a mountainous Avenue — you Might be Much better Away Heading for Largeer-Finish, Completely Steellic or ceramic brake pads.


In other Key phrases, you Require to Severely Contemplate your Typical Generating Situations and how Significantly Tension will be Positioned on the Busts when Deciding on the Best suited brake pad Materials — it's a Subject of Security.


5

Evaluation the Whole Bust Technique when replacing the brake pads. It's Consistently Smart to Contemplate the Whole brake Technique when you Carry out a Restoration Your self or have it Finished by a Program Store.

The brake pads can be no A lot more Efficient than the High quality of the rotors they Get in touch with and the master/slave cylinders that Proceed the pads in and out to Carry out their Features.


It’s also Smart to flush the Aged brake fluid out of the hydraulic Technique when if the Automobile or truck is More than 8 Many years Aged just to Retain the Dampness Ranges Lower and brakes Functioning at their peak Ranges.

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The maintenance of Auto brake pads Mon, 17 Jan 2022 17:16:18 +0800 In the aspect of car maintenance, it has always been a problem for many people, especially for those who drive frequently. In driving, it is definitely necessary to step on the brakes in case of emergency, so the brake pads are particularly important. If you don't pay attention, it will cause the Car crashed. So how do you know how to maintain this fragile part? The following small series will tell you. Real incense warning: the maintenance of car brake pads is especially important, keep this in mind or the car will be destroyed.


As a brake disc in the car is a common maintenance range, when the thickness of the brake pads less 5 mm, you have to replace it with a new one. Generally, you may hear the alarm function of the brake pad when driving. If you are stabbing, you need to change it at this time, otherwise it will affect your life safety.


When the brake pads are changed normally, you can see its mileage on the one hand, and you need to change it once every 50,000 to 80,000 kilometers. On the other hand, you can see if there is any abnormal sound or the thickness of it.


But the most important point is the maintenance before and after driving, so how to maintain it? First, take a few steps before the car drives off, step on the brakes, this time the car does not start, this operation will increase the braking force of the brake pads, so it is possible for its brake wheel cylinder to contact the brake pads, reaching one The braking effect has a good effect on the emergency brake, which can effectively prevent it from happening.


In general, although the brake pads are only a small part, but usually pay more attention to maintenance, after all, this is a part related to life, so we must remember to change the number of brakes in place after changing the brake pads. Then, step on the brake pedal to step on it, which can effectively make the brake pads more elastic.


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Shouldn't the turbocharged model be bought? Mon, 17 Jan 2022 17:16:18 +0800 1. The turbocharger has to be replaced about 100,000 kilometers.
2. Maintenance is much more expensive than natural inhalation.

To understand this problem, you must know how the turbocharger works. Turbo is actually an air booster that uses the secondary intake (exhaust exhaust from the engine) as a power to propel the turbine in the turbine casing. At the same time, the coaxial supercharger wheel is driven, and the supercharger increases the intake air amount (primary intake) by the rotation of the supercharger wheel. When you give oil to your big feet, the engine speed increases, and the increase in engine exhaust volume drives the turbine and the supercharger to rotate faster. The intake air volume is proportional to the engine speed.

1. The turbocharger has to be changed about 100,000 kilometers.
The turbocharger does attenuate because the temperature inside the chamber can reach 1000 degrees Celsius when the supercharger is working, and it will burn red even after a long working time. But to say that 100,000 kilometers or so to replace this is not a fixed number, but also depends on your personal operation, as long as the use of care, not often violent floor oil, cold start slowly, stop idling for a while and then turn off, 100,000 kilometers will only appear Power attenuation, no need to replace.

2. Maintenance is more expensive than natural inhalation
This is for sure, mainly because turbocharged engines require high-quality synthetic motor oil, and the maintenance cycle is shorter than that of naturally aspirated engines, so the maintenance of turbocharged engines is much higher.

For every car owner, turbocharging is a well-known word. A turbocharged car can really play a big role in power and fuel economy. Many car owners regard it as speed. Symbol of passion. The corresponding turbocharged model is also slightly more expensive in the later car maintenance costs. If the owner has bad driving habits and lacks proper maintenance knowledge, turbocharging will greatly degrade the performance and life of the vehicle.

1. Must use high quality engine oil
At present, most of the problems of burning oil are caused by the oil seal seal between the turbocharger and the intake pipe, which causes the phenomenon of burning oil. The main reason for the damage of the oil seal is that the cycle of changing the oil is too long or the use of inferior oil is used, thus causing the floating main shaft of the turbine to lack lubrication and heat dissipation, thereby damaging the oil seal and causing oil leakage.

Therefore, the turbocharger is relatively "extraordinary", and the oil is more demanding than the ordinary naturally aspirated engine. Part of the phenomenon of burning oil is mostly due to the damage of the oil seal between the inlet and the intake pipe. Because the main shaft of the turbocharger is a floating design, the entire main shaft relies on lubricating oil to dissipate heat and lubrication. If poor quality oil is used. Due to its high viscosity and poor fluidity, the floating main shaft of the turbine cannot be properly lubricated and dissipated. Choose oil with good oil, its oxidation resistance, abrasion resistance, high temperature resistance, lubrication and heat dissipation will be better.

2. Change oil filter and air filter in time
Vehicles that use turbines should pay special attention to the timely replacement of the oil filter and air filter and keep the turbine clean. In general, the clearance between the turbocharger shaft and the bushing is small. If the oil used is not pure or the oil filter is not clean, the turbocharger will be excessively worn.
Secondly, since the air contains a large amount of impurities, once the dust particles enter the high-speed operation, the dust particles will hit the supercharger, causing the turbine to run unstable and cause wear. You can check the turbocharger regularly for damage. The method is to hear if there is any abnormal noise or unusual vibration, and whether the seal ring is sealed.

3. The cold car starts to slow down, the hot car idles and then turns off.
When the cold car starts, the oil temperature is usually low and relatively viscous, resulting in poor lubrication. Therefore, the lubrication effect can only be achieved after the temperature rises to the normal temperature. In the process, if the turbine is forced to work at full load, it will wear out. Therefore, it is recommended that the cold car should be idling for 3-5 minutes before driving, or it can warm up for a period of time at low speed.
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11 – 15 September 2018 Automechanika Frankfurt Mon, 17 Jan 2022 17:16:18 +0800 Automechanika Frankfurt is the world's leading trade fair for the automotive service industry. In 2018 the biennial trade fair will be celebrating its 25th anniversary with a host of new themes and REIFEN as a co-located show.

Automechanika Frankfurt is the most important trade fair for the automotive aftermarket and has been organised by Messe Frankfurt since 1971. Approx. 133,000 trade visitors from 170 countries came to the last event to see the latest developments on offer from 4,843 exhibitors.

The trade fair takes place every two years, alternating with the IAA, and will be celebrating its 25th anniversary in 2018. The 25th Automechanika Frankfurt from 11 to 15 September 2018 will include new themes such as Classic Cars and REIFEN, which will be held simultaneously in the new Hall 12 as a co-located show for the first time.


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How Turbocharger works ? Mon, 17 Jan 2022 17:16:18 +0800 With the continuous advancement of social productivity and technology, how can people's demand for transportation vehicles continue to increase, and how can a small-displacement engine burst into a large-displacement engine? Pressurization technology is one of the most effective methods. The air intake pressurization technology we currently use in automotive engines originated from the need for flying at high altitude. We all know that the general engine uses the piston to move down to form a vacuum and sucks in air to achieve the process of air intake. This is called Naturally aspirated engine. Because the natural suction method achieves the "passive" intake action, the air intake efficiency is not high due to thin air in the high altitude, which greatly affects the function of the engine. In order to improve the engine intake efficiency, he invented the pressurized intake technology.


Turbochanger and supercharger are two different ways of intake pressurization. The main difference lies in the way the supercharger is driven. The earliest turbochargers were all mechanical superchargers. They were called Superchargers when they were invented, and they were later developed to distinguish the two. At first, the turbocharger was called the Turbo Supercharger, and the supercharger was called the Mechanical Supercharger. Over time, the two were reduced to Turbocharger and Supercharger respectively. The Germans called the supercharger Kompressor because of the German language. This is why the Mercedes-Benz 1.8L supercharged engine is called 200K. The German vocabulary Kompressor is also printed on other German cars equipped with a supercharger. on.

The mechanism and working principle of the turbochanger:

"Turbo fans often reach tens of thousands of revolutions during normal operation."
Turbocharging is driven by the exhaust gas from the engine. The turbine consists of two parts. One is the fresh air pressurization end (compression pump wheel) and the other is the exhaust gas drive end (exhaust turbine). There is an impeller at both ends and there is a leakage between the two turbines on the same shaft. The Wastegate is located on the side of the exhaust turbine. When the pressure of the compression turbine is too high, the pressure will push the trigger to open the valve of the exhaust turbine and lower the pressure to prevent excessive pressurization.

Turbocharger used in VW Group's classic 1.8T engine
The bearing of the turbine axle is the bearing design inside the bush sleeve. The bearing design can be divided into ball bearing and floating bearing. The rotational power of the turbocharger impeller comes from exhaust gas. Exhaust gas drives the turbine, on the other side of the turbine, the blades compress the air. The turbocharger housing is made of nickel, chromium and silicon alloys, and the shafts are chromium and molybdenum alloy materials. More importantly, the turbocharger is operated under high temperature and high speed conditions. In order to ensure its normal operation, the turbocharger is filled with oil and coolant to ensure effective lubrication and cooling, and improve working conditions. .

"Turbocharger Working Diagram"
The exhaust gas emitted by the engine with high temperature and certain pressure enters the supercharger, and the impeller driving the shaft rotates at a high speed of up to tens of thousands or even hundreds of thousands of revolutions per minute. At idle, the impeller speed is 12,000 rpm, when the whole When the load is applied, the impeller rotation speed can exceed 135,000 rpm, and ordinary bearings cannot withstand the high temperatures and wear caused by such high speeds. Therefore, the lubrication and cooling of the oil in the turbocharger system are critical. Diesel engines also have many turbocharger systems, and the maximum boost value of diesel engines is generally higher than the maximum value of gasoline engines. It is also for the turbocharger's good heat dissipation requirements that a vehicle equipped with a turbocharger generally requires an idle operation before turning off.

Representative models of turbine engines:

"FAW-Volkswagen Magotan is equipped with a 2.0TSI engine."

"Subalu Impreza is equipped with a horizontally opposed 2.5T engine."

"The BMW 750Li is equipped with a V8 Twin Turbo engine."

"Parallel turbocharger used on BMW 7 Series"

Porsche's VTG Variable Turbine Geometry Blade Technology

Turbocharger A/R:
The A/R value is often indicated in the turbocharger sales book of the refitting market to express the characteristics of the turbine. A is the area, which refers to the transverse section of the blade turbine receiving the narrowest side inlet of the exhaust gas. Cross-sectional area, R is Radius (radius), refers to the distance between the center point of A (cross-sectional area) and the center point of the turbine body, and the ratio of the area to the distance between two center points is the A/R value.
A smaller A/R value indicates that the inlet is relatively small and the starting inertia of the turbine blade is low, the flow velocity is relatively high, the low-rotation reaction is relatively good, and the hysteresis effect of the turbine is not obvious. On the contrary, the larger the A/R value is, the larger the inlet is, the higher the blade inertia is, the slower the reaction is slower, and the turbo hysteresis is more obvious, but the performance is much more intense at high turn. In simple terms, the A/R value can reach about 0.7 for turbines with high power output, while the A/R value is about 0.2 for turbines with low torque output. Porsche's VTG variable turbine geometry blade technology achieves different turbine characteristics by changing the A/R value of the turbine.

 Supercharger structure and working principle:
The driving force of the supercharger compressor comes from the crankshaft of the engine. Generally, the belt is used to connect the crankshaft pulley, which indirectly drives the torsion of the crankshaft to drive the supercharger to achieve the purpose of supercharging. According to the different structures, there are many types of mechanical supercharging, including Vane, Roots, Wankle, etc. Piston movement is also considered to be a type of mechanical supercharging. Today, the Lodz turbocharger is the most widely used, and it is the hot spot for conversion. The Lodz turbocharger has two types of double-blade and three-blade rotors. At present, the double-blade rotor is more common. Its structure is to install two serpentine-shaped rotors in the oval-shaped housing, and there is a very small gap between the rotors. Instead of being directly connected, the rotating shaft of one of the rotors is linked with the driven pulley by interlocking the helical gears. The electromagnetic clutch is mounted on the pulley of the rotor shaft. When the boost is not required, the clutch is released to stop boosting, and the clutch is controlled by Computer control to save fuel.

"Supercharger structure diagram"
The advantages of supercharging: In addition to the boost at low speeds, the power output of the boost is also proportional to the crankshaft speed. That is, the throttle response of the supercharged engine increases with the speed and the power output increases. Therefore, supercharged engine operation feels very similar to naturally aspirated, but it can have a greater horsepower and torque. The disadvantage is that the power of the engine itself is always lost, and the efficiency is not high at high revolutions.

Representative model of supercharged engine:

"Corvette ZR1 equipped with a Rhodes supercharger"

"1.8L supercharged engine used by Mercedes-Benz E200K and C200K"
Therefore, Volkswagen's GOLF 1.4TSI adopts TSI double boost technology, and one engine is equipped with two types of boosters at the same time, which draws on the advantages of two types of booster modes, making the 1.4-engine engine capable of 2.0 engine power. In simple terms, when the engine speed is low, the supercharger is used to boost the pressure and the throttle response is improved. When the high speed engine is used, the turbocharger is used to increase the supercharging efficiency. However, the manufacturing is complicated and the cost is high.

"Original Intercooler for Subaru Impreza WRX STI"
The last thing to say is that no matter what kind of pressurization method, the pressurized air must be sent to the intercooler to cool down (pressurization is equal to doing work on the air, and when the pressure increases to 1bar, the temperature will rise to 80 degrees. Left and right, after the temperature rises, the air volume will increase. When the same volume, the quality of the air entering the combustion chamber will be reduced, which will be detrimental to the boost pressure, so use an intercooler to cool it.) Excessive pressure will be in the pressure relief valve (Blow-off Wastegate) ) Let go, so sometimes we can hear the buzzing noise on the turbo car. The pressurized air is finally sent to the combustion chamber.

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Is the original engine oil of 4S shop really good? "Original oil" does not exist at all Mon, 17 Jan 2022 17:16:18 +0800
Although a little expensive, but with confidence, ah, the car used the engine oil, the original goods, is certainly the best.

However, there is a huge marketing scam hidden inside, and the sales will not tell you - the original engine oil you understand does not exist! Those original engine oils are not only not excellent, but they have just reached the 60-point mark of the pass line.

Is the original engine oil of 4S shop really good?

1. The Secret of "Original Engine Oil"

What is the original engine oil? As the name suggests, it is the oil produced by automobile manufacturers - however, automobile manufacturers do not produce oil! They use tenders to choose the right motor oil, brand their own trademark, and use it in their own car – the so-called “branded product”.

What kind of motor oil does the car manufacturer choose? The performance is certainly qualified, but this is only one of the factors, the price is low, the supply stability is a factor to be considered.

In addition, the original engine oil performance is sufficient, manufacturers will not choose the oil with particularly good performance as the original oil - the first insurance oil within a 5000 km a change, there is no need to use a particularly good engine oil, and some ordinary scooter will even Mineral oil was selected as the original oil.

That original engine oil is particularly expensive to sell? This is the official certified brand premium.

2, the original engine oil and brand oil which is good

Most car owners will be impressed by the word “original factory”. After all, this engine oil has been approved by car manufacturers. However, the previous article also stated that the original engine oil is only used in combination, and it is not a particularly high-quality product.

Of course, for large-scale car OEM oil is often well-known oil brands, such as Castrol for BMW OEM, Shell for Buick foundry, Edeleon for China high-speed rail OEM, but the ordinary household car oil factory may not have More high-end.

On the other hand, the original oil is expensive on your premium, why not buy brand oil directly? The same quality is cheaper and the same price can buy better. Therefore, Xiao Bian suggested that everyone buy brand oil, do not blindly believe that the original engine oil.

Choose high-quality, not expensive, do not pursue the original machine oil

3, how to choose the most suitable oil

This question has already been said a lot. First of all, you need to understand the marking of oil, such as SAE 0W-30 or SN 0W-40.

The car's instructions include information on what oil is suitable for the car - please note that this is usually the lower limit of the performance of the motor oil that can be used. It is not capped.

For example: the use of mineral oil or semi-synthetic motor oil is recommended in the instructions, but the full synthetic oil must be better, but manufacturers think that ordinary scooter does not need to use so good oil. Buy oil according to the instructions for use, buy brand oil from the formal channels on it.

Simple and crude oil guide

Mineral oil: derived from crude oil, mineral oil is usually very low cost, but because the mineral oil base is more easily oxidized, the service life is short, can be said to be the lowest grade of oil, to meet the most basic use or run-in.

Replacement frequency: 5000 km

Semi-synthetic engine oil: The high refining cost makes the price slightly expensive, but it has good oxidation resistance. It is a relatively good long-term engine oil and can basically satisfy everyone's needs.

Replacement frequency: 7000-8000 km

Synthetic motor oil: It is a true chemical synthetic engine oil, which can maintain excellent lubrication under the conditions of failure of other base oils. The price is also the most expensive of the three types of oil. But performance is also the most outstanding.

Replacement frequency: 10000-12000 km

In general, high-performance cars are recommended to use full-synthetic engine oil, and ordinary cars use semi-synthetic engine oil. However, current turbocharged engines are popular, there is little need to pay special attention to the owners: naturally aspirated engine can use semi-synthetic engine oil, but turbocharged engine is best to use fully synthetic engine oil.
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Braking techniques of safe driving Mon, 17 Jan 2022 17:16:18 +0800
Similar accidents have happened, with serious consequences and deserve reflection. Emergency lane changing or sudden braking during driving is not only a bad driving habit, but also directly endangers traffic safety. Especially on the expressways, it's very dangerous if drivers do not pay attention to driving and brake techniques at high driving speeds. below, let’s talk about the brake techniques for safe driving on the expressway.

Apply brakes in advance

Before entering the expressway, check the condition of your vehicle first, especially the brake system. Apply brakes in advance to slow down before change lanes, and avoid changing lanes at high speed.

On the expressway, There have been many measures to remind traffic conditions, including electronic screens erected above or on both sides of the road, and the distance signs to the next exit. These facilities are used to remind the drivers to get ready for braking in advance. Vehicle distance signs are also provided on the right side of the road. When the driver finds that the distance between two vehicles is too small, he should brake to maintain a sufficient distance.

Slow-down in advance before particular sections

In some particular sections of expressways, such as service area entrances and exits, expressway entrances and exits, and bridges and tunnels, etc., some of the merged traffic has yet to increase speed, thus liable to exacerbate speed differentials, which may lead to rear-end collisions. Therefore, when driving through these sections, it is necessary to brake in advance to reduce the speed, and observe the status of vehicles entered, and change lanes in time.

When driving on long downhill sections, if the brakes are applied for a long time, the brake pads may see reduced braking performance due to thermal degradation. Therefore, engage a low gear according to the road conditions and use the engine to control the vehicle speed.

When entering or exiting an expressway ramp, if the brakes are applied at overly high speed, the vehicle can easily lose its center of gravity and roll over, so it is necessary to fully slow down the vehicle through braking before entering the curve. In particular, on slippery curved road surfaces, drifting is likely to occur when suddenly braking, so slow down the vehicle by engaging lower gear.

Take care to avoid particular vehicles

On the expressway, it should take care to avoid particular vehicles, especially heavy-duty trucks. Some trucks do not obey the driving rules, for example, changing lanes at will, so be sure to keep sufficient distance from trucks. Especially when driving in front of trucks, avoid sudden braking because heavy-duty truck brakes are not so responsive, prone to rear-end collision.

What to do if the preceding vehicles change lanes or apply brakes suddenly

When the preceding vehicles change lanes or apply brakes suddenly, the following vehicles must take corrective action, or otherwise, traffic accidents may occur. If conditions permit, fully apply brakes to reduce the speed to avoid rear-end collisions. During braking, do not turn the steering wheel suddenly so as to avoid vehicle rollover, and do not change lanes until the speed is reduced. In short, take care to maintain a safe distance with the preceding vehicles when driving, in order to have the space to take measures to avoid rear-end accidents when the preceding vehicles change lanes or apply brakes suddenly.

There are many more brake techniques when driving on the expressway, but as long as we keep in mind one basic principle, which is to obey traffic rules and avoid sudden lane change and emergency braking, we can greatly reduce the occurrence of traffic accidents. This will not only ensure our own driving safety, but also will not pose a danger for others.
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2018 Beijing International Automotive Exhibition (Auto China 2018) Mon, 17 Jan 2022 17:16:18 +0800 Auto China 2018 For Auto Spare Parts Show

China International Exhibition Center New Venue (Tianzhu)
27 April-4 May For Auto Show
China International Exhibition Center Old Venue(Jinganzhuang)
25 April - 29 April For Auto Spare Parts Show


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Company Cultivate: I am just a person who sells auto parts! Mon, 17 Jan 2022 17:16:18 +0800 I am a person who sells auto parts: I don't know strategy, only sincerely!
You come to buy my auto parts. You are my most important customer and friend.
If you trust me, I will definitely recommend the most suitable auto parts for you, not the most expensive auto parts.
I will not arbitrarily quote, I know that the business of Deceptive is not long, so please do not cut half my quotation.
I don't sell anything, Poor quality and poor quality products will not appear in my company!
I not only sell products, but service as well.
Selling auto parts is my job, It is also the source of our company and my family's economy.
I know I'm not great, I don’t think to do a lots of business in the future.
I just hope that I can do it daily, Let the workers and family live a good life.
Why I sell auto parts?  Feeding my workers and my family and honing myself.
Life is short, do not want to waste my life.
Selling auto parts let me to swallow the grievances and realize the value!
I am enthusiastic about the customers, because I believe that People's hearts are mutual. Customers will feel my sincerity.
I do not have a strategy, Only sincerely!
The moment when you gave the orders to me, what you surrendered is your business, what I cultivate is my life!
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Engine overheated, high fuel consumption? because of the Turbochanger... Mon, 17 Jan 2022 17:16:18 +0800
The Turbochanger is the core component of the engine and provides efficient power support for the engine. It can be said that whether or not the Turbochanger is good or bad is related to the normal operation of the engine.

The appearance of counterfeit and inferior turbochargers has brought about no harm to the engine and the driver themselves.

The counterfeit turbocharger, because of its low manufacturing level, causes the turbocharger to easily appear various unknown problems during use, and damages the turbocharger and the engine lightly, which in turn will endanger life safety!

Potential risks and hazards are as follows
Incorrect airflow can lead to engine overheating and the occurrence of black smoke; inferior materials can not withstand high rotational speed and tensile stress, pressure impeller may burst, severe cracking of the shell, splinters, and even fuel injection.

With the installation of such a Turbochanger, splinters of debris may damage the engine, penetrate the body, injure passers-by, break down the tubing and cause fire, which endangers the driver’s personal safety.

However, since counterfeit boosters are often inexpensive, they seem to be an inexpensive option, but in reality users will continue to pay for their fuel consumption, power, reliability and safety.

Although the cost of a single turbocharger is low, overall, it will result in additional unnecessary cost of use: high fuel consumption, more frequent maintenance frequency and more spare parts replacement, fault shutdown and disruption of work arrangements , causing delays in delivery and affecting business.

Difference in manufacturing process

Turbocharger is a high-tech product with extremely harsh operating environment and high technical and technological requirements:

High temperature: The extremely high temperature is 815°C.

High speed: The turbocharger speed is up to 200000 rpm, which is 40-60 times that of the engine shaft speed.

Bearing tolerances: Reasonable bearing tolerances are an important factor in ensuring turbocharger reliability and performance.

The fake and shoddy products are difficult to achieve R&D investment and manufacturing process investment, and counterfeit counterfeit products are of concern.

Remind everyone
On the one hand, in addition to knowing how to identify the counterfeit turbocharger and reject the inferior turbocharger, on the other hand, the original authentic turbocharger must also be used for maintenance and maintenance. It also needs to be used to protect and develop the Turbochanger. The car maintenance habits.
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Wheel slipped into a mud pit and solved in one minute? Mon, 17 Jan 2022 17:16:18 +0800
1st way: Tie the stick to the wheel
that's it

1

2nd way: Long wrench stuck on the tire
Wooden sticks are sometimes not easy to find and do not worry. Look at the second way.

There is a toolbox in every car. People who change a spare tire know where they are. Take out the long wrench, get stuck on the tire's screw, and then fix it with a rope.

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Just changed the brake pads, Why can't you run immediately on the highway? Mon, 17 Jan 2022 17:16:18 +0800
This involves the problem of fit between the brake pad and the brake disc.
According to data studies, the fit between the brake pads and the brake discs can only reach 75% or more to achieve greater braking performance in order to achieve better braking effects. However, if this standard is not met, the braking effect will be greatly reduced, which will affect our driving safety.

Here we look at two situations.
First, only changing the brake pads does not change the brake discs. After a long period of running-in, the degree of fit between the old brake discs are much higher than that of the new discs. For example, a pair of shoes that are worn for a long period of time is definitely better than a new pair of shoes. Therefore, it is not recommended to use high speed until perfect fit is achieved. The running-in period is 500 kilometers and more.

Second, the brake discs are all new. Some people may say that they are all new brake discs, and their degree of conformity has definitely reached the standard. not necessarily! Due to the mechanical manufacturing error, the new disc new film also needs to run through for a period of time to get a perfect fit. In addition, an oxide film is attached to the surface of the new disc and the new disc that has just been changed, which will greatly reduce the braking performance. Therefore, in this case, high speed is not recommended either.

In short, after replacing the brake discs or pads, we have to go through a run-in period of at least 500 km and above in order to achieve the best braking performance. Before this, the car devil once again reminded everyone to avoid high speed as much as possible.

Remember: safety first!
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Gold Phoenix plans to build an annual output of 6 million sets of car brake pads smart factory Mon, 17 Jan 2022 17:16:18 +0800
The company said that the project construction period starts from January 2018 to December 2019, a total of 24 months, after the project has reached full production, it is expected to achieve an annual output of 6 million sets of automobile brake pads, and it is expected to realize an annual operating income of 250 million yuan. The net profit was 61.65 million yuan and the net interest rate was 24.23%.

The project construction will solve the problem of the company's future capacity shortage. In recent years, the company's production and sales of brake pads have maintained a steady growth. In 2017, it is expected that the company's sales disc brake pads will exceed 29 million sets. According to the company's development plan and market forecast, by 2020, the company's aftermarket disc brake pads production and sales are expected to exceed 38 million sets. At present, the annual sales capacity of the company's aftermarket disc brakes is approximately 31 million units. After the company's projects under construction are completed, the production capacity of aftermarket disc brakes is only 35 million units, which can no longer meet the needs of the company's business growth. .

The main target market for this project's products is the aftermarket (AM) market. In the AM market, users are consumers who already own automobiles. Products are sold to consumers through channels such as specialized retail stores, chain stores, specialty stores, and conversion plants, and require product manufacturers to have unique design capabilities, research and development capabilities, and rapid response. Ability to adapt to the needs of customers of many varieties and small batches, and to have a good sales channel and after-sales service system.

The project intends to renovate the company's existing factory buildings, and the main production equipment will use a combination of self-designed manufacturing and independent design of outsourcing manufacturing. Through advanced information management systems, it will realize information-based, intelligent and flexible intelligent manufacturing. According to reports, the smart factory's main processes use automated, semi-automatic smart devices and robots to complete production operations, and interoperate between devices, devices and robots, and use data acquisition and monitoring through integration with device control systems and external sensors. The control system (SCADA) performs real-time data acquisition of the equipment status.

The key intelligent production equipment hot presses and grinders used by the project are independently developed by the company. Hot presses have been used in small batches by the company. The grinders have been widely used in the company and these equipments have reached advanced international and domestic leading levels. Other intelligent production equipment is also self-designed, through the actual effects of 3D software technology simulation, and sample production, the actual operation of smart devices to achieve the smart factory production equipment expectations.

According to the company, smart factories through production automation, data flow automation, and knowledge automation can not only help companies shorten delivery cycles, lower operating costs, and reduce product non-consumer rates, but also increase production efficiency and comprehensive utilization of resources. Get higher profits and enhance industry competitiveness.
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Auto parts manufacturing big city opened "the dream of a car" Mon, 17 Jan 2022 17:16:18 +0800
Jingjiang production of special vehicles, auto parts and related enterprises have more than 800 in 2012, the city was the provincial Economic Commission identified as "automobile parts industry base in Jiangsu Province." New energy vehicles is the future direction of the development of the automotive industry, the current rapid development of the outlet, Jingjiang is promoting the city auto parts enterprises in the wave of industrial change to grab the first chance.

Currently, the disc brakes developed by Jiangsu Hengli Brake Group Co., Ltd. are applied to BYD K9 new energy electric vehicles and Handan Bus. The maintenance-free new energy vehicle steering system developed by Geelong Transmission Co., Ltd. is now in the mass production stage, and Yutong, Futian, Jinlong and other well-known automobile manufacturers recognized this year, enterprises continue to invest 10 million yuan to automate transformation of production equipment to enhance production efficiency and expand market share; Heng Yi Auto Parts SAIC participate in nearly 50 kinds of new energy vehicles product development and design, there are A variety of products into mass production, becoming SAIC's first-tier suppliers, the company is investing 43 million yuan to speed up hybrid electric vehicle parts technological transformation project is expected to be completed next July, is expected to bill 200 million yuan a year; Tung Wah Group of Testing The company is also working with BYD to jointly carry out performance testing of new energy vehicles ... ...

"The signing ceremony of Intelligent New Energy Vehicle Industrial Park shows the bright future of Jingjiang's future emerging industries. This project will open a new mode of cooperation among industries, universities and research institutes, promote new changes in traditional industries and inject new impetus into Jingjiang's high-quality development." Zhao Jing, Party Secretary of Jingjiang Ye Jing indicated that Jingjiang municipal government attaches great importance to the industrial park project and will vigorously support the new mode of industry-university-research cooperation, gather more resources, capital and assets for the project, promote the new energy vehicle industry to take root and blossom in Jingjiang, and form a new China Energy vehicles own brand, Jingjiang really become the Yangtze River Delta region high-end equipment production base.

It is understood that Intelligent New Energy Automobile Industrial Park settled in Jingjiang Economic and Technological Development Zone, on the verge of the Yangtze River and Newport Avenue, an area of 1,500 acres, building a new energy vehicle assembly base and new energy automotive parts modular production base as the core, the new production All kinds of modules in the whole vehicle system of energy big cars, to test the assembly and testing of the whole vehicle of new energy big cars. The construction period of the project is two years. It is estimated that the factory building will be completed by the end of 2018 and put into operation in the second half of 2019. Four complete technological processes of stamping, welding, assembling and assembling will be formed and the annual output of 12,000 new energy commercial vehicles will be realized Car production capacity. Tongji University Institute of Intelligent New Energy Vehicle will be for Jingjiang new energy automotive parts manufacturing and high-end equipment manufacturing industry needs to create a scientific research, achievement transformation, project incubation of the new platform to help Jingjiang industry innovation-driven transformation and upgrading.
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Worldwide Brake Pads Market 2017 – Federal Mogul, Bosch, TMD GROUP, TRW Automotive, AKEBONO Group, Nisshinbo Holdings Mon, 17 Jan 2022 17:16:18 +0800 Gives in-depth Worldwide Brake Pads Sector Evaluation and Long term Prospective customers of Brake Pads Sector 
2017. The Analysis Research Addresses Substantial Info which Creates the document a handy Resource for 
managers, analysts, Market Specialists and other Important Persons get Prepared-to-Entry and Do it yourself-analyzed 
Research along with graphs and tables to Aid ComprehFinish Sector trFinishs, Motorists and Sector 
Problems. The Analysis Research is segmented by App/ Finish Customers Cars OEM Industry, 
Cars AfterSector Industry, Services Kind Non-asbestos All natural Brake Pads, Lower Metallic NAO 
Brake Pads, Semi Metallic Brake Pads, Ceramic Brake Pads and geographies like United Says, 
China, Europe, Japan, Korea & Taiwan.

The Analysis Addresses the Recent Sector Sizing of the Worldwide Brake Pads Sector and its Progress Values 
Centered on 5 12 months Background Info along with Organization profile of Important Avid gamers/Vendors This kind of as 
Federal Mogul (US), Bosch (DE), TMD Set (DE), TRW Automotive (US), AKEBONO Group (JP), 
Nisshinbo Holdings (JP), ACDelco (US), MAT Holdings Inc (US), MK Kashiyama (JP), Delphi 
Automotive PLC (US), ATE (DE), FBK (JP), Sumitomo (JP), ADVICS (JP), ICER (ES), Sangsin Brake 
(KR), BREMBO (IT), Nan Hoang Site visitors Device (TW), Util Group (IT), Hawk Efficiency (US), 
Fras-le (BR), EBC Brakes(United kingdom), Brake Components Inc(US), ABS Friction(NL), Metek GmbH(DE), Meritor(US), 
ITT Institution(US), Shandong Gold Phoenix Group(CN), Shangdong xinyi Car Components 
Produce(CN), Double link(CN),. The in-depth Information and facts by segments of Brake Pads Sector 
Aids Keep track of Long term profitability & to make Essential Choices for Progress. The Information and facts on 
trFinishs and developments, focuses on Sectors and Components, capacities, Technology, CAPEX cycle 
and the Altering Framework of the Worldwide Brake Pads Market.

The Research Gives Organization profiling, Item Photo and Particularations, Product sales, Sector Write about and 
Get in touch with Information and facts of Important Vendors of Worldwide Brake Pads Market, some of them Detailed here 
are Federal Mogul (US), Bosch (DE), TMD Set (DE), TRW Automotive (US), AKEBONO Group (JP), 
Nisshinbo Holdings (JP), ACDelco (US), MAT Holdings Inc (US), MK Kashiyama (JP), Delphi 
Automotive PLC (US), ATE (DE), FBK (JP), Sumitomo (JP), ADVICS (JP), ICER (ES), Sangsin Brake 
(KR), BREMBO (IT), Nan Hoang Site visitors Device (TW), Util Group (IT), Hawk Efficiency (US), 
Fras-le (BR), EBC Brakes(United kingdom), Brake Components Inc(US), ABS Friction(NL), Metek GmbH(DE), Meritor(US), 
ITT Institution(US), Shandong Gold Phoenix Group(CN), Shangdong xinyi Car Components 
Produce(CN), Double link(CN),. The Sector is Increasing at a Incredibly Quick pace and with Increase in 
technological innovation, Rivalry and M&A Actions in the Market Various Community and regional 
vFinishors are Providing Particular application Services for varied Finish-Customers. The new Producer 
entrants in the Sector are Acquiring it Tough to Remain competitive with the Worldwide vFinishors Centered on 
Good quality, reliability, and innovations in Technologies.

Worldwide Brake Pads (Hundreds Models) and Income (Million USD) Market Split by Product Type This kind of 
as Non-asbestos All natural Brake Pads, Lower Metallic NAO Brake Pads, Semi Metallic Brake Pads, 
Ceramic Brake Pads. Even more the Analysis Research is segmented by App & Other with 
historical and projected Sector Write about and compounded Yearly Progress Percentage.

Geographically, this Record is segmented into Many Important Regions, with Itemion, Usage, 
revenue (million USD), and Sector Write about and Progress Percentage of Brake Pads in these regions, from 2012 
to 2022 (forecast), covering United Says, China, Europe, Japan, Korea & Taiwan and its Share 
(%) and CAGR for the forecasted Time period 2017 to 2022.


What this Research Study Provides:

1. Worldwide Brake Pads Market Write about assessments for the regional and Nation Degree segments
2. Market Write about Evaluation of the Best Market Avid gamers
3. StPercentagegic recommFinishations for the new entrants
4. Market forecasts for a Minimal of 5 12 monthss of all the Pointed out segments, sub segments and the 
regional Sectors
5. Market TrFinishs (Drivers, Constraints, Opportunities, Threats, Challenges, Purchase 
Opportunities, and recommFinishations)
6. StPercentagegic recommFinishations in Important Company segments Centered on the Sector estimations
7. Aggressive landscaping mapping the Important Typical trFinishs
8. Company profiling with Thorough stPercentagegies, financials, and Latest developments
9. Provide chain trFinishs mapping the Newest technological Breakthroughs

There are 15 Chapters to Show the Worldwide Brake Pads Sector

Chapter 1, Definition, Specifications and Classification of Brake Pads , Apps of Brake 
Pads , Market Segment by Regions;
Chapter 2, Production Value Structure, Raw Substance and Vendors, Production Procedure, 
Industry Chain Structure;
Chapter 3, Specialized Data and Production Facilities Analysis of Brake Pads , Potential and 
Industrial Production Day, Production Facilities Distribution, R&D Position and Technology Resource, 
Raw Substances Resources Analysis;
Chapter 4, All round Market Analysis, Potential Analysis (Company Segment), Sales Analysis (Company 
Segment), Sales Value Analysis (Company Segment);
Chapter 5 and 6, Regional Market Analysis that Consists of United Says, China, Europe, Japan, 
Korea & Taiwan, Brake Pads Segment Market Analysis (by Type);
Chapter 7 and 8, The Brake Pads Segment Market Analysis (by App) Main Manufacturers 
Analysis of Brake Pads ;
Chapter 9, Market TrFinish Analysis, Regional Market TrFinish, Market TrFinish by Product Type Non-
asbestos All natural Brake Pads, Lower Metallic NAO Brake Pads, Semi Metallic Brake Pads, Ceramic Brake 
Pads, Market TrFinish by App Cars OEM Industry, Cars AfterSector Industry;
Chapter 10, Regional Marketing and advertising Type Analysis, International Industry Type Analysis, Provide Chain 
Analysis;
Chapter 11, The Buyers Analysis of Worldwide Brake Pads;
Chapter 12, Brake Pads Study Findings and Realization, Appendix, methodology and Information Resource;
Chapter 13, 14 and 15, Brake Pads Product sales Funnel, distributors, traders, Agents, Study 
Findings and Realization, appendix and Information Resource.
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Why the Engine noise is increasing? Mon, 17 Jan 2022 17:16:18 +0800 cold starting
When the car is parked for a long time and then started, the engine produces a violent vibration and then a "da da" noise.

Because the car parked for a long time, the basic oil flow all the way to the oil sump in the cold start the pump can not be established immediately hydraulic, especially inside the cylinder head valve, not enough lubrication in cold start , Hydraulic tappet and mechanical rocker did not work properly before it led to da da sound.

Solution: This time the noise is normal, when the engine starts for a while, the engine will be back to normal, no more severe noise.

Second: the oil situation is wrong
Engine oil is an important component of lubrication, when oil problems can affect the work of the engine. When the oil viscosity is too high, easily lead to engine operation problems, poor lubrication, resulting in engine friction during operation, resulting in noise.

Solution: In the face of such a situation, only need to change the oil on it.

Three: belt tightness is not enough
When the tightness of the engine belt is not enough, the engine produces creaky, sharp noise at work, seriously affecting the driver's driving experience.

Solution: Faced with such a situation, adjust the tightness of the engine belt to avoid noise.

Four: leak into the exhaust pipe
When the exhaust pipe into the exhaust, when starting the engine, when entering the exhaust gas leaks from the leak, resulting in vibration, make noise.

Solution: Faced with such a situation, need to check into the exhaust pipe, replace the exhaust pipe to avoid noise.

Five: poor fuel quality
When poor quality fuel is used, the combustion in the engine will deteriorate, causing the engine to vibrate and produce noise.

Solution: Faced with such a situation, the replacement of better quality label higher and then you can avoid noise.

Six: Engine abnormal sound
Engine under the guard plate screws loose, the engine can not be fixed, the work will be severe jitter, resulting in noise. This is a more common glitch, fastening or adjusting the engine under guard screws, it can be.

Engine claw mat aging. Claw pad play a supporting role in the engine, when aging can not play a normal job, this time can not be repaired, only to replace the new claw pad.

Engine "tempering" failure. When the engine valve too much carbon or timing adjustment is wrong, the engine will have a "pop puff" sound, this time cleaning the valve carbon deposition, adjust the timing valve on it.

Seven: engine compartment plastic parts loose
The engine compartment has many plastic parts such as the engine cover, intake manifold, etc., when they are loose will collide with the engine compartment in the engine room, it will produce noise, this time tightening can avoid noise.

In addition to the above, there is a very common and practical way to reduce engine noise by adding sound-proofing cotton.

Engine noise is mainly transmitted through the hood, front fenders and other vibration to the cab. Therefore, the hood can be installed some advanced sound-absorbing foam material, not only can inhibit the vibration caused by the hood, but also absorb a lot of noise, very effective.
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Brake deviation is what caused the reason? Old driver: If it was because of the brake pad will be too dangerous Mon, 17 Jan 2022 17:16:18 +0800 Some faults caused by brake deviation, but also at the same time derive some other failures, such as the suspension system failure, it will cause abnormal sound, the symptoms of resonance, just because of brake pads caused by brake deviation, often by our Ignored, will eventually bring a lot of traffic safety hazard in the vehicle, because the brake pads are not normal wear and tear will easily consume the brake pads!
Brake pads on both sides due to large differences in the degree of wear, resulting in different braking torque at both ends of the vehicle, resulting in brake deviation. So, what is the cause of brake wear on one side?
First, but the quality of brake off. Due to poor quality, it is easy to cause large differences in the degree of wear on both sides. At the same time, it will cause serious damage to the brake discs, resulting in gullys on the brake discs. Second, brake cylinders on both sides are not synchronized, the return is not normal, resulting in a large brake force. Third, brake disc deformation occurred. Fourth, due to brake calipers brake pads caused by abnormal wear and tear. Abnormal wear brake pads, it is easy to brake the high temperature, resulting in loss of brake pads and scrapped. So when the brake abnormalities should promptly check the status of the brake pads, the first time to rule out the hidden dangers is the right approach!
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AAPEX 2017 in Las Vegas Mon, 17 Jan 2022 17:16:18 +0800 Expo Dates & Times

AAPEX 2017 Expo Hours are 9:00 am - 5:00 pm.
AAPEX 2017: October 31 - November 2, 2017
AAPEX 2018: October 30 - November 1, 2018
AAPEX 2019: November 5 - November 7, 2019
AAPEX 2020: November 3 - November 5, 2020

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How does the engine move? Mon, 17 Jan 2022 17:16:18 +0800 Sitting in the car, the car ignition throttle starting, this is our usual how commonplace things. But how does the automobile engine start from stationary to running? I'm afraid many people don't know much about it.



The following dynamic pictures, detailing the car from the static to the start of the process, intuitive and obvious, after watching will make you more understanding of the car!
What happens to the car when you press the start button?



0.5 seconds after pressing the button, the vehicle completes the circuit self check

one second After pressing, the circuit of the starter motor is switched on, the motor is driven at high speed, the motor rotor drives the engine flywheel to move, and the automobile engine starts in a roar.




What does the accelerator pedal control at this time?

The accelerator pedal controls the opening and closing angle of the engine intake valve (also called the valve). The deeper the gas pedal, the greater the angle of opening and closing of the intake valve, the greater the intake.




After the engine starts, the engine oil is pumped into the lubricating area (the orange area), and as the intake valve opens and opens, the air enters the cylinder (the blue area in the picture).


In the direct injection engine, the air enters the cylinder while the gasoline is injected into the cylinder through the high-pressure nozzle and mixed with the air to form a combustible gas.




Then, the spark plug fires at the right time, igniting the gas to form a "deflagration", and the huge impact force causes the piston to move. Such a "deflagration" occurs hundreds of thousands of times per minute. The motion of the piston causes the engine crankshaft to rotate at full speed. The speed at which the engine rotates is the number of turns in the crankshaft every minute.

The cylinder piston moves back and forth under closed detonation to generate continuous power.




So far, the engine successfully completed, put up gear, step on the gas, the speed and speed rise gradually, we can set off!


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When the earthquake comes, Should I stay in the car? Mon, 17 Jan 2022 17:16:18 +0800 Today we are talking about what the earthquake in the car on the risk of what matters.

1
Standing emergency food
Do not talk about driving, excellent excellent advice, from today to buy some long shelf life of food into the car, such as compressed biscuits, crisp and so on. There is some drinking water (do not put in the exposure position).
This time we do not control these things really good, the purpose is to occur when the disaster can have enough food support, let us adhere to a safe place or waiting for the arrival of the rescue team. Life is greater than everything.

2
Do not take refuge in the car
If not in the open, the road has been unable to pass, should immediately turn off the engine, get off. You can keep the maximum volume of the radio open, receive the latest earthquake broadcast.

Car around the tall buildings, do not go to the car asylum. Because the car's strength is not enough to withstand the buildings, trees, poles, rock and other objects fall weight. The rigidity of the car is not enough to cope with the collapse of the building, falling stone, so it is not recommended to stay in the car, not to hide in the car, tire puncture, the body will bring serious damage.

If there is a number of vehicles parked together, encountered the collapse of the house, the gap between the two cars will form a life-saving space, two cars can block large pieces of buildings or rocks, reduce the impact caused by the damage. Do not squat / lie beside the tires, beware of the damage caused by the puncture.

If you have been trapped in the car, can not open the door or get off, should be a good seat belt, hands on the front of the body, elbow on the thigh to form a protective posture, the radio to the maximum volume, waiting for the rescue.

3
Find an open location to stop
If you happen to be an earthquake when you are driving, this time immediately to find the nearest open parking, and then open the double flash warning lights, observe the good situation and get off and away from the vehicle. Find a relatively safe place to wait until the earthquake is over and then on the road.

Away from bridges and tunnels and other places, due to high-intensity earthquakes will damage the main structure of the bridge and tunnel, so prone to collapse in strong earthquake accident. At this time if you have been on the bridge or into the tunnel, then the fastest speed to leave immediately.

4
"Safety of the Earthquake Escape Manual" recommended material reserve table

Water
At least 3.8 liters of water per person per day, and 72 hours for this time.
Suggest you buy some bottled water. Pay attention to shelf life.

2. food
Prepare enough for 72 hours of canned food or dehydrated food, milk powder and canned fruit juice. Only reserves no need for refrigeration, cooking or special treatment of food, similar to a variety of food options.

3. Emergency lights and spare batteries
Do not use matches or candles after an earthquake, unless you can be sure there is no gas leak.

4. Portable radio
Most phones will be unusable or only for emergency use, so the radio will be your best source of information. If possible, you should also prepare a battery-powered wireless walkie-talkie.

5. First aid kit and first aid manual
Prepare a first aid kit at home and in the car, and prepare a "Standard First Aid and Personal Safety Handbook" or similar handbook produced by the National Red Cross. Let your family learn some basic first aid and artificial breathing courses.

6. Fire extinguisher
In your home and the car should be equipped with fire extinguishers.

7. special supplies
Prepare necessary items such as medicines, spare glasses, contact lens care solutions, hearing aid batteries, baby items (baby food, diapers, bottles and pacifiers), hygiene items (small wipes and toilet paper) and other family items.

8. Important documents and cash
Make sure there is enough cash available. At the same time, keep a copy of the credit certificate, identity card and some important documents.

9. Tools
In addition to preparing a pipe wrench and an adjustable wrench (used to close the valve and water pipe), a lighter, a box of waterproof matches and a whistle.

10. Warm clothing
If your area is cold and must be kept warm. After the earthquake you may not be able to get warm, take into account the cold clothes and sleeping supplies.

11. Pet supplies
If you have pets, find a safe place for your pet, prepare some necessities, make sure your pet has an accurate proof of identity as well as the latest veterinary registration while preparing a pet cage and a belt.
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Exposure | brake pads are directly related to personal safety, but these brands of cars imported brake pads failed! (With list) Mon, 17 Jan 2022 17:16:18 +0800 The car's braking system is an important safety protection system, its performance is directly related to the safety of vehicle drivers and passengers. Recently, AQSIQ import checks the quality of brake pads, brake 469 batches of imported automobiles lining, the friction coefficient 20 brands of 50 batches of product failure, the shear strength of five batches of the product brands 6 Unqualified.
Among them, Toyota in the quality of two consecutive years of random checks, the friction coefficient of the brake pads are not all the batches of all the seized brands.

Friction performance, shear strength is the key to measuring the quality of brake pads

It is understood that the inspection of imported brake pads and inspection items, including the appearance of quality, friction, shear strength, compression strain, packaging signs and other aspects. Which friction performance and shear strength is a measure of the quality of brake pads qualified key indicators.


Friction substandard performance are mainly two cases, one is the measured coefficient of friction is not up to a predetermined minimum value as the standard friction coefficient at each temperature was 0.25, but the friction coefficient of the friction plate less than 0.25 failed. The other is the deviation of the specified coefficient of friction is not qualified, that is, the measured coefficient of friction and brake pads on the package to provide the difference between the coefficient beyond the standard range.

50 batches of imported brake pads friction coefficient failed

The sampling of 469 batches of imported automotive brake lining, a total of 50 batches of product friction coefficient failed. According to the detection of substandard product batches from more to less, and the first alphabetical order of the trademark, involving 20 brands:

TOYOTA, HYUNDAI, SUBARU, VOLVO, BMW, JWORKS, MITSUBISHI, VOLKSWAGEN, AFI, DODGE, FEDERAL MOGUL, FERODO, FORD, ICER, KIA, Land Rover, Mercedes-Benz, MOPAR, Nissan, Suzuki.
 
Wherein Toyota, Hyundai, Subaru, Volvo four brands have more than four batches of product failure is detected friction coefficient, Toyota 2 consecutive years in quality checks, the coefficient of friction of the brake lining unqualified products are batch Is the most of the seized brands.
6 batches of imported brake pads shear strength failed
On the other hand, shear strength is also an important measure of the quality of automotive brake lining. In the experiment, when the same pressure is applied to the brake lining is fixed on the instrument, defective products will be surface cracks, while the friction material on the brake pad will fall off from above the back plate, so that if during braking, It is easy to cause brake failure, there is a great security risk.

Through the test, the 469 batches of imported car brake lining, a total of 6 batches of product shear strength failed. According to the detection of substandard product batches from more to less, and the first letter of the alphabetical order, involving five brands:

Toyota, Land Rover, MOPAR, Ssangyong, Volkswagen.

Timely inspection, regular replacement of brake pads

Experts, the car's brake system is a joint braking system, composed of many parts, car brake lining is just one of them. In some cases, the brake lining a quality index failed, but the overall brake braking system is still the phenomenon of the standard still exists. The essence of this phenomenon is to conceal the safety risk of driving, resulting in an increase in the potential harm.

Therefore, consumers in the daily car care process, in addition to choose to buy high-quality products, but also timely replacement of car brake lining. General new brake pads in the thickness of about 15 mm, when the wear off one-third, you need to increase the number of inspections, wear to three or four millimeters when you need to replace.

Further, when the following two conditions brake pads must be replaced: First trenches did not wear to the brake pads when; second is to grind both sides of the metal sheet when the brake pads. And some car comes with brake pads wear alarm, alarm lights when it will explain the change.
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Carbon brake Discs / rotors Mon, 17 Jan 2022 17:16:18 +0800
Many people think that carbon ceramic brake discs are expensive, is to force the students, this is really a wrong idea.

Carbon ceramic brake technology
Carbon ceramic brake technology was originally used in the aerospace field. The first application in the United States F16 fighter aircraft.
Due to the aircraft landed on the aircraft carrier or land generated thousands of degrees of high temperature, ordinary metal material braking system is unbearable, there will be extended heat bolt will stop the braking distance. In the aircraft carrier's solution in the use of carbon ceramic composite brake technology to achieve high temperature environment to ensure that the same coefficient of friction and does not appear hot bolt hot melt phenomenon.

We will say that the aircraft carrier is not a cable to brake it, yes, although it is from the World War II began to have this solution, but can not guarantee the aircraft across the aircraft carrier runway and fall into the sea caused serious losses, and then this technology application To the civil aircraft. Automotive applications have been delayed for 30 years.

Carbon ceramic brake system
In the field of automotive brake from the asbestos material to the steel material era, the steel material brake has a difficult problem to solve, but also the vehicle in the high-speed or long-running process of heat generated by the increase in the thermal recession and extend the braking distance or Brake failure.

So naturally think of the use of carbon ceramic brake technology, the carbon ceramic brake disc from the air transfer to the land.

One of the salient features of the carbon ceramic brake system is that it is made of ceramic composite material. The carbon ceramic brake pads themselves and the friction layers on both sides are made of carbon fiber reinforced silicon carbide. The main matrix components are silicon carbide (SiC) and Industrial silicon (Si), carbon fiber (C).

Silicon carbide determines the hardness of the composite material, the role of carbon fiber is to improve the mechanical strength of the material and provide the material for the application of the required fracture toughness, ceramic composite with the same toughness shear fracture characteristics of its high heat load and mechanical load Performance provides protection. Thus, carbon fiber reinforced silicon carbide materials perfectly combine the physical properties of both carbon fiber reinforced carbon (C / C) and polycrystalline silicon carbide ceramics.

Carbon ceramic composites solve the thermal recession, but also have very excellent performance:

Compared with the traditional gray cast iron brake pads, carbon ceramic brake pads reduce the weight of about 60%, non-suspension quality reduced by nearly 23 kg;

Brake friction coefficient has a very high increase in braking response speed and brake attenuation reduced;
The tensile elongation of the carbon-ceramic material varies from 0.1% to 0.3%, which is a very high value for the ceramic material;
The ceramic disc pedal feels extremely comfortable and can produce the greatest braking force at the initial stage of the brake, so there is no need for brake assist to increase the system, while the overall brake is faster and shorter than the traditional brake system;
In order to resist high heat, there is ceramic between the brake piston and the brake pad to heat;
Ceramic brakes have extraordinary durability, if the normal use is life-free replacement, and ordinary cast iron brake discs generally use a few years to be replaced.

These features make carbon fiber reinforced silicon carbide the preferred material for high performance brake systems.

According to statistics, the use of carbon brakes, top sports car from the speed of 300km / h brake to static, only 4 seconds of braking time, the braking process of gravity acceleration can be more than 5G; and from 200km / h brake to static , Only 2.9 seconds, the brake distance of only 65 meters; from 100km / h brake to static, only 1.4 seconds, and 17 meters of the braking distance. It is worth mentioning that during this period the instantaneous temperature of the brake will reach about 1200 ℃. Able to withstand such a high temperature, and has a high coefficient of friction, which is a miracle of carbon ceramic brake disc.

Carbon ceramic brake disc application
Carbon ceramic car brake disc was first opened the mysterious veil, at the 1999 Frankfurt International Automobile Fair (IAA) on. The world's first car-mounted carbon ceramic brake system is Porsche. Porsche in 2001 will be carbon brakes as a matching equipment assembled in the 911GT2 sports car, 911C4S from November 2002 to provide matching, other well-known brands of cars have also begun through the use of this innovative braking technology to improve vehicle safety and Improve pedal comfort. Including Mercedes-Benz CL55AMG, Audi W12 & S8, Bentley, Bugatti and Lamborghini sports car and luxury cars, Ford also plans to use similar products.
 The following bring the world's various brands of carbon ceramic composite brake system appreciation (pictures and data from the love car):

 1: BREMBO
BREMBO there are two: CCB, CCM, the price of 12 to 16 million range, supply the world's leading automotive brands.
 CCB is for - Volkswagen AG (Porsche, Audi, Bentley, Lamborghini, Bugatti) and AMG.
 CCM supply - Ferrari, Aston Martin, Chevrolet, Lexus, Nissan Nissan, Pagani, Maserati, Jaguar, Alfa Romeo and McLaren (MP4-12C / 650S).
BREMBO price is the cheapest Chevrolet - Corvette carbon pottery, about 120,000 or so, the most expensive is the Ferrari, about 240,000. By the German SGL Group and Italy Bray Bo two joint venture production.

2: ALCON
High-end atmosphere, the price of about 250,000 yuan.
Alcon's carbon tray produced by the British ST.

3: AP
AP carbon pottery display at the SEMA show, is currently only seen in the F1, temporarily did not find civilian.
Production of the United Kingdom, (PS: the core technology may be derived from the Royal Air Force) for reference only, AP was also military.

4: fusionbrakes
From the United States, at present, FUSION PCCB brake upgrade kit corresponding to the main models to Audi R8, RS4 / 5, Porsche 996Turbo / GT series, 997Turbo / GT series and the latest 991Turbo / GT series, Lamborghini Gallardo before and after the period can be, GT-R corresponding products have also been available. The price is also a lot of money.

5: DACC
Origin from South Korea (South Korea)
PS: spy photos are not clear, the core technology comes from China

6: LEMTH Lema
China's automotive brake core technology brand, just debut for more than three years, is also the world and other brands to discuss cooperation, to provide OEM services.

Carbon pottery material itself, China has a relatively mature technology, and a complete production line, stable production of products. However, due to China's carbon tray research started late, relatively backward technology, carbon ceramic brake disc performance with foreign or there is a certain gap. Brake safety, the protection of the environment both mergers, lightweight trend is bound to lead the fourth revolution in brake technology.
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About the Ceramic brake pads Mon, 17 Jan 2022 17:16:18 +0800 Many consumers will initially be mistaken for ceramic made, in fact, ceramic brake pads from the cermet rather than non-metallic ceramic principle, the brake pads due to high-speed strong braking, the friction surface to produce high temperature, according to the determination can reach 800 ~ 900 degrees, and some even higher. At this high temperature, the surface of the brake disc will occur similar to the cermet sintering reaction, so that the brake pads at this temperature have good stability. And the traditional brake pads at this temperature does not produce sintering reaction, due to a sharp increase in surface temperature will make the surface material melting or even produce air cushion, which has caused a continuous brake after the brake performance drastically reduced or the total loss of the situation.
Ceramic-type formula does not refer to the use of ceramic fiber formulations to determine whether a formula for ceramic-type standards is mainly the performance of the material, but this material is not what raw materials, but the performance of finished products
Less on the wheels; discs and dual longevity; no noise / no tremors / no damage to the plate.
Ceramic brake pads compared to other types of brakes have the following advantages:
(1) ceramic brake pads and traditional brake pads the biggest difference is no metal. Traditional brakes in the metal is the main friction material, braking force, but the wear and tear, and prone to noise. After the installation of ceramic brakes, in normal driving, will not produce abnormal clamor (that is, scratched sound). Because the ceramic brake pads do not contain metal components, so to avoid the traditional metal brakes and dual pieces (that is, brake pads and brake discs) rubbing metal clamor.
(2) stable friction coefficient. The friction coefficient is the most important performance index of any friction material, the relationship between the brake pad braking ability is good or bad. In the braking process due to friction heat, the working temperature increases, the general brake pads friction material by the temperature, the friction coefficient began to decline. In the practical application will reduce the friction, thereby reducing the braking effect. Ordinary brakes friction material is not mature, the friction coefficient is too high caused by the direction of the brake out of control, burned, scratched brake disc and other unsafe factors. Even if the brake disc temperature up to 650 degrees, the ceramic brake pads friction coefficient is still 0.45-0.55 or so, to ensure that the vehicle has a good braking performance.
(3) ceramic has good thermal stability and low thermal conductivity, good wear resistance. Long-term use of the temperature at 1000 degrees, this feature allows the ceramic can be suitable for a variety of high-performance brake material high performance requirements, to meet the brake pads high-speed, security, high wear and other technical requirements.
(4) has good mechanical strength and physical properties. Able to withstand greater pressure and shear force. Friction material products in the assembly before use, the need for drilling, assembly and other mechanical processing, in order to make brake pads. Therefore, the friction material must be required to have sufficient mechanical strength to ensure that no damage and fragmentation occurs during processing or use.
(5) has a very low thermal attenuation. Regardless of M09 material of the first generation of ceramic products or TD58 fourth-generation ceramic brake pads, can still ensure that the vehicle has a good braking performance to ensure safety, the thermal shock of the brake pads is very small.
(6) to enhance the performance of brake pads. Due to the rapid cooling of ceramic materials, so for the manufacture of brakes, its friction coefficient should be higher than the friction coefficient of metal brakes.
(7) security. Brake pads produce instantaneous high temperatures during braking, especially at high speeds or in emergency braking. In the high temperature state, the friction coefficient of the friction plate will decline, known as the thermal decline. Ordinary brakes Thermal recession low, high temperature and emergency braking when the brake oil temperature increases the brake brake delay, or even lose the braking effect of low safety factor.
(8) comfort. In the comfort indicators, the owner is often the most concerned about the noise of the brake pads, in fact, the noise is also a long time can not solve the problem of ordinary brake pads. The noise is caused by the abnormal friction between the friction plate and the friction plate. The reason for this is that the braking force, the brake disc temperature, the vehicle speed and the climatic conditions are likely to be the cause of the noise.
In addition, the noise at the beginning of the brake, brake implementation and brake release three different stages of the reasons are not the same. If the noise frequency between 0 ~ 550Hz, the car will not feel, but if more than 800Hz, the owner will be able to clearly feel the brake noise.
(9) excellent material properties. Ceramic brake pads with large particles of graphite / brass / senior ceramic (non-asbestos) and semi-metal and other high-tech materials with high temperature, wear, brake stability, repair brake pads, environmental protection, no noise, long life, To overcome the traditional brake pads on the material and process defects are the most sophisticated international ceramic brakes. In addition, the ceramic slag ball content is low, good enhancement, but also can reduce the brake pads of the dual wear and noise.
(10) long service life. Life is very concerned about the indicators, the life of ordinary brake pads in the 60,000 km below, while the life of ceramic brakes in more than 100,000 km. It is because the ceramic brake pads used in a unique formula only 1 to 2 kinds of static powder, the other materials are non-static material, so that the powder will be with the movement of the vehicle was the wind away, will not stick In the wheel on the beautiful appearance. Ceramic material life than ordinary semi-metal to improve more than 50%. After the use of ceramic brakes, the brake disc will not appear on the scraper (ie scratches), extending the original car brake discs 20% of the service life.
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What is the life of a turbocharger? Enough for ten years? Mon, 17 Jan 2022 17:16:18 +0800
How does the turbocharger work?

The turbocharger increases the intake air by compressing the air and uses the exhaust inertia of the engine to propel the turbine in the turbine chamber. The turbine drives the coaxial impeller, which feeds the air from the air cleaner pipe. The pressurized into the cylinder. As the engine speed increases, the exhaust rate and turbine speed are also synchronized faster, the impeller to compress more air into the cylinder, the air pressure and density increases can burn more fuel, the corresponding increase in fuel and adjust the engine Speed, you can increase the output power of the engine.

The advantages of turbocharging

The biggest advantage of turbocharging is that it can significantly increase the engine's power and torque without increasing the engine displacement. The turbocharged engine is not only fuel efficient, but also reduces CO, CH and PM in the emissions.

Turbocharged engine structure is simple, easy to install, wide technical adaptability, from low to high speed, from two strokes to four strokes, small bore to large bore can be applied. The noise of the turbocharged engine is smaller than that of a naturally aspirated engine.


The drawbacks of turbocharging

1, speed problem
It is true that turbocharging does improve the power of the engine, but its shortcomings also have a lot, the most obvious of which is the power output response lag. Due to the inertia of the impeller on the throttle sudden change in response, that is from your big step on the throttle to increase the power to the impeller rotation will be more air into the engine to obtain a greater power between the existence of a time difference. It is also necessary to increase or decrease the engine power output by adjusting the turbocharger for at least 2 seconds.

2, to speed up the problem
With the advancement of technology, although the use of turbocharged manufacturers are in the turbocharger technology to improve, but because of the design principles, so the installation of the turbocharger car driving up feeling and large displacement of the car There is a certain difference.


How long is the life of the turbocharger?
In fact, for the turbocharged engine, the engine itself is relatively long life, said here is the main turbocharging system, the system because of high temperature and pressure work, so the life of the early product life than the engine part of the slightly shorter, Generally 8 to 10 million km! At present, turbo technology has been very mature, and now the life of turbocharged engine can be maintained at around 250,000 km. Such as Citroen 1.6T design life of about 10 years 24 million kilometers, GM 1.4T design life is about 250,000 km.

The turbocharger is a high temperature component because the gas that drives it flows directly from the exhaust gas from the cylinder at temperatures up to 900 ° C to 1000 ° C and at full load, the turbine can run at speeds of up to 180 ° C per minute Such as the harsh working conditions of the turbine will have some impact on the life of the engine. But did not imagine so serious, the engine ontology, or quite anti-resistance.

Turbine at such a high temperature but also to do such a high-speed operation, it requires particularly efficient and stable lubrication conditions. But also in high temperature and high pressure environment, the supercharger of the various components and lubricants must have good high temperature resistance and sealing, so the turbocharged engine should choose high temperature, good oxidation of high quality oil. At present, the vortex increase part of the general 10Wkm before no major maintenance, only need to do maintenance on the line, 10Wkm after the start of maintenance, relative to the self-priming engine, the maintenance costs began to reflect.

Turbo life to the engine problems?

There is a misunderstanding, the engine life to, not to say that the engine has been used rotten, and here refers to the "life" is the aging life of the turbine blades, more than this time, the efficiency of the turbine will be worse, can continue to use. And if you maintain good, or use properly, the life of the turbine blades will be further extended, the engine will not be damaged.

As for the turbocharged engine life, the master felt that the specific have to see the owner of the usual use and maintenance, some people open tens of thousands of kilometers will be a problem, some people open to the scrapped will not be a problem, or to pay attention to normal Car habits.
What about the turbocharger?

1, good oil is very important
As the turbocharger in the use of the process of high temperature, and its structure is rather special, so the oil selection has special requirements. Ordinary gasoline engine models used in the maintenance of oil can not meet the requirements of the use of turbocharged models. So in the maintenance process must use the turbocharged vehicle dedicated oil, do not greedy small cheap.

2, cleared carbon
As many cases in the city road driving "T" car turbocharged system does not play a big role, long-term traffic jam may produce carbon deposition. Coke too much, both affect the engine work, but also easy to endanger the turbocharging system. The proposed owners in the 20,000 to 30,000 kilometers during the maintenance of vehicles for the removal of carbon deposition.

3, keep the turbine clean
The biggest feature of the turbo engine is the high power, low fuel consumption, which relies on its sophisticated design and manufacturing process, but also determines its harsh working environment.Therefore, it is very clean cleaning requirements of lubricants, any Impurities and parts of the friction damage are very large. Such as large particles of pollutants in the engine speed of 4000-6000 turn in the case, will make the neck, cylinder wall, bearing surface quickly pulled into strips; small particles of pollutants to form the surface of the machine lin, In the case of high-speed operation prone to fragmentation.
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With the "Apollo Plan", Baidu will be able to lead the unmanned leap forward? Mon, 17 Jan 2022 17:16:18 +0800
Nearly a month ago, Baidu chairman Li Yanhong sat in an unmanned car, driving on the Beijing Fifth Ring became Baidu high-profile announcement of its "Apollo" technology began. Baidu to the United States once again named the new plan, you can see in the BAT three major Internet giants in the past few years the weak momentum of Baidu, hoping to use the technology in the unmanned driving the Group's overall breakthrough.
It is now too early to discuss whether unmanned vehicles are on the road from the legal point of view and who is responsible after the traffic accident. A more straightforward question is, from this brief show, you can see Baidu in unmanned technology on the real strength of it? And Apollo plans to give China's unmanned development to bring qualitative change, just as Google announced in previous years, smart phone operating system Andrews open?
No one is driving a gimmick?
To answer these questions, first of all it should be understood that what is unmanned. Unmanned technology is a very broad concept that contains a lot of car-assisted technology. In simple terms, unmanned vehicles rely on car sensors (laser radar) to return the data stream "listen" and "see", through the GPS positioning system and high-definition digital map to identify the geographical location. The technology of the brain is a high-precision digital map, high-definition digital map is a huge terrain database, stored in unmanned vehicles, and the eyes are a variety of sensors.
In some places, unmanned driving is also known as the ultimate goal of intelligent driving, the concept has been reduced to a specific stage. At the international level, some agencies have conducted unequal division of unmanned vehicles. There are currently two more authoritative bodies. One is the American Society of Motor Engineers (SAE) and the other is the US Highway Safety Administration (NHTSA). Roughly as follows:
The same time as the above-
Relatively speaking, the US Highway Safety Administration (NHTSA) five-level division of the standard in the global application of a wide range. If you use a more intuitive explanation, the 5-level division is roughly as follows: If a car is only in the direction of travel or lateral control, for the automatic level. If both with vertical and lateral automatic control, for the automatic two. On this basis, if the car on all the perception of the environment, is completed by the car vision, it is three. On the basis of the first three, if the whole driving to form a "closed loop", it is four. The difference between the four and five is that the four is the local road conditions (highways, suburbs or urban areas), five is the whole situation all-weather.
The 5-level "popular explanation" comes from SAIC. For example, we are familiar with the EPS (automatic anti-lock) belong to this classification level, "automatic parking" and "lane to maintain" belongs to three. And this China's largest car group in the unmanned choice and Alibaba cooperation. SAIC was expressing a meaning in this interpretation - the higher the unmanned level, the longer the system's TFC, the higher the integration and integration of the vehicle system, the greater the importance of software control. This is also the reason for SAIC and Alibaba cooperation, Alibaba's cloud service and its high German map, can provide a systematic solution.
It should be said that Baidu in AI is indeed quite achievements, but the automatic driving car in fact with the "external force" and many. Such as the day showed unmanned vehicles, sharp eyes have been found in the car hanging at the beginning of the "Soviet" license, which is Baidu and Bosch jointly developed products, and Bosch for the car to provide sensors, related hardware and vehicle positioning service. But this display technology products, in fact, poor performance.
The same time as the above-
For example, there are professionals questioned that the unmanned motor vehicle in the first long-term cross-lane driving, did not guarantee the safety of the case under the dotted line, squeeze the normal driving after the car right, then more exaggerated is the solid line and line, The occupation of the normal driving after the road right, all kinds of illegal. That line and line twice, if the car does not brakes certainly hit. Of course, we question Baidu's unmanned technology, in fact, little significance. For the Apollo program, the more important points are not with this - how many car prices will be involved?
What is the real participation of car prices
Baidu Apollo plans to announce the scene, there are Chery Automobile, FAW Group, more than a dozen auto companies logo appears, but in addition to Chery and FAW Group, there seems to be no more open to make a statement. In fact, in the past few years, many car groups have announced in the unmanned field of investment research and development. At present, China, including Changan, Dongfeng, Geely, and so have the test on the road, more radical Changan in the last year also conducted a long distance test. To car companies to give up the current R & D results, instead of direct use of Baidu's technology, the current point of view or have great difficulty.
There are plans in the Baidu Apollo car dealers in the matrix of the car to the media that Baidu is only reached an intention, and no actual cooperation, hang a name only. Basically, the car to give up their own routes, turn to become a hardware manufacturer, car manufacturers are most reluctant to see the development trend. Baidu has also reached a cooperation agreement with BMW, but in 2016, the two companies announced the termination of unmanned vehicles research cooperation. BMW claims that "the two companies R & D philosophy is different", and Baidu had to find a new global research partners.
For car prices, in the era of automatic driving, on the one hand to keep driving the sense of fun, on the other hand to be technically possible to differentiate, to form their own characteristics. This is why all the current vehicle group in the unmanned driving their own heavily, choose a different company to cooperate. Of course, the Internet business is such a "little mind." For example, in China, basically to BAT formed a "three pillars" of the competitive situation, Ali Department, Tencent Department, Baidu each have their own partners, which basically disintegrated Baidu hope to open dominate the world of ambition.
The same time as the above-
At present, Alibaba and the Shanghai auto car relations closely, and Tencent and Changan, Audi and other cooperation, Baidu and Chery, etc. to cooperate. Audi is currently the first to achieve the third level of automatic driving production enterprises, compared with Baidu on the road that day the automatic driving technology is only "pediatric", technically not mature. In fact, Changan has also been a long distance from the automatic driving, the overall performance is better than Baidu this time.
From another point of view, car prices for the use of open technology is very cautious, after Tesla has opened almost all of the patented technology, but the car companies are interested, still focus on developing their own unique technology. This is the result of competition. And from one aspect, the vehicle business in the automatic development of the degree may be far more than the Internet business. At present, such as Mercedes-Benz, Ford, Audi, GM and most other enterprises in the L4 level of automatic driving, L4 is already fully automatic driving, Audi has the world's first mass production L3 level car, limitation. While Mercedes-Benz, BMW recently announced that in around 2020 will launch L5-level automatic driving car.
Internet business ambitions for the port of the car has been going on. From the rise of the Internet in the past two years can also be seen. But with Apple, Google and so have to give up the plan, with music and other Chinese companies in the morning car in trouble, the Internet is actually actually in name. How the Internet and the car business combination, and automatic driving, especially unmanned implementation, the need for multi-party participation, rather than a force can be completed, which is an industry consensus, which requires vehicle companies and parts enterprises and Internet companies three Between the union.
Right now, before the business model and the technical route are not determined, it should be possible to maintain the state of the hundred schools of thought may be the best. Each participant should do his best for the industry. This may be a better way for the industry.
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Antilock brake system - what is ABS and how does it work? Mon, 17 Jan 2022 17:16:18 +0800
New drivers encounter this situation will be worried: is not a car failure?

But if the old driver met, maybe will know ... stepped out of ABS.


Anti-lock system (antilock brake system) referred to as ABS. The role is in the car brake, the automatic control of the brake brake force size, so that the wheel is not locked, in the vehicle emergency braking, to provide a higher safety factor.

Before understanding what anti-lock, we first come to understand what is locked

Under normal circumstances, when the driver when the brakes, the tire will stop because of the work of the brake system, the car will stop.

But if the road in the wet road, the ground friction greatly reduced. After the brakes, the wheels stop turning, but the car will continue to slide forward, this situation can be understood as locked. In the case of wheel lock, rolling friction into a sliding friction, brake force greatly reduced. If the front wheel is locked, the vehicle will lose its ability to turn; if the rear wheel is first locked, the vehicle is prone to skidding, so that the direction of traffic becomes uncontrollable.

(ABS does not work in the case of the vehicle can not be completed effectively avoid)

 ABS is an improved technology based on conventional braking devices. Its working principle is to rely on the wheels on the high sensitivity of the wheel speed sensor and the vehicle body speed sensor, through the computer control. In case of emergency braking, once a wheel is found to be locked, the computer immediately instructs the pressure regulator to cause the brake cylinder of the wheel to be reduced (reduced) and the wheel is turned.

ABS work process is actually locked - release - hold - release the cycle of the working process, so that the vehicle is always in the critical lock of the gap rolling state, effectively overcome the emergency brake when the deviation, Tail, to prevent the body out of control and so on.

I believe most people understand, ABS is the process of point brake. Then we can not use ABS, on their own feet to point the brake

ABS can play a brake about 20 times per second effect, the equivalent of one second, your feet in the brakes on the continuous step on 20. Normal people can not achieve this frequency.

For the principle of ABS, many lions know a little, but the vast majority of Lions do not know how to use ABS, in fact, ABS use is appropriate, directly related to traffic safety.

First, ABS work, the brake cylinder high-speed retracting action will make high-pressure brake fluid is frequently squeezed, resulting in a larger sound, the brake pedal will have jitter and the top foot phenomenon. Do not be troubled by this phenomenon when driving, in case of emergency use ABS brake to not hesitate to force the brakes directly in the end, can not relax.

Second, because the ABS emergency brake when the wheel is not locked, the front wheel is still a guiding role, the owner can brakes while driving the direction of emergency hedging.

Third, ABS system on the brake fluid requirements are very high, so add brake fluid should be strictly in accordance with the instructions on the use of the general ban on the different types of brake fluid doping.

4, ABS wheel sensors and ring gear are installed in the various wheels, so often keep the sensor probe and ring gear clean, to prevent mud, oil, especially magnetic substances attached to the surface, resulting in sensor failure or lose To the computer's signal error and affect the normal work of the ABS system.

5, equipped with ABS system vehicles should strictly follow the provisions of the tire pressure standard, while maintaining the balance of coaxial tire pressure, is strictly prohibited the use of different specifications of the tire.

Six, if the driving process in the ABS indicator light, indicating that the ABS system to stop the work, the general brake system can still work effectively. However, in order to restore the safety function of ABS, it is recommended to go to the service station as soon as possible to check
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The seven parts are regularly replaced, so that your car never overhaul! Mon, 17 Jan 2022 17:16:18 +0800
So, what car parts are vulnerable parts, need to be replaced regularly?


1, three filters: air filter & filter and steam filter
Air filter: filter block serious, will increase the intake resistance, the engine power down. At the same time due to increased air resistance, will increase the amount of inhalation of gasoline, resulting in mixing than too thick, so that the engine running state worse, increase fuel consumption, but also prone to carbon deposition. Usually should always develop a habit of checking the air filter cartridge.

Gasoline filter: 10000-20000 km replacement time; and one pump can be 60000 km replacement time. If you do not replace it, the oil can not be filtered so that the internal parts of the engine due to oil impurities in the accelerated wear.

Oil filter: oil replacement depends on the quality of oil, the general semi-synthetic oil and mineral oil should be about 5000 km replacement, and fully synthetic oil can be replaced 10,000 km.



2, wiper blade
Into the rainy season, the use of wiper will be more and more frequent, the owner can then check their car wiper blade need to be replaced.



The life of the wiper blade varies according to its own quality and the use of the environment. The life span is usually between 2 and 4 years. In addition, the owner before using the wiper is best to spray a little better lubrication of the glass, so as not to wiper blade "dry scraping." In the purchase of wiper blade, the owner can touch the surface of the rubber wipes with your fingers, if you find the leaves aging, hardening, cracks, rubber leaves are not flexible, can be judged as shoddy products.

3, the battery
Usually 3 years or 6 years to replace once, the only way to maintain a good battery conditions, to ensure adequate supply of power vehicles.

4, brake pads
Depending on the individual's driving habits, the life of the brakes is different. Usually 60,000 km replacement time. Brake pads are directly related to traffic safety. It is recommended to check every 5000 km. Usually, the thickness of the new brake pads is about 1.5cm. If the thickness is less than 0.5cm, it is recommended to replace it. Or once the brake pads can not brake, the occurrence of traffic accidents, it would really crash the car.



5, spark plugs
The use of too long spark plug easily lead to idle jitter, cold start difficult, and will increase fuel consumption, so the spark plug replacement cycle is best 4-7 million km.




6, timing belt
Timing belt once broken, it will lead to the engine can not work, not only cause damage to the cylinder head, but also to traffic to bring security risks. So it is recommended to change for 4 years or every 60,000 km.



7, brake fluid
Proposed 2 or 50,000 km replacement time. Although the brake fluid is very common, but also related to traffic safety, if the brake fluid expired, it will occur emulsification deterioration, resulting in brake failure, is very easy to lead to traffic accidents.
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Today changed one brake pads lost 4800 yuan Mon, 17 Jan 2022 17:16:18 +0800 Today, a Touareg shop to replace the brake pads, Touareg before and after the brake pads have wear alarm function, the brake pads wear to the limit, the instrument will alarm, but can not show the front wheel or rear wheel brake pads. There is a common sense to remember whether the brake pads need to be replaced, do not use the thickness of the outer brake pads to determine whether the need to replace, because the inside of the brake pads are usually more than the outside wear.

Inside and outside the brake pads are installed alarm line.
The replacement process is very simple, here is not a detailed said. Talk about why lost 4800 yuan. Because the replacement of the brake pads need to lift up, ordinary vehicles directly driving is no problem, but the Touareg equipped with front and rear air suspension, equipped with air suspension of the car, there will be lifting mode or jack mode, the two mean Is the same, this model is to lift the vehicle when the first need to set the model. As long as equipped with an air suspension of the car, the user manual will indicate this step.

The red arrow is the airbag
Some people may say that the maintenance time has never seen the mechanic set the model, I want to say is, one, because the setting is very simple, you may not pay attention. Second, if not set, direct car, not necessarily damage the airbag suspension, but there will be a chance to cause damage to the balloon.
Why is it damaged? The reason is: Touareg itself is too heavy, the descending speed of the lift is relatively fast, four rounds at the same time, the air pressure within the airbag increased instantly, the airbag burst. So in this case the damaged airbag, often the car down to the lowest point.

German imports
How to avoid this situation, one is to set the lifting mode, the second is to slow down when the time must be slow, but the speed is not good control, especially with the jack, the tire of the friends should know that the jack pressure is very fast , Coupled with the use of airbags for a long time, accessories aging, if the clever, even if the slow down the pace, may also encounter the situation burst.

So we require all vehicles equipped with airbag suspension, lift, you must set the lifting mode. Today, the master careless, dropping, the suspension down to the lowest, according to the lift button no response, contact the public 4S shop in the import of friends, told the ball must be broken, and only replacement. This week is white dry, and four airbags 4800 yuan.]]>
Gearbox to overhaul before the 8 major signs Mon, 17 Jan 2022 17:16:18 +0800
1, hanging file difficult

There are still many people practicing manual block technology, a foot brake, a foot clutch, hand shift lever, and music is not he, willingly. Despite the simple operation of the manual gear, manual gearbox is still possible to go wrong.
The common problem is that when you press the clutch pedal and try to move the shift lever, the gearbox can not hang up the gear. This may occur when it stops from entering the first gear, or it may be shifting up or down. Common reasons include the transmission fluid is too low, the gearbox fluid viscosity is not (fluid viscosity is too thick), or shift cable or clutch linkage need to be adjusted.

2, automatic transmission can not upshift

On the way to the automatic transmission can only rise 1 block, can not rise 2 block and high speed gear; or can rise 2 block, but can not rise 3 block or overspeed.
Should check the adjustment throttle cable and throttle position sensor; check the speed sensor; check the gear switch signal. Measure the governor oil pressure, if the speed increases after the governor oil pressure is 0 or very low, indicating the governor is faulty or oil spill. If the control system is fault free, check the automatic transmission, check whether the gearshift actuator is skid, check the clutch, brake cylinder or piston for leaks with compressed air.

3, the production of odor inside the box

Gearbox is to work by hydraulic oil, when the oil temperature is too high, will produce some burning, these smell will come out, which means that some of the actuator parts of the gearbox work is not normal. Automatic transmission is different from the normal gear mechanism of the manual transmission, the structure contains multiple sets of friction and brake pads, while the use of special hydraulic shaft. Gearbox oil due to different models, the friction coefficient will be different, so the owner in the choice of transmission oil, try to choose the original oil, the use of original oil products can maintain a good mechanical gear, to extend its service life (car Maintenance manual will be prompted to use what type of gearbox oil).

4, slip gear

Normal operation of the gearbox, when the car stops, the gearbox gear should stop at your designated gear, perhaps the computer specified to maintain a certain range of speed range until you or the computer launch shift. But the gearbox gear automatically slide, the car can consciously jump out from the drive gear, turn to neutral. At this time the owner should be careful, should be issued to the car in time to repair 4S shop.

5, into the block car does not move

After the start of the car will be hanging D or R block, the release of the brakes, the vehicle without any reaction, do not move forward. Manual hanging 1 block, release the clutch, the car is not driving.

It may be that the gearbox input shaft or the reverse gear clutch is damaged, or the D / R brake is damaged. It is also possible that the gearbox is leaking, resulting in a serious lack of gearbox oil, or a connecting rod or cable between the vehicle shift lever and the manual valve rocker, causing the manual valve to remain in neutral or parking position.

6, oil spills

Gearbox oil and engine oil similar, mainly from the lubrication, cleaning, cooling, rust, sealing. When the gearbox is in operation, there will be high temperature and high pressure. If the gearbox is leaking, it will need to replace the gear according to its wear. You can ask the repair staff in the dissolution of the gearbox when there is no gear grinding, if you just change the gearbox oil and sump, then open two hundred kilometers and then check the shop to check.

7, automatic transmission abnormal sound noise

The car at idle or driving and high-load driving process, hear the transmission has abnormal sound, or even a lot of noise, in the gear when the rhythm of the rhythm of the switch. Long-term high temperature conditions, gearbox oil wear resistance and lubrication performance degradation, gearbox bearings, gears, parts wear or serious wear, or gear side damage.

8, automatic shift time is too long

General automatic gearbox is a specific shift speed and speed, if you find the shift time suddenly too long or too short, which means that the gearbox transmission ratio is not proportional, and will feel the engine speed is too high, the situation What is worse is the gearbox does not shift, which shows the gearbox is a problem.
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How the good driver is made! Mon, 17 Jan 2022 17:16:18 +0800
General long distance brakes

Encountered a better road conditions, the distance intersection with traffic lights, whether in a red light, yellow light to green light state, or green light state vehicles should be slowed down, ready to stop or low speed through the intersection. Long distance brakes to be completely without a sense of impact, first of all, according to the traffic lights pre-sentence, slow throttle, and then continue to slow down.

Many newcomers or learners of the school, after receiving the brake command, due to lack of experience, directly on the rough brakes, so not only ride comfort is poor, but also affect the security (prone to rear-end), the other fuel consumption also affected.

So if the distance is enough, you can not stop the brakes to keep the vehicle inertia to keep the vehicle in the low speed taxi; if the distance is not enough, in the oil, the light on the brakes, let it slow down until the vehicle stops or low speed, which is the driver The distance, speed, braking performance of the comprehensive judgments, the need for time accumulation and their own vehicles have a certain understanding, but if it is a new car, it is best to have a certain amount of redundancy in advance.

Compact road with car brakes

Urban morning and evening peak period, the main trunk is basically in the car driving state, the need for frequent use of the brakes. Old drivers are generally able to start and brake are very smooth, there is no strong push back feeling or nodded. But it should also be necessary to keep the distance, to know the domestic siege on the inserted atmosphere, but the driver's brake skills, but there are not low requirements.

Reasonable approach is to be reasonable according to traffic conditions to reduce the speed, when the car began to start the brake (brake light lit) will be on the brake pedal, uniform force, smooth deceleration to the vehicle speed is basically the same, keep the brake pedal Position, and then observe the speed of the car before the change, adjust the brake strength. Attention to a high degree of concentration, always with the car to keep the same speed smooth with the car.

Complicated mountain road brakes

Mountain road traffic first reasonable control of the speed, often encounter narrow road, turn and accompanied by the downhill, must take preventive braking, to avoid emergency braking, mountain emergency braking, it is easy to lead to vehicle skid, out of control, very dangerous.

Reasonable approach is to drive in accordance with the limited speed of driving, in case of turning and other tips, ahead of the oil, and light on the brakes, but the release of the brake pedal faster than the flat road, so as to ensure that the speed will not be excessive decline. Manual gear models due to the rapid decline in speed is likely to lead to stalls inappropriate situation, too low stalls will make the body shake, so the mountain brake should pay attention to timely shift, if your hand is more tide, or more practice, or Simply buy automatic gear.

Long downhill brakes

Long downhill, with the role of gravity work, even if not to the oil, the vehicle speed will be higher and higher, this time remember not to let the vehicle speeding. Many new drivers will brake downhill, to avoid faster and faster speed, in fact, this is wrong, the vehicle brake system for a long time after work, there will be a thermal recession, resulting in decreased braking performance or even failure. The correct approach is to put the gearbox in the lower gear, make full use of the engine brake, and appropriate light on the brakes, and then slowly put away, continue to light on the brakes to ensure that the speed control in the safe range.

Turn brakes

Detours to follow the brakes before the brake, slow down slowly into the bend, then accelerate the bend. Bend on the brakes at the same time to fight the direction, along the curvature of the arc at any time to adjust the body posture. Can not slam the brakes, especially the outer lane of the vehicle, so as to avoid the body out of control.

Rain road conditions brakes

Driving on a dry road, the speed increases, the coefficient of friction between the tire and the ground is almost unchanged, and in the slippery road, the friction coefficient will become smaller as the speed increases. This is equivalent to the braking force also decreases with the friction coefficient, and the braking distance is correspondingly increased. If you are not a driver of experienced drivers, then the rainy day of the braking distance is difficult to have an accurate judgment, then we must ensure that the car with enough distance, and the speed should not be too fast, listen to traffic tips Driving, this will also reduce the accident rate.

Driving in the rain, will inevitably encounter the road area water area, but not to see the water on the flash, or immediately hit the brakes slow down, which is the common problem of most drivers. In fact, both methods are very dangerous. Left flash right to avoid undoubtedly after the driver did not know how to avoid, to increase the occurrence of rear-end accident; in the water area or in the water area before the brakes, but also very dangerous, and other brakes are also prone to rear-end accident. In the event of a slip in the car, the brakes have no protective effect, and the brakes can lead to other more dangerous situations.

Emergency brake

When driving, no one wants to encounter an emergency situation, but this is not a personal will for the transfer. Encountered an emergency, it is not light on the brakes, this time do not be afraid to nod, and directly to the brakes in the end. For vehicles without ABS system, you need to step on the first step, the rapid release of the brake pedal and then step on the pedal in the end.

There is also a very critical place, that is, do not patronize the brakes and forget the steering wheel control. Many people a moment of mind blank is largely forgotten the control of the car, pay attention to the emergency braking is to fill through the moment you fill the moment of the mind blank, because the zero a few seconds time if you are effective as a very likely To avoid a traffic accident. If you can let the car through the heavy brake in front of the obstacle is good, if you really can not, then you have to consider can not avoid. Emergency avoidance is the brake and the line, the essentials are in the direction of heavy brake at the same time, bypass the obstacles, and line to the next lane.
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How to maintain the brake pads and extend their using life-cycle? Mon, 17 Jan 2022 17:16:18 +0800 For the maintenance of the brake pads, the most direct and helpful mean is timely replacement and learn to drive using the engine brake. However, due to each driver uses the pedal in different frequency and intensity, it is hard to define how long it will take to be changed. Generally, when the using mileage is about 25,000 – 30,000 km, it is time to change it. In case of mixed driving (half on the road and half on the urban area), the brake pads in the front wheel are supposed to insist above 60,000 – 70,000 km, however the brakes of rear wheels are supposed to be used more than 100,000 km. In some cases, when the driver go up and down hills braking all time he speed up the wear, is very important to learn how to use the engine brake.

 

So, what kind of circumstances reminds us to replace the brakes?


1.         When the brake pads thickness is less than the standard recorded in the vehicle manual.

2.         If you can see the alarm from the computer or harsh sound from metal friction.

 

Finally, there are some tips about how to maintain the brake pads. First of all, we can't wait to change it until the friction material is completely worn, because we can damage the rotors. Secondly, after change the pads is recommented pedaling the brakes, in order to eliminate the gap between brake pads and discs, then we will brake softly, without pedaling so strong to bed the pads to the rotor, as general, 200km at least, then new brake pads will reach the best braking effect with less wear.

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Auto parts encountered these eight faults, teach you easy to solve! Mon, 17 Jan 2022 17:16:18 +0800
Failure reasons: Although many vehicles are using maintenance-free batteries, but if the battery is a problem, often difficult to find. In the journey, the battery voltage failure occurs, will cause the engine can not start.

Battery power is usually two cases, the battery life is generally 2 to 3 years, the battery life expires, it will suddenly stop in a parking; there is a long time we listen to the radio, forget the headlights, and anti-theft device Prolonged alarm, etc. caused the battery no electricity.

Suggested approach:

1), pulled by other vehicles, dragged to start. 2), borrow the power of other vehicles to start. ), The use of downhill launch.

1) Trolley or traction, if someone can assist in the use of traction or cart method, specifically into the car after the second gear, and then slam off the clutch does not lift, the person will push the speed of the push directly after the clutch , Make some oil, then the car will start. If the use of traction, the same method, but must pay attention to keep the distance.

2) the use of battery cable method, borrow other vehicles to charge the power, the specific method is: to prepare two relatively thick wire, if the market is purchased, generally divided into red and black. You can put one end of the red line to the front of the trolley battery, the other end of the battery received a positive charge. One of the black lines received the negative pole of the battery, and the other was connected to the metal part of the tram.

There is a tram to start, to drive the loss of the car car. Here we have to emphasize that the power supply of the car should be in the running state, the first to take the positive pole, and then lap negative; start, the first loose negative, and then loose pole pole. This can prevent the first take the negative after the middle of the accident to the positive and the body encountered, resulting in short circuit.



2 oil shortage alarm light

Failure reasons: oil red light, if not the sensor failure, the engine is generally lack of oil, in the absence of oil to continue driving, it is likely to cause the piston to break the cylinder, the car will suddenly turn off, not only very dangerous, then The maintenance costs are also high ah.

Parking check

1) Some cars are burning oil, the owners should be very experienced, you can add matching oil. In the open suburbs without other vehicles to help, but also had to move forward, near and can not buy oil, you can temporarily to some stalls to buy soybean oil or peanut oil temporary, open to the repair shop should immediately change the oil, otherwise it will leave A lot of coke. At this time the last resort. If there are other vehicles, you can borrow oil from them.

2) If you do not accidentally hit the tank caused by oil spills, near the maintenance location, we can chew the chewing gum, paste in the fuel tank oil spill site, because the chewing gum can be tightly blocked after the dripping parts, very good The role of the emergency.

3) If it is due to damage caused by oil damage, do not add oil, and request road assistance.

3 The brake light is on

Failure reasons: If we encounter a long brake on the brake warning light, this time that brake fluid surface is not enough, the brake system may have leakage.

Especially to remind: at this time should not continue to drive, you must promptly add brake oil purchase, if the environmental factors can not buy brake oil, you can buy a high degree of liquor temporarily replaced, will not affect the braking effect, but not frequent brakes, emergency Should immediately open to repair shop repair.

Before the trip to detect whether the normal braking system, including: the degree of wear of the brake pads, but also pay attention to whether the oil is sufficient. Brake system of the pump dust cover should pay special attention, because if this component rupture into the dust, will lead to piston failure, resulting in car brake braking distance increases; if this component water, because the brake oil Mixed with water and a brake failure. Therefore, whether it is dust into the water or dust, must be a comprehensive brake system testing and maintenance treatment, to prevent long-distance driving brake failure.



4 sudden puncture

Puncture is a high-speed driving accident and dangerous situation, the specific performance is the steering wheel suddenly flick, followed by the "bang" a loud noise, the front with a partial ... encountered this situation is often encountered burst Tires, the tire will lose most of the air in a very short time (less than 0.1 seconds).

Emergency treatment: front tire: must shake the steering wheel, adjust the front, the action should be gentle, can not repeatedly beat the steering wheel, but can not hurry on the brakes, and other vehicle speed gradually slow down and then tap the steering wheel. Smooth parking after the car erected warning triangle, to prevent the second accident.

Rear tire: the car will show an unstable state, resulting in a slight force, so that the car tends to puncture the side of the tire. At this point should be used to reduce the way the oil will slow down the car. Rear wheel puncture is not very dangerous, just hold the steering wheel can be.

5 brake failure

This is a very small chance of occurrence, but one of the most serious problems in long distance travels should be calmly to ensure safety. Usually the lack of necessary maintenance of the brake system, improper operation leading to mechanical failure, or serious overload, will lead to brake failure.

Emergency treatment: 1) brake failure, the brake can be used to brake, but to control properly, can not pull the handbrake, otherwise it will cause the hand brake wire rope because of excessive force broken, so that the hand brake failure or vehicle rear wheel lock, the vehicle also It is easy to get out of control. Slowly pull the handbrake, several times to tighten, release, tighten, loosen the way to slow down the vehicle to stop. It should be noted that the handle of the handle when the handle to press the handle of the insurance button, so that the handle can be tightened in the process of relaxation, easy to prevent the hand brake when the tightened.

2) manual car can also be forced down by the reduction of parking. The specific approach is: directly into the second block, and then throttle, lift the clutch, then the vehicle will have a brakes like feeling, and then wait for an opportunity to hang in a block, this time you can turn off the power, the use of engine cylinder compression The role of the vehicle parking.

3) If it is in some downhill and other dangerous sections of the brake failure, in order to prevent further expansion of danger, if necessary, the use of roadside mud mud, haystacks, road ditch, woods, rocks and other obstacles to the vehicle resistance and parking.

6 steering problems with skidding

Slip is the vehicle rapid acceleration, sudden braking or start when the torque is too large and the lateral swing phenomenon, the vehicle slip is likely to cause the accident

First of all can not panic, this time just release the throttle, light the brake will make the car back to the correct track up, if the steering angle is too large, can be slightly back about the steering wheel, can eliminate the phenomenon of understeer.

1) before the brake over the brake, resulting in the body load forward, the higher speed, steering later and eager to correct the direction caused by the side slip, should release the brake pedal, reverse light back direction, so that the drive wheel to restore traction The

2) emergency brake to produce side slip, should immediately stop the brake, to the direction of the rear wheel to play the steering wheel, but the speed and amplitude of the steering wheel must be moderate.

3) high speed, turn to the hills caused by the slip, should release the throttle to reduce the speed, at the same time according to the speed and the occurrence of side slip state, to the side of the side of the sliding side of the steering wheel, the car out of the sliding state.



7 sudden fire

Emergency treatment: 1) small fire: If found early, the fire is also limited to a small part of the fire, and only a slight smoke, this time generally use their own fire extinguishers can resolve the crisis. If there is no fire extinguisher, want someone else to help, and with blankets, sand cover the fire may also be extinguished.

2) in the fire: If the engine compartment has begun to smoke and flames from the gap sprang, then the fire has developed to a more serious level, do not open the hood to prevent air convection to increase the fire. At this time you can pull the lock wrench, so that the hood leak a seam, and then spray fire agent inside, until there is no smoke before stopping. At this time to open the hood, clean up work.

3) fire: If the car has ignited the raging fire, and more than 3 minutes did not effectively fire, then the car should have been the whole body at this time the fire, the situation has been difficult to control, this time the most correct way is to choose quickly and thoroughly, Timely evacuation of passengers and crowd, to avoid the damage caused by the explosion. "

8 step on the throttle when there is delay or frustration

Failure analysis: If the vehicle at the start, speed step on the throttle when there is delay or frustration, you do not think that only affect the speed, the vehicle is likely to appear serious oil or circuit risks. Once the engine on the way out, will lead directly to the steering and brake failure.

It is recommended that the vehicle should be repaired in a timely manner, and the vast majority of vehicles will rely on the engine to provide power, drive steering and brake pump hydraulic drive system to work, if the engine lost power, the driver manually operated steering and braking , Basically impossible to complete effectively. You may wish to try, the vehicle stalled, the steering wheel unusually heavy, the brake pedal will naturally rise and stiff, brakes difficult to place.
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Analysis on the Seven Faults of Automobile Braking System Mon, 17 Jan 2022 17:16:18 +0800
First, the brakes weak

It is likely that the pressure transmission line is depressurized, resulting in failure to provide brake force in time. At this time should be promptly to the regular brand shop or garage for maintenance.

Second, continuous brakes, pedal position increased, and a sense of sinking
There is no doubt that this is the oil spill.

Third, when the brakes trembling
Excessive wear in the car, the flatness of the surface of the brake disc to a certain extent has been inaccurate, if such a situation, it is recommended that you go to the regular brand shop or repair shop for maintenance, grinding the brake disc, or directly replace. General car age is relatively easy to happen this phenomenon.

Fourth, when the steering wheel "bias brake"

When the brake is about to stop, the steering wheel will be deflected to the side, the main reason is because the brake system left and right cylinder on the brake pads due to uneven force. However, in the normal driving process, because the brake disc rotation speed is very fast, the role of uneven pump in the fast friction is not obvious, so we are difficult to detect.

Fifth, when depressing the brake pedal, the pedal does not resist the rebound
At this time to determine whether the brake fluid is missing, brake cylinder and pipe joints are leaking, the main pump and pump parts are damaged and so on.

Sixth, the brakes harden

Many female drivers will encounter the problem of hardening brakes, brakes hardened mainly due to failure of the vacuum booster brake caused no help, frequent brakes caused by the resulting.

Seventh, the brake becomes soft

Brake softening is the abnormal braking force weakened, this failure usually for three reasons: the first is the pump or the master pump is not enough oil pressure may occur; the second is the brake failure, such as brake pads, brake Plate; the third is the brake pipe into the air, if the continuous foot when the pedal height slightly increased, and a sense of elasticity, indicating that the brake pipe into the air.

Above is the brake brake system common some failures, if your car appeared in these aspects of the fault, please immediately stop the inspection, to avoid a momentary mistakes caused by the accident.
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Seven common sense about spring car maintenance Mon, 17 Jan 2022 17:16:18 +0800 As the saying goes: one year is the spring. Although the spring is neither winter cold nor rainy summer, but still can not ignore the car's conservation.

1. Check that the tires are on the same level
It is easier to find problems such as tire dislocation on flat roads. To ensure that tires on the same level can prevent premature tire wear.
 
2. Replace the spring and summer oil
The engine is the heart of the car, that oil is the heart of the blood, so the replacement of oil on time, for the maintenance of the car is very important. Winter use of oil viscosity is low, to the need to replace the spring, which is conducive to the good operation of the engine.
 

3. Car disinfection
Due to the short time of winter car owners ventilation, leaving the residue, perspiration in the spring environment is very easy to cause mites and a variety of bacteria breeding, coupled with many of the car can not see the invisible dust, oil and debris produced by mold Of the smell, so the car for a thorough disinfection is also very necessary.
 
4. Replace the wiper in time
Due to the low temperature in winter, the wiper blade may be aging and so on. With the arrival of spring, rain increased, wiper use frequency will gradually increase. You can use your fingers on the rubber wiper film touch, check for damage and rubber leaf elasticity. If the leaves aging, hardening, cracks, it should be replaced in time, it is best for no bone wiper blade.
 

5. Check the wear level of the tire and brake pads.
Every year we should check the tire tread regularly. In the inspection not only depends on the degree of wear, but also to see if the tire wear evenly.
 


6. Car paint
Spring rain may contain more acidic substances, so it will cause damage to the car paint. This time the driver of the best friends to give the car a beauty, the simplest is waxing.
 
7. Check the car battery
Just after the winter, if you live in the cold north then you need to check your car battery now. The cold weather is particularly damaging to the car battery and the reliability is reduced. If your car battery is used for more than 4 years, please change it in time.
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Is pilotless automobile the first step for us towards the Artificial Intelligence? Mon, 17 Jan 2022 17:16:18 +0800  
 In February 2016, the US Department of Transportation recognized officially that AI unmanned system from Google can be identified as a driver.
 
  In September 2016, the US Department of Transportation announced the Automated Driving Guide, known as “the most comprehensive autopilot policy in the world”.
 
However, recently there some car accidents caused by unmanned vehicles.
 
 Since they began to develop the driverless car, a total of 18 accidents have occurred until now.
 
 In May 2016, Tesla pilotless automobile made the first car accident caused by the autopilot system and led to death finally.
 
 A few months ago,a pilotless automobile from Uber collided with another SUV while conducting its road tests.
 
In a report entitled “The Race to 2021: The State of Autonomous Vehicles and a “Who’s Who” of Industry Drivers from Altimeter, a Prophet Company” is mentioned that, 2021 it’s a time for the carmakers who committed to finish the development of full self-driving car.  Even though the unmanned vehicles have not been fully popular, various cities and communities will gradually begin to get used to the changes because of technology. From this report, we can predict that the development of unmanned technology not only could promote the revolution in the automotive industry, but it will also potentially help to upgrade the urban infrastructure. As more and more consumers choose the self-driving cars, thus the plenty of lanes, street lights, road signs and obstacles are required to invest a certain amount of money to be transformed in the near future. There are still some gaps in the regulation of pilotless automobile. Therefore, the government will face a big amount of challenges about how to regulate the self-driving cars and drivers.
 
Obviously, not all the people can accept this changes, how to guarantee security of pilotless systems is the biggest concern of all consumers. So now many companies have attempted to provide the new business “semi-automatic driving” car to consumers in order to reduce their anxiety. For example, Tesla published the Autopilot System in its own models for more than one year. And Uber also offered the unmanned taxi service in Pittsburgh, US, since last year.
 
However, what kind of changes will bring in our lives? Nobody knows. We have noticed that the automotive industry is taking an unprecedented technological revolution. Emerging unmanned cars will take the lead to encroach on traditional car industry. In the future, the goal of auto industry is no longer to make sure that everybody has its own car, until now too many Silicon Valley companies have put forward a new type of business “Car sharing”: For users, we don't need just the ownership of a car, but also the right to use is important. For the companies, the vehicles are more likely a tool of contact to transmit information between the company and the consumer.  It is predicted that in a few years, a new development model of auto industry will be “Unmanned Car + Car sharing”. The advantages are very clear, which means it could reduce our travel costs. And self-driving system will probably decrease the number of car accidents. Also, this new type of technology can protect the environment and reduce carbon emissions.
 
When will the unmanned car be involved in everyone’s life? There is no answer. Maybe one day, the man who takes the package to your home is no longer a courier but a pilotless automobile with automatic navigation system.
 


Is pilotless automobile the first step for us 
towards the Artificial Intelligence?


 In March, 2015, an Audi SQ5 which featured the Delphi Automated Generating Method, Journeyed from 
San Francisco to New York. Right after about a 5,500 km Extended Escape, it Started to be the Extendedest Actually 
unGuyned cruise trip so Much and Nearly 99% of the Part driven by the Delphi Method.
 
 In Feb . 2016, the US Division of Transport recognized officially that AI unGuyned 
Method from Yahoo and google can be identified as a driver.
 
  In September 2016, the US Division of Transport announced the Automated Driving Guidebook, 
Identified as “the most Thorough Vehiclepilot Plan in the Globe”.
 
HowActually, Lately there some Auto Mishaps Brought on by unGuyned Autos.
 
  Given that they Started to Build the driverless Auto, a Complete of 18 Mishaps have Happened Right up until 
now.
 
  In Could possibly 2016, Tesla pilotless Car Produced the 1st Auto Crash Brought on by the Vehiclepilot 
Method and led to Passing away Ultimately.
 
  A Number of Weeks ago,a pilotless Car from Uber collided with An additional SUV Whilst conducting 
its Street Lab tests.
 
In a Record entitled “The Race to 2021: The Think of Autonomous Vehicles and a “Who’s Who” of 
Sector Motorists from Altimeter, a Prophet Firm” is Pointed out that, 2021 it’s a time for the 
Automakers who committed to Carry out the Buildment of Entire Do it yourself-Generating Auto.  Even Although the 
unGuyned Autos have not been Entirey Preferred, Numerous TPersonals and Residential areas will Slowly 
Start to get Applied to the Modifications Since of Technologies. From this Record, we can predict that the 
Buildment of unGuyned Technologies not only could Market the revolution in the Vehiclemotive 
industry, but it will also potentially Assist to upgrade the urban infrastructure. As Far more and Far more 
Buyers Select the Do it yourself-Generating Autos, So the A lot of lanes, Road lights, Street Indications and 
obstacles are Necessary to invest a Specific Quantity of Capital to be transformed in the Close to Potential. 
There are NA singletheless some gaps in the regulation of pilotless Car. For that reason, the Federal government 
will Confront a Huge Quantity of Problems about how to regulate the Do it yourself-Generating Autos and drivers.
 
Clearly, not all the Individuals can accept this Modifications, how to EnPositive Protection of pilotless 
Methods is the Hugegest concern of all Buyers. So now Countless Corporations have attempted to Offer 
the new Company “semi-Automated Generating” Auto to Buyers in Purchase to Decrease their Fear. 
For Instance, Tesla Released the Autopilot System in its Personal Versions for Far more than A single Yr. And 
Uber also Provided the unGuyned taxi Support in Pittsburgh, US, since Final Yr.
 
HowActually, what Type of Modifications will Take in our Existence? Nobody Understands. We have Observed that the 
Vehiclemotive industry is Getting an unprecedented technological revolution. Emerging unGuyned Autos 
will Consider the Guide to encroach on Conventional Auto industry. In the Potential, the Target of Vehicle 
industry is no Extendeder to make Positive that Actuallyybody has its Personal Auto, Right up until now As well Countless Silicon 
Valley Corporations have Fit forward a new Sort of Company “Car sharing”: For End users, we don't 
Require just the Personalership of a Auto, but also the Correct to use is Vital. For the Corporations, the 
Autos are Far more Probable a As welll of Make contact with to transmit Data In between the company and the 
Customer.  It is predicted that in a Number of Yrs, a new Buildment Product of Vehicle industry will be 
“UnGuyned Car + Car sharing”. The Benefits are Extremely Obvious, which Indicates it could Decrease our 
Journey Expenses. And Do it yourself-Generating Method will Most likely Lower the Quantity of Auto Mishaps. Also, 
this new Sort of Technologies can Safeguard the Surroundings and Decrease Autobon emissions.
 
When will the unGuyned Auto be Included in ActuallyyA single’s Lifestyle? There is no Solution. Could possiblybe A single Evening, 
the Guy who Considers the Package deal to your Residence is no Extendeder a courier but a pilotless Car with 
Automated navigation Method.
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Has been and will soon disappear with the top ten auto parts, do you know what? Mon, 17 Jan 2022 17:16:18 +0800
First, the speedometer



100 years, the generation of cars are equipped with a speedometer to show the car's engine speed and car speed and so on. However, this classic accessories will soon be replaced. More and more car manufacturers to provide a set of display, internal integration of various data, according to the needs of the driver to display. High-end models such as BMW 7 Series and Mercedes-Benz S-class, has been equipped with such equipment. And like the BMW i3, Volvo V40 will also be gradually configured, this device will be popular in the low-end models.

Second, CD player



Older tape players have been replaced by CD players for many years, but in front of new technology equipment, CD players will become history. According to CES electronic exhibition data show, with USB or Bluetooth devices connected to the mobile phone society or MP3 player has become the most frequent use of in-car music player. New playback equipment will even take the opportunity to replace the car broadcast.

Third, the ignition switch key



Emotional speaking, the ignition switch key is of great significance, can give people a sense of security. However, in actual use, its use frequency is not high. Now, a smart chip card can achieve the same or even better security effects, while using more convenient: the smart card inside the pocket, you can directly press the car to launch the button. In addition, this smart card can not only be used for engine ignition, can also be used to drive the door. At present, the French Renault has been using such technology.

Four, xenon headlamps



Into the market less than 20 years, the car xenon headlamps are also facing the threat of disappearing. In the Audi lights R & D director Berlitz view, LED lights will be buried xenon headlamps: "lighting better, while more energy efficient." At present, West Asia's compact car Leon has begun to use LED headlamps, and the new Audi A8 will also use the relevant technology.

Five, spare tire



Car spare tire takes up space and increases weight, it is very outdated. So from a few years ago, the number of cars equipped with spare tire is reduced, and more and more models using the so-called tire repair system. In the tire problems can automatically repair the defects, to maintain the driving ability of the car. According to the ADAC test shows: the use of repair system puncture probability of about 10 years, which makes the spare tire is not necessary.

Six, navigation system



Infrastructure construction and the acceleration of road replacement to the old car navigation system more and more powerless, consumers are easy to upgrade frequently mobile navigation applications more and more trust. The future, with the network mobile phones and other mobile devices connected with the server, access to real-time map data, will become a new trend in car navigation.

Seven, the window shake the handle



With the development of electronic technology, manually shake the windows will be more and more difficult to see. Remote control of the windows of the electronic window control system will become more and more models of the standard.

Eight, trunk handle



Pulling the handle to open the car trunk is the habit of people over the years to develop. But the future people may need to get rid of this habit: legs can open the trunk.

Nine, shift device



With the development of electric vehicle technology, more and more models will use electric power, and then, due to the difference between the motor and the traditional internal combustion engine, the vehicle speed does not need to change through the variable box, only need to adjust the size of the current.

Ten, the engine roar



V8 engine roar, turbocharger roar, once the car is a family of blood spray of the weapon. However, in the electric car era, sitting in the car, people can only hear the car outside the wind whistling. The roar of the engine will become the history of the internal combustion engine era.
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What’s the secret behind the bench test? Mon, 17 Jan 2022 17:16:18 +0800 Distinctive platforms to Make certain that auto parts is Risk-free and Reputable. So, how does the bench Analyze Perform? These days we are Heading to unlock its Solutions.

 
First of all, our experimenters will define the friction coefficient, Most suitable comfort (no Sound experience
and vibrations), for any friction Product at any circumstance. Throughout the Improvement of new
formulations, the friction coefficient is Analyzeed in inertia dynamometers. Soon after this Stage has
been Finished, Analyzes are Vehicleried out Straight in Autos equipped for the acquisition of the
Info Created by the Analyze.

 
After that, basically, the plenty of data about the brake test depends on the inertia dynamometer. These are fully sensor-equipped test stands, which are controlled by powerful computer systems. It is capable of measuring any parameter during the test including the rotor and pad temperature, friction coefficient, circuit pressure, turning speed, deceleration, noise,drag torque, etc. The inertia dynamometers are essentially capable of reproducing the forces generated in any vehicle during the braking process. Its operating principle is switching between the power and the energy.The conversion of the kinetic energy of the vehicle through the braking process, into heat energy,  by reproducing the energy conditions associated with the vehicle.  This means that an accurate simulation of the working conditions of the brake systemis achieved, and it also can simulate any conditions in the roadway, particularly with a view to the friction material during braking.
 
In the next place, the necessary power of the engine is determined by the inertia that it is capable of moving. The inertia masses are rotors of different diameters and weight, which determine the dimensional characteristics of the vehicle to be tested. In other words, a vehicle with a particular mass when it is moving carries an energy which has to be dissipated  when braking.
 
To sum up, the tests can be carried out with the dynamometer are very varied as the software which controls the stand can be programmed so that the required test can be carried out. There is a range of international recognized tests which are used by different companies asstandard test levels: ISO26867, ERC90, SAEJ 2521A, USCT, SAEJ 2784, etc…
 
Thus, each product of Remsa that the consumer has gotten must pass through thousands of tests. We always use the highest standards to evaluate our own products, always being similar or better than original equipment products, to be responsible for every consumer]]>
How to know if the spark plug should be replaced? Mon, 17 Jan 2022 17:16:18 +0800
How long does it take for a spark plug?

 Due to the different spark plug material, the type of spark plug can be divided into: ordinary copper, yttrium gold, platinum, iridium, platinum iridium alloy spark plugs, these types of spark plugs life is different, the corresponding replacement mileage is also different Choose to distinguish clearly.

In general, the normal use of the case, the ordinary spark plug life of 30,000 km, and precious metal spark plugs life of 6 to 9,000 km, different models of car manufacturers under the maintenance cycle is not exactly the same, so the specific Replacement cycle should also be the standard car manufacturers. Do not arbitrarily extend the need to choose the machine to replace.
      
If you find the vehicle fuel consumption increases, you can consider whether to change a spark plug, the general repair shop will recommend two or three thousand kilometers to replace, because when the spark plug is not completely damaged, but the performance has declined. In fact, this is the quality of the spark plugs, the ordinary spark plug 3-4 million for a time, platinum, iridium gold 6 to 8 million km for a time. Usually in the tens of dollars to a hundred dollars. And then find a reliable repair shop for installation, the installation process is very short, the general can personally view, so that you can also save money can also avoid the black heart repair shop to remove the car from someone else's new spark plug again.



Second, how to determine the spark plug damage?

1, real car inspection: the best under the guidance of professional operations, the owner to understand this common sense is more used to identify the maintenance of professional advice, it is best not to do it yourself.

(1) short circuit: the engine idling operation, with a screwdriver on the cylinder short of the spark plug, listen to the engine speed and sound changes, speed and sound changes significantly, indicating that the spark plug normal. Speed and sound are not obvious when the spark plug has been in an abnormal state.


     
(2) flashover: unscrew the spark plug, on the cylinder block, with high pressure line test fire, if no spark or spark is weak, indicating that the spark plug leakage or not work.



2, observe the appearance of color: the owner can learn this method, in the maintenance personnel to remove the spark plug after the judge can check their own.

Remove the spark plug to observe, according to the following appearance of color observation to determine the use of spark plugs:
     
(1) if it is auburn or rust color, indicating that the spark plug normal;


     
(2) if it is stained oil, indicating that the spark plug gap or excessive oil supply, high voltage short circuit or open circuit;


      
(3) if it is smoked black, indicating that the spark plug hot and cold type selected wrong or mixed gas thick, oil up the channeling;


     
(4) If there is a sediment between the tip and the electrode and the sediment is an oily substance, it is proved that the cylinder is channeling oil and has nothing to do with the spark plug; if the deposit is black, the spark plug is carbonized and the sediment is gray Because the gasoline in the additive cover the electrode caused by the lack of fire;


      
(5) If the spark plug is severely ablated, the top appears scarring, black lines, rupture, electrode melting and so on, which indicates that the spark plug has been damaged and must be replaced immediately.]]>
shanghai auto show 2017 & Auto parts exhibition Mon, 17 Jan 2022 17:16:18 +0800 shanghai auto show 2017 & Auto parts exhibition

Facts & Figures

  • EVENT:
    Auto Shanghai 2017 - The 17th International Automobile Industry Exhibition

  • DATE OF EXHBITION
    21 – 28 April 2017
    Press day: 19 and 20 April 2017 (for press and VIPs only)

  • EXHIBITION HOURS:
    21 - 23 April 2017 (for trade visitors only)
    from 10:00 to 19:00 
    24 to 28 April 2017
    from 10:00 to 19:00 (closing on 28 April at 15:00)

  • FREQUENCY:
    Every two years

  • FIRST EVENT:
    1985

  • VENUE:
    National Exhibition and Convention Center 
    Shanghai, China

Organizers & Supporters

Organizers

  • China Association of Automobile Manufactures

  • China Council for the Promotion of International Trade, Shanghai Sub-Council

  • China Council for the Promotion of International Trade, Automotive Sub-Council

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What is the higher the fuel consumption? The original is the trouble of these accessories! Mon, 17 Jan 2022 17:16:18 +0800
Always check tire pressure and tire wear

Tire pressure is too low, will increase the friction between the tire and the ground, the resistance becomes larger, fuel consumption will rise. Driving found in the car's sliding distance was significantly reduced, it should check whether the tire pressure is in line with air pressure standards.


Okmad Auto Parts
Normal tire pressure in about 2.5bar, the summer may be appropriate to reduce 0.1bar. Also remember to check the degree of tire wear, if the tire wear serious, it will often slip phenomenon, the same fuel consumption will increase.

Clean up the carbon
Excessive carbon deposition will make the inlet pipe wall becomes rough, affecting the intake effect and the quality of the mixture, so that the fuel consumption rises sharply. It is recommended to clean up carbon deposition every six months.



Replace the oxygen sensor

The oxygen sensor is located on the engine exhaust pipe and is used to detect and control the ratio of oxygen to fuel. After a long time, the electronic fuel injection system of the computer can not get the oxygen concentration of the exhaust pipe information, the concentration of the mixture within the engine is often high, the same fuel consumption will increase. So to regularly check the status of oxygen sensors, usually 8-11 million km when you need to replace.



Regular replacement of spark plugs
The role of the spark plug is to use high voltage electric spark ignition mixture. If the damage will make the ignition energy drop, the mixture combustion is not uniform, resulting in slower car speed, fuel consumption rise.



Replace the battery regularly

The battery controls the car circuit, and the circuit is closely related to the oil circuit. Because the general battery life of 2-3 years will produce loss of power phenomenon, resulting in insufficient starting voltage, the motor drive engine power, so that the ignition energy becomes low, fuel consumption soared. So do not think that the battery is not bad can continue to use, in order to reduce fuel consumption must be regularly replaced battery.
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Auto Parts Warehouse Management 50 important internal control common sense Mon, 17 Jan 2022 17:16:18 +0800 Warehouse has been the most important management of auto parts management, the company management window. Where the warehouse chaos, business management must be chaos. So I personally feel that a car to see a company management to not in place, look at his warehouse to know.

Okmad Auto Parts-China brake pad manufacturer

 
1, warehouse management is the main responsibility for what?
Do the goods storage and out of the library work to ensure that the storage process of goods security, and with the enterprise sales to do inventory control and warehouse planning.
 
2, warehouse management work which?
1, make full use of warehouse conditions, do a good job of storage of goods;
2, the inventory of goods on a regular basis, so that the warehouse account, material, card match;
3, with the procurement department in close cooperation with the commodity inventory costs to a minimum.
 
3, should be included in the knowledge should be included?
1, the identification of the quality of accessories, can distinguish between the waste;
2, the daily maintenance of accessories products.
 
4, warehouse management personnel should have what test knowledge?
One, to understand the measurement tool knowledge platform scales, steel tape, ruler, tape, vernier caliper;
Second, understand the quality inspection knowledge Appearance quality inspection, intrinsic quality inspection;
 
5, the classification of the warehouse?
1, according to the warehouse in the circulation of goods in the functions: wholesale, retail;
2, according to storage conditions: the Treasury, shed, freight yard;
3, according to the type of storage goods: authentic warehouse, waste warehouse, transit warehouse, to be processed warehouse.
 
6, commodity number method and precautions?
Number method: level, parallel, mixed
Note: number to be concise, unique, classification, scalable, stable
 
7, warehouse management system, into the library, a library, back library
Warehousing: 1, commodity goods to accept the specification; 2, commodity acceptance and abnormal handling methods; 3, all kinds of goods storage methods; 4, all kinds of storage reporting
Out of the library; 1, a library audit procedures; 2, finished products out of the library operating norms; 3, warehouse items with the provisions
Is the waste back to the library: 1, is the definition of waste; 2, the return process; 3, the method of disposal of waste.
 
8, warehouse staff daily inspection content which?
1, check the door to check whether the abnormal, whether the loss of items
2, check whether the lock, brake, power outage and the existence of other insecurity
3, often check the library temperature, humidity, keep the ventilation
4, check flammable, explosive materials or other special materials are stored separately, properly kept.
 
9, acceptance quality should pay attention to what?
① inspection of goods packaging
② test the appearance of quality, whether it will affect sales.
 
10, which products should be fully seized? What products can be sampled, what proportion of standard sampling?
    1, large pieces of products must be seized;
   2, small pieces of packaging products sampling;
3, packaging damaged products need to improve the sampling rate.
 
12, what way to receive goods?
1, the railway line to receive goods
2, to the station terminal to accept the goods
3, to the supplier unit from the pick-up steps → ready to pick up the goods → go to the supplier unit → site acceptance → for shipping procedures → loading and unloading → quality re-inspection → check-in procedures → end
 
13, the establishment of commodity files to collect information, including what?
1, when the goods into the storage of various vouchers and technical information, such as commodity technology to prove that the certificate packing list, shipping schedule and so on.
2, the goods during the transport of various documents such as transport orders, freight records and so on.
3, commodity inspection and storage of warehousing and storage orders, acceptance records signed.
 
14, the management of commodity files should pay attention to the problem?
1, the file unified number, maintenance name, model, origin, units, suppliers and other attributes.
2, special three packs of products manufacturers number
3, pictures, specifications, size, technical requirements and other information.
 
15, the reasons for the occurrence of waste, prevention methods?
Cause: 1, transport damage; 2, improper storage; 3, the normal three packs of return;
Precautionary approach:
1, to strengthen the quality of storage products to the test, the quality of the first time with the supplier, logistics and communication to solve.
2, to strengthen the conservation of goods on the Treasury, to prevent the material insects, mold rot, corrosion and other phenomena.
3, the establishment of a first-in first-out material transmission and distribution system, and time-delay products, so as to avoid accumulation of too long and become stale products.
 
16, warehouse planning what steps?
1, in the entire warehouse within the planning of a special storage area
Authentic area, waste area, arrival area, shipping area, to be treated area, transit area
2, according to the characteristics of warehouses and storage of goods will be divided into different storage areas
Area + shelves (cargo) + location
3, the number of goods and goods for the management, in order to store the goods to the standardization of meticulous management.
 
17, when the layout of the warehouse to pay attention to what issues?
1, according to the reserve of goods to determine the position
2, according to the frequency of use of goods to determine the position
3, according to the requirements of commodity storage positions
4, according to the classification of goods planning positions.
 
18, warehouse storage area, color marked?
① yellow to be checked
② white to be treated area
③ green qualified commodity storage area
④ red unqualified commodity isolation area
 
19, what is ABC classification? How do I classify?
ABC classification is the inventory of goods by the variety and the amount of funds is divided into three levels, especially important inventory for the A class, the general important inventory for the B class is not important for the C class inventory, and then for different grades of goods Management and control.
Category: 1 inferred Commodity Year Use 2 Determine the price of each commodity 3 Calculate the amount of occupancy and order 4 Find the accumulated amount and the ratio 5 Make ABC analysis Figure 6 Analyze and determine the commodity category
 
20, ABC method inventory control points?
① procurement time
② daily consumption
③ safe stock
 
21, ABC classification of goods?
A class of goods accounted for 15% of the amount of inventory accounted for 70% -80% B class accounted for 30% of funds accounted for 15% -25% C class accounted for 55% / gold 5%
 
22, to improve the efficiency of the use of storage capacity of the main ways which?
1, reasonable planning layout, expand the effective area of the warehouse
2, to the development of space, so that the combination of weight
3, adjust the storage conditions, improve the use of warehouse capacity.
 
23, select the shelf should pay attention to which?
1, the physical characteristics of goods
2, the storage conditions of goods
3, warehouse facilities
4, the characteristics of warehouse operations
 
24, warehouse classification of storage products to adapt to follow the principles of what?
1, according to the type and nature of goods classified storage
2, according to the dangerous nature of goods classified storage
3, according to the attribution of goods classified storage
4, according to the mode of storage of goods
5, according to the characteristics of commodity storage operations classification
 
25, warehousing management in the role of modern logistics and distribution?
1, adjust the production and consumption
2, to ensure the smooth flow of goods
3, reduce the cost of goods transport
4, support to improve the quality of service.
 
26, what is the role of inventory?
Through the inventory can be found in the number of stocks on the surplus, shortages, the number of strings and other issues in order to timely find and analyze the reasons, to take measures to restore or reduce the loss
 
27, inventory method, way?
① cycle inventory
② regular inventory
③ temporary inventory mode: A inventory of single inventory; B disk point check point method; C material pieces signed point method; D partition roulette method; E sub-sub-stack point method; F minimum inventory
 
28, analysis of the reasons for inventory differences?
Start → check inventory records → ask inventory staff → review inventory accounts → determine the cause of the error → end
 
29, why should the temperature and humidity control and control warehouse?
Because when the warehouse temperature and humidity than the storage requirements of goods, not only will the quality of goods by direct damage, and may be a commodity deterioration, insects, mold rot, rust, aging and so on. Therefore, reasonable regulation and control of the warehouse temperature and humidity, is the primary problem of commodity maintenance.
 
30, how to adjust and control the temperature of the warehouse?
A heat prevention measures A night window cooling B air conditioner cooling C roof cooler cooling D roof water spray E roof insulation material cooling;
Two antifreeze A additional insulation material insulation B use of heating equipment insulation C closed warehouse cooling.
 
31, goods moisture and mold prevention methods which?
1, temperature control method
2, wet control method
3, chemical methods
4, deoxidizer oxygen removal method
5, low temperature cold mold anti-mildew
6, weather mold anti-mold method.
 
32, what are the main pests?
Black beetles, bamboo beetle, tobacco A saw steal, bag moth, sweater fish.
 
33, the method of pest control?
1, the physical control law A mechanical B gas control C temperature control D trap E ionizing radiation
2, chemical control A repellent B fumigant C insecticide
 
34, what is the classification of chemical dangerous goods?
1, explosive products (explosives, compressed gas and liquefied gas, oxidants and organic peroxides)
2, combustible goods (flammable liquids, flammable solids, spontaneous combustion objects, rain flammable items)
3, easy to harm the human body of goods (toxic products, corrosive goods, radioactive goods).
 
35, storage of dangerous chemicals precautions?
1, explosives prohibited with oxides, acids, salts and flammable materials, metal powder, etc. co-stored in a region
2, compressed gas and liquid should be special library special deposit, and in the library to install lightning protection device
3, is strictly prohibited oxidants, flammable liquids, flammable solids, spontaneous combustion objects, water flammable, acid, organic mixed
4, toxic products are strictly prohibited with food, food flavor, oxidants, acid coexistence of a total storage
 
36, packaging storage and transportation, dangerous goods logo size?
Usually four categories (70 * 50/50 * 50)
 
37, the reasons for the aging of goods?
① the inherent causes of commodity aging
② external causes of commodity aging.
 
38, for the protection of goods should take what measures?
1, to ensure that the warehouse clean, dry, to avoid the goods received direct sunlight, for the accumulation of polymer goods in the freight yacht that cover
2, according to the custody of goods, reasonable control of the warehouse temperature and humidity
3, to ensure the integrity of the packaging of goods, to avoid direct exposure to goods in the air.
4, the classification of high-molecular storage of goods, with its oil, corrosive, easy deliquescence, oxidation, water content of the goods stored separately.
5, to develop and strictly enforce the inventory of goods on a regular inspection system, found that the phenomenon of goods began to aging, it is necessary to take timely measures to deal with
6, the implementation of first-in first-out, easy to bad first reason, try to shorten the storage time of polymer products.
 
39, the role of commodity packaging?
1, the role of protection
2, easy to transport
3, to facilitate storage
 
40, the impact of packaging factors?
1, handling
2, custody
3, transport
 
41, what are the common packaging containers?
Bag / box / box / bottle / cans
 
42, what is the contents of the custody card?
1, that the state of the goods, such as pending, unqualified, qualified and so on
2, indicating the name of the goods, specifications, suppliers and batches
3, the goods out of the library and inventory and other information
 
43, warehouse security knowledge which?
1, to defend knowledge: A, knowledge of laws and regulations; B, safe production and operational knowledge; C, labor protection knowledge
2, fire knowledge: A, the Ministry of Construction issued the national standard "architectural design fire safety norms" (GB50016-2006) on the hazardous nature of storage materials, warehouse fire rating, level, safe evacuation and other knowledge; B, Ministry of Public Security " C, the Treasury commodity physical and chemical characteristics and special fire, fire requirements of knowledge; D, a variety of anti-fire equipment, the use of fire prevention equipment, the use of fire prevention equipment, And the scope of use.
 
44, storage prevention work includes?
Fire, pirates, moisture, rust, corrosion, mildew, rodent control, pest control, dust, explosion-proof leakage.
 
45, how to do a good job of labor protection?
1, for the workers to provide labor protection supplies
2, to improve working conditions
3, establish and improve the labor protection system.
 
46, warehouse security work, including what aspects of content?
1, guard the warehouse door, master the situation of the storage staff, and access to personnel to register.
2, to prevent non-warehouse personnel into the warehouse, is strictly prohibited, flammable, explosive and other dangerous goods into the warehouse
3, check the library certificate, check out the goods out of the library certificate is consistent, and do the appropriate record
4, day and night to keep the warehouse, to prevent illegal activities of illegal elements to ensure the safety of the warehouse.
 
47, how to do warehouse disaster prevention work?
1, the warehouse facilities, personnel and storage of goods responsible for the safety, to eliminate all kinds of insecurity, to ensure the safety of the warehouse
2, responsible for carrying out safety education in this warehouse, improve the safety awareness of warehouse operators
3, the full implementation of anti-typhoon, flood control, heatstroke, cold and antifreeze work to protect the safety of warehouses and storage
4, with the fire department for fire training and fire safety competition
5, and actively carry out the higher authorities and public security organs to pay the security work
6, the safety of the warehouse on a regular basis to sum up the proposed improvement.
 
48, fire type and equipped with fire fighting equipment
A, ordinary solid water fire extinguisher, acid and alkali fire extinguishers, foam fire extinguishers, halogenated fire extinguishers
B, liquid or meltable solid gasoline, paraffin, asphalt with dry powder fire extinguisher Halogen 1211,1301 fire extinguisher
C, gas substances gas, natural gas, methane dry powder fire extinguisher, haloalkane 1211,1301 fire extinguisher CO2 fire extinguisher
D, metal substances such as sodium and potassium dry sand.

49, the use of fire extinguisher steps?
1, portable or shoulder to the fire
2, about 5 meters away from the burning, put down the fire extinguisher, such as in the outdoor should be in the direction of the ejection
3, such as dry powder fire extinguisher is a plug-in pressure, should be one hand clenched gun, the other hand lift the cylinder to open the ring, in the case of hand wheel, then turn counterclockwise, spin to the highest position, at any time to mention fire extinguishers The
4, if the built-in gas cylinders or pressure-type, the operator should first open the plug on the pull, and then hold the front of the spray hose nozzle, the other hand will open the pressure to press, open the fire extinguisher Carry out fire fighting
5, when the dry powder spray, should be quickly aligned with the flame root, left and right shaking, so that dry powder can quickly cover the surface of the burning object.
 
50, when the fire alarm call should pay attention to matters?
1, to clarify the specific location of the warehouse
2, that the library storage of material types, futures and burning situation
3, indicating the general structure of the warehouse is a cottage, buildings
4, to clarify their names, units and telephone numbers
5, after the alarm to send someone at the junction waiting for the arrival of a fire engine to guide the fire engines to the fire road, in order to quickly and accurately reach the fire location.
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About Brake fade & Scorching Mon, 17 Jan 2022 17:16:18 +0800 Have you Observed about Fading? Do you know if there is any relation Among fading and scorching? 

Retain Examining to Discover out. China brake pad manufacturer-Okmad Auto Parts.


Brake fading refers to a Great loss of Capability Throughout braking. It can be Associated to Unique 

Leads to. There are two Kinds of brake fade. There is Earliest of all what we Phone “Eco-friendly 

Trait” as the pad is bedding in and then the A lot more Significant “Vibrant Fade” Brought about when a compound is Both overheated or Significant caliper drag has overheated the brake pads Past 

their Actual limits.


Brake green characteristic is Typical to Happen Throughout Earliest Ceases when brake pads are new Soon after fitting. Friction Product Elements intend to accommodate Soon after Set up Throughout Earliest Ceases, that Leads to that gases Create up Among the disc and the pad Minimizing then the friction 

Required Among the brake rotor and the pads to Cease the Auto. This brake fade Ordinarily disappear 

Soon after a Several Apps When brakes have Chilly Reducing.


BADLY Put on DISCS CAN Consider AN AGE TO BED IN


Discs/Rotors with A lot more than 0.5 mm of lip at the External Borders or hollow in the Middle of the 

braking Spot can take up to 2000 km to bed in and will for Positive Result in Music, brake fade, 

vibration and pad burning. Poor rotors can RUIN your brake pads.


95% of brake green fade and noise complaints Are available from Bad disc/rotor Situation In which the pads touch only the External and Internal Borderss and have no Possibility to Provide an Efficient breaking.


China brake pad manufacturer-Okmad Auto Parts Suggests a Total brake Program Examine Just about every time your Auto passes for the workshop, a Frequent Upkeep will Guarantee the Very best Efficiency. 


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2017 Auto Parts Industry Trends and Analysis Mon, 17 Jan 2022 17:16:18 +0800
First, the industrial chain structure
1. Auto parts manufacturing industry chain structure
Auto parts industry upstream, including steel, plastic, rubber and other raw materials production, the main downstream for the OEMs supporting market and after-sales service market.
Upstream of the industry involved more, especially steel and other industries in the national economy occupies an important strategic position, the development of parts industry can effectively drive the development of such industries; from its downstream, said the auto parts industry is an important component of the automobile industry Part of the auto parts industry is the foundation, there is no strong parts industry to do the foundation, it will not have an independent and complete international competitiveness of the automotive industry.

2. Automotive parts manufacturing industry and the relevance of upstream and downstream industries and its industrial chain value-added space
From the upstream industry point of view, the parts industry production of raw materials prices mainly by the steel, oil, natural rubber and other commodities market price decision. In recent years due to iron ore, oil, natural rubber and other resources, frequent fluctuations in commodity prices, the domestic auto parts industry, the stability of production and operation caused a certain pressure.
From the downstream industry point of view, benefit from the development of domestic and international vehicle industry and consumer market expansion, the domestic auto parts industry has shown a good development trend. Domestic parts suppliers downstream customers mainly for domestic and foreign vehicle manufacturers and their parts suppliers, customer concentration is high, so the parts and enterprises in the negotiations with downstream customers in a relatively weak position. However, for some parts in a market segment has a leading position in the supplier, its market position and technological advantages will help to enhance the market discourse and bargaining power, and therefore have a certain ability to transfer costs downstream.
3. Auto parts manufacturing industry industry chain value-added space and market development
Auto parts manufacturing industry costs are subject to the upstream industry and its own management level, and the downstream car manufacturers required accessories mainly from fixed suppliers, auto parts is the largest buyer of auto parts dealers, but also the main channel for auto parts sales. Profit space depends on the industry status of parts and components, the competitive structure and its bargaining power with the downstream industry. A huge "car after the market" is entering a rapid growth period, the auto parts industry prospects.

Second, the auto parts industry market environment and impact
National Automobile Service High-tech Industrialization Committee to further standardize the automotive market, enhance the overall level of automotive service industry chain, the integration of resources to promote the development of automotive industry, the establishment of the national automotive service industry new technology and new product promotion platform, focusing on car beauty Decoration and supplies, automotive electronics products.
With the improvement of living conditions of our residents, the car has become a trend of life, is an essential means of transport. Although the macroeconomic conditions and control efforts have changed in recent years, there have been some ups and downs in the growth of China's automobile market, but the demand for rigid consumption of passenger car market still exists. In the future, China's passenger car consumption will still be in a steady rising stage.
China's more on the new energy automotive industry, the introduction of incentives to stimulate the new energy class auto parts demand for the rapid increase in new energy companies will be rapid development of parts and components.
According to the Automotive Industry Information Network revealed that in May 2016, automobile production and sales 2.0669 million and 209.17 million, an increase of 5.01% and 9.75%. The auto industry's market has not yet reached saturation, and its expansion will bring the auto parts industry to further growth.

The popularity and application of network technology has had a profound impact on many traditional industries, especially after the State Council put forward the concept of "Internet +". In the field of auto parts, "Internet + parts" is also taking the heat. Auto parts companies are committed to the Internet channels and traditional channels of business integration.


Third, China 's auto parts industry in recent years
Vehicle production and sales growth rate continues to slow down, downward pressure to increase, but still commendable; China's auto parts enterprises in the case of slow growth in operating income, can still maintain sales, performance steadily increased, slightly better Vehicle business. But the auto parts industry net profit margin continued to decline the risk must be taken seriously.
I remember a group of data in the past, China's auto and parts export volume in 2015 an average annual growth of about 20%; by 2020 to achieve China's auto and spare parts exports accounted for 10% of the world's total trade volume of automotive products strategic objectives. Therefore, in the long run, China's auto and parts export there is still much room for growth.

Fourth, the global automotive and parts industry situation
1. Industry transfer is accelerating
China, India and other emerging auto market has become the world's largest market, the most growth of the automotive consumer market, while these countries are rich in labor resources, lower labor costs, the continuous improvement of the quality of labor. With the international automotive and parts industry increasingly fierce competition, in order to develop new markets, effectively reduce production costs, auto and parts enterprises began to accelerate to China, India, Southeast Asia and other countries and regions for industrial transfer.
2. Globalization of auto parts procurement
In the context of global economic integration, the world's major auto companies and parts suppliers focus on their own core business and competitive business at the same time, to further reduce the auto parts self-made rate, instead of using global procurement strategy in the world Within the scope of procurement of comparative advantages of auto parts products.
3. Systematic development, modular manufacturing, integrated supply
The integration and modularization of automotive components systems is a process that integrates functionality from multiple components in a single module to achieve the replacement of multiple components from a single module component through a new design and process means.
Integration of the auto parts system, modularity has many advantages, first, compared with a single component, integrated, modular components lighter weight, is conducive to the weight of the machine, so as to achieve the purpose of energy conservation; , Integrated, modular components occupy less space, can optimize the machine's spatial layout, thereby improving machine performance; again, compared with a single component, integrated, modular components to reduce the installation process, improved Assembly efficiency.
4. New development of new auto parts
With the increasing emphasis on environmental issues, energy conservation and environmental protection technology will become the future of automotive and parts industry trends. The new energy vehicles, represented by fuel cell vehicles and hybrid vehicles, are accelerating, the lightweight design of electronic components, the electronic and intelligent design and the auto parts remanufacturing technology are gradually being applied.

Fifth, the domestic auto parts industry trends
Production and marketing channels new model:
At present, China's domestic automobile manufacturers need most of the accessories have their fixed suppliers, auto parts is the largest auto parts dealers, the proportion of more than Bacheng, is also the main channel of auto parts sales. And our auto parts dealers are more concentrated in the auto parts city, according to statistics, vehicle maintenance used 60% of the accessories from Auto Parts City.
After the domestic car market can be divided into four types of electricity business model:
Business model
C2B user custom class mode
B2C + O2O mode
B2B2C + O2O mode
Which the first two types of electricity business model requires consumers with the appropriate vehicle or maintenance knowledge. Auto parts are different from other goods, parts, or the corresponding information of the error will lead to product deviation. Electricity business to go to the intermediary (accessories B2C), the cost of transparency (accessory and service costs transparent) and user experience to improve the play a great role, and can create owners, parts factory, maintenance station tripartite win situation.
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brake pad automatic production line to advance brake pads performance Mon, 17 Jan 2022 17:16:18 +0800 brake pad automatic production line to advance brake pads performance

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How to know the car jitter is caused by what problem? Mon, 17 Jan 2022 17:16:18 +0800
1, During the process of driving, found the car has a slight jitter or offset, usually caused by tire failure. First, the tire may be poor balance, the need for owners as soon as possible to do a four-wheel positioning and dynamic balance, if the vehicle does not run to do the tire balance can be.

2, Another situation is more serious, it may be due to deformation caused by the wheel rim, which requires the owner goes to the professional car 4S shop inspection, this situation generally occurs in the very old the vehicle.

3, The third status is due to imbalance of the drive shaft caused by the general situation in the chassis collision cars.

Car shakes when idle

Idle car shakes is a lot of owners often encounter the situation. If the owner in the start of the vehicle or the vehicle parked off the engine without the case, if found the car jitter obvious, it may mean that the vehicle exists the following three conditions:

1, The engine carbon deposition serious

The most common cause of car jitter is that the throttle is too dirty or the fuel is too much, and the gasoline adsorbed on the coke is sucked into the cylinder by the vacuum suction of the engine, so that the mixture becomes thicker, the combustible mixture of the engine When the thin when concentrated, resulting in cold start after the idle jitter.

2, Ignition system problems

Check the spark plug, high voltage wire and ignition coil working conditions, the ignition system is working poorly, spark plugs flashing the same situation will lead to such failure.

 3, Oil instability

If you have cleaned up the engine coke, wash the throttle, replaced the oil pad and spark plugs, etc., still found the idle car when the car jitter, it is recommended that you go to the 4S shop to check the fuel supply pressure and intake pressure sensor is normal, if the oil pump Pressure is not normal after the intake pressure sensor numerical errors and poor work will lead to car shakes.

 4, The engine parts aging

The car jitter is also related to the aging of the engine foot (also known as the claw pad). The engine foot is actually the engine shock absorber system, the engine is responsible for absorbing the engine when running the slight jitter, if the engine feet problems, these vibrations will be transmitted to the steering wheel, the cab, causing idling jitter.
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Auto parts operators you really understand the needs of customers Well? Mon, 17 Jan 2022 17:16:18 +0800  With the rapid development of post-market services in China, auto parts as a major member of the automotive market, playing a pivotal role in the development of high-speed also increased the market competition, as auto parts operators have to face more and more Many challenges, a new generation of auto parts operators how to face the challenges from the new market? Let us listen to practitioners for three decades of experience of auto parts talk about it!
Those who want to buy accessories customers, most of the "wait for rice pot" and "emergency use." They can not tolerate sales, cashier, shipping staff step by step, slowly; more can not stand "boss guys" ignore the slow. Because for them, every delay for a minute, it will lose a chance to make money, time unnecessary waste for them is a great crime, which is three years of auto parts with practical work experience to tell auto parts operators " What is the customer's needs. "
They are often on the business of the "goods are not out, no shortage of goods," and other management of the phenomenon of confusion is very disgusted; they "one day a price, low quality of business" phenomenon is abhorrent; they also " , Traffic inconvenience, parking difficulties, "the auto parts shop is not interested, will not go to patronize.
In our commercial vehicle parts circulation industry, you can not really "want customers to think, the urgency of urgency," to facilitate the operation of the way to meet the urgent needs of customers to achieve customer demand for rapid response to goods, then you It is impossible to have a loyal and stable customer.
Therefore, in the current business environment, a measure of business marketing ability is an important indicator of whether it is "fast and convenient" means of operation. And to truly "convenient", it must be "fast and convenient" requirements throughout the details of each job.
First of all, including business owners, store managers, including each of the staff, should have the initiative to provide customers with "fast and convenient" service concept. In the minds always have a "time is the efficiency of enterprises, is our income" consciousness; the "orderly, accurate, fast and efficient" to carry out the specific work to go.
For example: in response to customer inquiries or answer the phone, so concise, structured, orderly; let customers wait, do not exceed five minutes, but can not let customers blindly wait; , The name of the model to determine the accuracy of the cashier requirements for the calculation of accurate, careful and meticulous; the requirements of the dispenser familiar with each part of the storage location, fast pace of entry and exit, action skill; strong sense of responsibility for delivery, careful and meticulous Clear, complete procedures. In the business before the staff responsible for all aspects of the preparatory work in advance; in business, all aspects of the person in charge should be timely coordination, docking work, to ensure that the shortest possible time to the accessories to the hands of customers.
Second, the requirements of the use of advanced management tools to achieve "model positioning marketable." For example: category varieties complete configuration, cold pieces of difficult pieces of inquiry, ordering pieces of pieces of rapid response, the vehicle with the timely delivery of goods. Small to the screws, nuts, cotter pins, large to the frame, cab, engine assembly, the prepared to be prepared, not prepared as soon as possible to find.
Finally, the requirements of the "simple and practical workflow, there is no excessive operational aspects and redundant procedures"; but also to the computer system operating procedures for reliable and practical, to facilitate customers, do more sales, access to interests as the The purpose of the work, to avoid the pursuit of temporary form and surface of the article, as far as possible to reduce operating costs and improve work efficiency.

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Auto parts business is not do business well, but do the price lower Mon, 17 Jan 2022 17:16:18 +0800 The people have a skill: not to do a good job, but the price to do low Auto parts industry is the same, was a little cheaper to be complacent, unknowingly put their own to the off.
 The price is bad, the market is broken, of course, can return to the original level. However, the process of repair will be very long, or even need to pay the price of a group of dead. Sometimes, even let a variety completely disappear. The strength of the new students is not from the moths like fire is not afraid of the dead, but from the other way, stick to their own quality positioning and price positioning of the author.
    The price is appropriate to do low is conducive to industrialization, large-scale, but the price is too low, not folding means to strangle the industry. This is the truth that has been proved by countless facts.
    Now the auto parts market, you go around, you will find that a serious excess of similar products, the price of a lower than a product, which products make money, we rush to do what products, which models sell well, we all follow the style to do , The same a variety, you can sell more than a thousand, the lowest 50 have, customers only look at the surface, feeling bad not too much, in fact, in the invisible place, the gap is very large! But the customer does not know Yeah, they stare at cheap to buy, bad currency drive out good money, slowly good things in order to survive, also began to cut prices!
    So, this is really a dead age! In order to make their own live, so do not want to live! The result is that everyone is not living!
    Do the price to do it? Bacheng poor prognosis. Just as land is contaminated, can you expect food to be free from pollution? This is also a daydream!
    The land is contaminated, at least a few years. So that the weeds soaring, all the pollutants all the purification, to restore the original land of pure, and then can grow crops. But this is a few years after the harvest, there are a lot of people are boil down, or starved to death, or was removed migration. This is why the breakdown of the beginning of a very viable category, there are many people rely on sub-categories to make money, then most of the reasons for the destruction of enterprises!
    Industry really need to restore business rationality, not so much desperate crazy!
    The price is a double-edged sword, you can hurt, you can hurt yourself. Irrational price war, usually equal to die. Industry can do no money to earn that day, it is not far from the dead.
    We are very much appreciate those who always adhere to their own positioning of the enterprise, whether it is brand positioning, quality positioning or price positioning, they are the backbone of the industry, is the industry's future and industry hopes, is worthy of respect for the enterprise.
    Really worthy of respect for the enterprise, not the development and expansion of the fastest enterprises, nor is the largest enterprise, but always adhere to create business value and social value of the enterprise, from beginning to end have their own bottom line of the enterprise. It exists, is the industry's blessing, is the social blessing, but also their own blessings!
    So, adhere to their own product value, adhere to their own business value, insist on their own value in the deposit, is an important business bottom line and business bottom line.
    If an industry is too much to produce waste products business, many companies die dead, not worthy of sympathy. Do we have so many waste business? If a category has a lot of production waste products business, off on the off, not worthy of sympathy. Do we have so many waste business?
 

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The wiper scraped not Clear will will changed ? maybe fifty cents can be Simply saved Mon, 17 Jan 2022 17:16:18 +0800 Wiper and Although it May possibly Appear Little, but if there is a Trouble, it is also Quite trouble some 1 Point.When dirty windshield, for Instance, if you don't Clear with wiper scraped, May possibly Require our Synthetic to wipe the Cup.

at this Place most Individuals May Believe is Heading to get a new wiper, it In accordance to the Situation May possibly be.Wiper scraped Clear and is Very likely to be out of the Pursuing Various Troubles.
1, the Placement of the wiper blade Angle Trouble
if wiper Placement and Angle deviation of the wiper blade Functioning time, there will be shaking.When 
the wiper is in a Point out of jitter, how can it with a Cup scraper?This time, the Placement of the 
wiper blade Angle adjustment to the Best suited Area.
2, wiper has Harm, cracking of strip Take place

this Exhibits that the Assistance Lifestyle of the wiper blade has reached the Restrict, then can only replace a new wiper.
3, wiper corrosion Growing older

at this time as Extended as you Commit 0.5 dollow to Purchase a cloth Trouble can be solved.But Be aware that when Deciding on emery cloth, Experienced Far better Pick Good emery cloth, Since Good emery cloth is not so Tough, it will not Trigger Too much Put on to the wiper.Allow's say, this is how to make the wiper 
Back again Good emery cloth.

(1) will Carry the Rainfall and Rinseed a Several Instances A lot more;
(2) out of Good cloth, folded in 50 percent and Include the wiper rubber pieces on Each sides;
(3) the wiper wet with Drinking water, and then from Best to bottom friction wiper;Don't overexert when 
friction, repeat just 3 or 4 Instances;
(4) Soon after the completion of friction with Drinking water to Rinse Aside the sand;
(5) As a final point Place on the windshield wipers.
if you have Pals have a wiper Seem not Clear, May possibly Desire to Attempt with the above Technique.Ok, you have Certainly not AlBelieved Obtained a ph1 Contact Although Generating, Searching for Cellular ph1s that for a Several seconds As Properly Risky?????Don't Be concerned, Little make up a Selection of 9 Many years' Expertise in return, you ph1 in which Placement of the Device panel, the safest Contacts!Do you want to know Particular Procedures?Can click on the Pursuing ", Although Generating to a teleph1?"To Research Properly.

Leave an idea

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Causing the brake pads abnormal sound in several cases Mon, 17 Jan 2022 17:16:18 +0800 1, Brake pads include too much metal material or impurities, cause sound.
2, During run-in period, such as replacement or new car,  after a period of time, the sound will disappear, return to normal. 
3, Brake pads wear too much to the "alert" position, need to be replaced. This situation can only be replaced.
4, Brake disc "wear" irregular or quality problem, also can cause sound.
5, Brake calipers return bad or do not return, also can cause sound. need to check the caliper kit.
6, No driving for a long time, or driving often in the rain, snow etc humid environment, there may be due to the brake pads or discs rust, cause the sound, but it will be disappear much soon after driving a while.
7, Rain, snow, wind and sand dust environment, some particles (such as sand, stone, etc.) mixed in the brake pads&discs, between the film, will cause sound. 

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The common senses what you do not know for the brake pads Mon, 17 Jan 2022 17:16:18 +0800 "Now the brake pads brands are too much." This is the frequency I heard in the market is very high sentence." You do not lack the product, the lack of identifying product ability. "

First, The brake pad is the ceramic formula if the formula added ceramic fiber ?
No. Ceramic fiber is only one of the commonly used fibers in the brake pads, as well as metal fibers, mineral fibers, wood fibers, aramid fibers and so on, their role is to connect a variety of fillers, like when the rural mud wall to add Straw.

Second, how the brake pads noise is going on?
Noise is mainly the frequency of resonance, if the two materials or parts of the inherent frequency of the same, it is easy to produce resonance. brake pads alone to solve the noise is very simple, a separate solution to the service life is very simple, alone is not easy to solve the disk is not easy. Noise generated a lot of factors, the entire brake assembly system is the cause of noise, brake disc selection improper, disk wear and so serious will cause noise, in many cases, we have wronged the brake pads.

Third, the feeling of metal content on the hard, hard certainly noisy, and some garage is so to say, right?
Wrong Many of these claims are auto repair factory, not scientific. The United States car car is mainly semi-metal formula, all contain a lot of metal, you heard a lot of noise? Noise and soft and hard is not directly related to the disc and noise is only that product formulation is not mature, and the number of metal has nothing to do.

In fact, the metal material in the formula is mainly from the role of connecting filler and thermal conductivity, at the same time, their own hardness and disk is not much difference, will not cause large wear on the disk, the real disc and increase the braking capacity is not you see To the metal, but you can not see those hardness hardness than the brake disc is also harder filler filler, they are actually emery, and your common sandpaper, grinding wheel belongs to the same material.

Four, why some disk grinding a road groove it? Is not the brakes hard?
Brake plate hardness of the country has a standard, the basic Shore hardness between 35 to 70. This hardness is not the main cause of your brake disc wear. Brake in the grinding agent is the main component of wear plate. brake pads are not caused by serious hard disk wear and tear reasons, the culprit is a low cost of grinding agent.

Five, I bought 70 dollars of the brake effect is also very good ? Brake effect is good ?
brake pads to achieve the braking capacity is very simple. It is necessary in the high temperature, emergency, high speed, rain state still have to maintain the stability of the brakes, this is difficult. And the original car, but also requires comfort, noise, environmental protection and so more indicators, which makes the brakes difficult.

So, your simple normal driving feeling good, does not mean you in a variety of emergency situations, its safety performance to achieve the effect of your original car brake pads. To tell the truth, your car the original car running 4,5 years for a set of brake pads, if you say only 70 dollars, do you think this profit can feed the brake pads factory? Of course not, can not do? You know.

Six, brakes as long as no noise, stop the car is not on the line? Is it so mysterious?
The above said, alone to solve the noise is very simple. But the main function of the brake pads is not a noise problem, but a safe one. Now the market is too much attention to the noise and ignore the main function of the brake pads.

As for everyone said that the brake is not on the line? It is on the line, but you may not have thought, you can stop the road in the car, can brake at normal speed, but you can brake in the case of emergency braking it? Can you stop the car at a high temperature of continuous braking at Panshan? Can you keep the braking distance 100 kilometers per hour on rainy days? And the original car brake pads must be guaranteed that we need the safety of the time when the stability of the braking capacity. This point, I believe that many people think that the car on the line did not think of the owner.

Seven, brake pads short life is how is it? Why in the case of emergency braking products, poor braking distance?

A: As with all objects, the intermolecular link strength of the material is reduced at high temperatures. Brake brake is the principle of the kinetic energy to friction into the heat to achieve the brake (energy balance theory), so the brake pads and disk friction generated by a lot of heat will accumulate in the friction surface of the brake pads, the original car brake In order to achieve sufficient strength in this high temperature brake, it is necessary to use high temperature resistant resin, high purity graphite, high purity barium sulfate and other materials, and these materials are like you choose from a car only the same size Like coal, the cost will rise sharply.

The poor quality of the brake pads, they will not use such high-end materials, so they can not guarantee stability at high temperatures, and with the speed of the increase, the heat more, higher temperature, lower link strength, Dynamic capacity, the performance of the brake distance extension. So, you are in the city 20 to 60 km speed state of driving that can be the brake pads, does not mean that you are in the high-speed state has the same stable braking distance performance.

When the molecular chain in the high temperature state after the link strength is reduced, the wear and tear to speed up, which is why the mountain or often brakes under the general brand brake pads life is very short reason.

Eight, is not the brake film no noise, is the soft, its short life?

A: No, this argument comes from the garage. There is noisy, and that brake pads hard, give you a soft, no noise, but requires you to accept short life defects. If a taxi to long life, it must be hard, you can only accept a noise or disc.

Those you do not always know the brake pads common sense
In practice, these statements are inaccurate. In addition to the original car supporting the mature formula has the ability to ensure low noise at the same time, but also to ensure a long life longer. Most of the market is a separate noise as the main goal, they are for the so-called market demand. This product is basically a very short life, about 2 to 4 million km. As to whether the owner can ensure the safety of the case of emergency braking distance and high temperature braking capacity. It needs the owner's own judgment.

Nine, is not the original car supporting the brake pads no noise it?
Can only say that the probability is very low Because the noise is too many factors, and the main capacity of the brake pads is to require a variety of extreme road conditions, the safety braking capacity to maintain stability.

10, some brakes installed on the brakes after the feeling of how the jitter is going on? For a pair of other just fine, is the quality of the brake pads?

Brake pads do not cause jitter. The reason for the majority of jitter is because the brake disc in the case of high temperature alternating hot and cold deformation or re-disc after the brake plate processing warping, and brake pads are not the slightest relationship. As for why you change a pair of good, it is estimated that the latter is a great compression, the product can absorb the brake disc of this warping and deformation.

In the original car supporting standards, the compression is a very important project, requiring the normal brake under the brake pad compressibility of 0.1 to 0.2 mm between, so as to ensure that the emergency braking conditions under the brake response speed. So, consider the above, if it is because the jitter to replace the brake pads just fine, you may not be happy.

11, the brake pads began to install well, why later on the noise it?

Based on the brake pads and brake discs is a pair of friction dual, so the proposed brake pads in the use of 300 to 500 km and then compare the performance of the brake pads, because this time, the brake pads and disk basic run. In this period of time to produce noise, sometimes not the cause of the brake pads. And if the use of a long time after the noise, you need to determine the issue of the brake pads.

12, now a lot of online selling brake pads, the quality of how?

① for the poor brake pads ② for the genuine brake pads

In reality, we can not judge, there is no way to judge online. The only judgment is that after you install the effect of using feedback, you can choose an unmanned section, test several times under the high speed of the emergency brake and rainy day when the emergency brake, although the cost of oil. But you judge the product in the emergency conditions of braking stability has great benefits.

Thirteen, where can you buy the original car supporting the quality of the passenger cars brake pads?

Try to choose those professional car supporting the ability of the brake pads business, their own aftermarket brands, although not with the automobile factory trademark, but the quality is not worse than the 4S shop. If you can give you a 70,000 km 80,000 km of life, it would be better. Because the market is now the original car brake pads and high imitation of the brake pads to the owner of the hands of the price difference of more than 100 dollars, and this value is a very different security guarantee.

14, I saw a lot of brake pads YELLOW, is not the more copper the better?
No. Whether it is brass or copper, copper or copper fiber. They are all of the brakes in a number of fillers, their main role is to increase the connection strength and thermal conductivity. Copper pollution to the environment is serious, so, like the United States has begun legislation to prohibit the use of copper in the brake pads. Therefore, it is wrong to judge whether the brakes are good or bad. Moreover, you see the surface of YELLOW is not necessarily copper it, a kind of golden filler called vermiculite, very cheap, often used in the brake pads.

15, the brake disc can generally use how long?

In theory, three sets of brake pads on the need for a set of brake discs, and about life of 15 to 200,000 km. If you use the brake pads are mostly low-metal formula or some poor brake pads, then the disk life will be significantly reduced, about 10 to 150,000 km on the good. Of course, if you have been using a pure ceramic formula, congratulations, your brake disc in the 25 to 300,000 km or less is not need for the change.

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Chilean copper strike demand to enhance the superposition of non-ferrous metals sharply higher open Mon, 17 Jan 2022 17:16:18 +0800 By the world's largest copper strike in Chile and the promotion of demand, 10th, three-month London copper prices rose nearly 4.6%, hit a new high rebound this round. In addition, London zinc, London-lun, London and other futures varieties, prices also rose. China, by the construction season and the advent of the overseas market boost, 10 evening copper prices also rose nearly 4%. non-ferrous metals, non-ferrous mining mining plate sharply higher.

    By the world's largest copper strike in Chile and the promotion of demand, 10th, three-month London copper prices rose nearly 4.6%, hit a new high rebound this round. In addition, London zinc, London-lun, London and other futures varieties, prices also rose. Domestically, by the construction season and the advent of the overseas market boost, 10th evening copper prices also rose nearly 4%.

How efforts the factories, especially for ,china brake pad suppliers/manufacturers/factory.

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Understanding of Friction Performance of Brake pads Mon, 17 Jan 2022 17:16:18 +0800 Understanding of Friction Performance of Brake pads


The quality of brake pads is directly related to the reliability of vehicle braking. In addition to 100% safety, the owner also expects at all times to have the best brake comfort, sensitivity, noise and smoothness. For the brake pads, the most important thing is the choice of friction material, which basically determines the braking performance of the brake. Friction material from the basic material can be divided into asbestos, NAO type (ie, non-asbestos organic type), semi-metallic and special fiber 4 kinds.



       The performance of the friction plate should have four basic requirements:


       First, the appropriate coefficient of friction and stability.

       Friction coefficient is a friction material of the most important technical indicators, which determines the basic brake pad braking torque. Usually it is not a constant, subject to temperature, pressure, speed or surface state, the friction environment changes. When these factors affect the friction coefficient of change is small, is the ideal coefficient of friction. GB strict requirements on the manufacturer must be marked on the packaging friction coefficient. Friction coefficient must be appropriate, too high will cause the braking process of the wheel lock, out of control and burning, too low braking distance is too long. Such as Bosch safety brake friction coefficient is 0.39.

       Second, the reliable security.

       Brake in the brake will produce instantaneous high temperature, especially in high-speed driving or emergency braking. At high temperatures, the friction coefficient of the friction plate will decline, known as thermal decay. High thermal decay of high-temperature state and determine the safety of emergency braking. The friction plate maintains its stability and recovery performance under various working conditions, ie it requires good heat resistance, and it can maintain stable performance under high temperature. It has low sensitivity after different humidity and soaking. performance. At the same time have a better physical and mechanical properties, both to meet the requirements of the process, but also to maintain good performance.

       Third, the satisfaction of comfort.

       Comfort is a direct manifestation of friction performance, including brake feel, noise, dust, smoke, odor and so on. With the increase in private cars and people's living standards improve, to meet the basic premise of safety, comfort has become an important indicator of friction. In the comfort indicators, the owner is often the most concerned about is the noise of the brake pads, in fact, all the noise is the most difficult to solve the problem of friction material manufacturers. Noise is caused by the friction between the friction plate and the friction plate, the causes are very complex, braking force, brake disc temperature, vehicle speed and weather conditions are likely to cause noise. In addition the noise in the brake start, brake and brake release three different stages of the reasons are not the same. If the noise frequency between 0-500Hz, the car will not feel, but if more than 1500Hz, the owner can clearly feel the brake noise.

        Fourth, good abrasion resistance, reliability and durability.

        This is a measure of the life of friction material is an important indicator, but also the user generally concerned about the product targets. Maintaining sufficient mechanical strength at room temperature and high temperature is an important factor affecting the reliability of the friction plate, but at the same time it is desirable not to scratch the brake disc or the brake drum. The wear resistance is the main factor affecting the durability, the main factors affecting the use of wear pressure, speed and temperature, which led to the temperature. Front brake pads usually guarantee a service life of 3-5 million kilometers. Rear brake pads usually guarantee a service life of 6 to 80,000 kilometers. The large particles of graphite and brass used in the brake pad material also reduce wear on the brake discs. Especially when the noise is reduced to a minimum, to ensure that the environment does not pollute. Braking does not produce noise, high temperature does not emit odor.

        As a result of friction, the friction block will gradually wear, in general, the lower the cost of the brakes wear faster. After the friction material used to replace the brake pads, or the plate will be in direct contact with the brakes, the final loss of braking effects and damage to the brake disc.



       The friction coefficient of brake pads: Passenger cars Brake Pad,Bus & Truck Brake Pad


        EE grade: 0.25-0.35 for Europe and America cars, brake pads are relatively large, relatively low friction coefficient.

        FF grade: 0.35-0.45 international standard friction coefficient.

        GG grade: 0.45-0.55 for European cars, especially the German cars. Because the speed limit in Germany, so the friction coefficient to be higher.

        HH grade: 0.55-0.65 for Special racing brakes in the case of high temperature, allowing a change in coefficient of friction, generally at 100 degrees Hou, the friction coefficient of 0.08 addition and subtraction at 350 degrees Hou 0.14.

        The above is a high standard of friction material requirements, it is difficult to fully achieve. Therefore, different models, different conditions put forward different requirements.

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High-gear low-speed vehicles which can be affected? Mon, 17 Jan 2022 17:16:18 +0800 High-gear low-speed vehicles which can be affected?

1, the cost of oil
Low-gear high-speed and high-gear low-speed are not fuel, are fuel costs, driving in order to fuel-efficient, you need to find the feeling of the province's most powerful engine, speed and easy to speed and reasonable fuel efficiency.

2, easy to produce carbon deposition
At present, most of the car in the normal running engine speed maintained at 2000 - 3000 rpm per minute, it has almost covered all the gear, as high gear low speed is relatively difficult to achieve, you can simply understand the car at idle You will be linked to the stalls 2 block or 3 block, you said the car engine can not be difficult to do so to do the equivalent of using the transmission brake, not only can not achieve the role of fuel is also easy to make the engine carbon deposition.

3, serious wear and tear engine and clutch
High-gear low-speed driving is not suitable in the state of the transmission, it is prone to engine shake, called the rod children. At this time, the reciprocating motion of the piston and the crankshaft connecting rod are subjected to excessive force, resulting in serious wear, leading to premature engine damage, and the clutch is also under tremendous load, making the clutch plate ahead of the wear and tear.

Low-gear high-speed and high-gear low-speed which is more injury car?
I would like to talk about this problem, because many people's practice is really bad, I have been a high-speed shift, said a lot of destructive cars, it is to me, in fact, high-speed gearshift simply do not destroy cars! And the car is also good! Especially in our high-speed engine.
1, according to the 2000 rpm shift gear driving habits and traffic jams often speaking, for a long time such a high block low speed does have a negative impact on the engine, but this will not hurt beating the oil leakage explosion and the like. Simply put, high gear low speed generally have two operating conditions. One is the high-speed cruise, this is nothing to say, fuel economy and speed generally around 2000 rpm, no problem.
2, low-speed high-speed low-speed but want to accelerate. Open the manual transmission of people will encounter this situation, whether it is too lazy to block down or not react, the speed of about 1500rpm full throttle when the engine will be issued very uncomfortable kind of sound, often accompanied by a slight vibration, and then slowly rose to 2500 rpm, then power will keep up. In this process, oil and gas mixture ratio has been very high, also condone the generation of carbon deposition.

3, low-gear high speed. 2500 rpm to 3000 rpm shifts I think this should be very popular. Fuel consumption really did not we imagine so outrageous, but in exchange for a more comfortable driving experience, always sufficient power to take you away from the danger on both sides. Gasoline 4000 rpm the following are completely normal conditions no problem, more than 4000 rpm is also no problem, but how many always feel bad. Only the biggest problem is too low gear high-speed impact on the transmission system, such as 1 speed 4000 rpm, lift the lower part of the throttle just like brakes, but it is also entirely within the scope of the design, we really do not have to worry about .
Tachometer on the 8000 rpm is not really used to decorate the real damage to the engine body is a large temperature cycle of the material. That is, the engine heat up and then cold down and then heat up, this is the culprit of life damage. High-gear low-speed and low-gear high-speed oil costs, will cause damage to the engine. The correct driving style is to find that balance, to ensure smooth engine speed, but also fuel-efficient is the most correct driving style.

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Happy Rooster Year ! - some English sentences relating to chickens Mon, 17 Jan 2022 17:16:18 +0800 Happy Rooster Year ! 

 Donald Trump rooster statue takes China by storm

鸡年即将到来,聊聊和鸡有关的英语短语和名人名言。肯德基有句著名的广告语“We do chicken right”。 网上有过关于这句广告语中文翻译的讨论,很多译文不乏幽默搞笑的成分:“我们做鸡是对的”、“我们做正确的鸡”’……

英语中用来表示鸡的词不少,chicken、cock、hen、rooster、chick……chicken泛指鸡,小鸡或鸡肉,使用最广泛。KFC就是Kentucky Fried Chicken(肯塔基州炸鸡)。chicken还指胆小鬼、懦夫。chick是小鸡、小鸟、少妇的意思,美国有个乡村乐队就叫Dixie Chicks(南方小鸡)。cock和hen分别是公鸡和母鸡。一般应尽量避免使用cock表示“公鸡”,因为它在英语口语里是个“粗话”。rooster可以指所有雄性家禽,美语指公鸡。鸡年一般写作Year of the Rooster。


短 语

chicken out

译文:乐队没能演出,因为歌手在后台临时放弃了。

hen-night或hen party

女人婚前单身派对,美语就是bachelorette party。相当于男人的bachelor party。那么,hen night stripper是什么意思?

例句:May invited all her girlfriends to a hen party on Friday night. 


译文:妻子骂骂咧咧闯进房间来,那个妻管严男人焦虑不安。

cock a snook at

轻蔑、瞧不起

例句:As a painter,she cocks a snook at traditional techniques.


译文:他们把我们的假期安排完全打乱了。


英语中有句谚语,Do not count your chicken before they are hatched.鸡蛋未孵出,先别数小鸡。不要太早乐观。



名人名言

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A rooster crows only when it sees the light. Put him in the dark and he'll never crow. I have seen the light and I'm crowing.

Muhammad Ali

公鸡看见光才鸣叫。黑暗中的公鸡永远不会打鸣。我看到了光,我在鸣叫。

穆罕默德·阿里


George Bush taking credit for the wall coming down is like the rooster taking credit for the sun rising.

Al Gore

乔治·布什将柏林墙倒掉归功于他自己,就好像公鸡把太阳升起视作它的功劳。

阿尔·戈尔


It may be the cock that crows, but it is the hen that lays the eggs.

Margaret Thatcher

打鸣的是公鸡,下蛋的却是母鸡。

玛格丽特·撒切尔


An egg today is better than a hen to-morrow.

Benjamin Franklin

今天一个蛋,胜过明天一只鸡。

本杰明·富兰克林 


The key to everything is patience. You get the chicken by hatching the egg, not by smashing it.

Arnold H. Glasow

一切事情的关键都是耐心。得到小鸡靠的是孵化鸡蛋,而不是打碎它。

阿诺德·H·格拉索


Nationalism is a silly cock crowing on his own dunghill.

Richard Aldington

民族主义,就是一个笨雄鸡在自己的粪堆上称雄。

理查德•奥尔丁顿


He was like a cock who thought the sun had risen to hear him crow.

George Eliot

他像只笨公鸡,以为太阳升起是因为听到他的鸣叫。

乔治·艾略特


祝大家鸡年吉祥,幸福安康。





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Amazing! Imported brake pads over 80% Unqualified, Mercedes-Benz BMW Audi are in it Mon, 17 Jan 2022 17:16:18 +0800 Recently, the Shandong Inspection and Quarantine Bureau in Shandong province-wide implementation of the supervision of the use of automotive brake pads checks, the results showed that 47 batches of imported brake pads, unqualified 40 batches, up to 85.1% unqualified rate, Mercedes, BMW, Subaru, Audi, Chrysler and other brands of brake pads almost all fall.

The spot checks of the brake pads are mainly produced in Germany, Italy, Japan, the Czech Republic, Britain and other 10 countries, including South Korea, the Czech Republic, the United Kingdom, the United States and other countries brake failure rate of 100%. A total of 13 brands, including BMW, Subaru, Audi, Chrysler, Volvo, Hyundai and other 10 brands of spot checks failed rate of 100% of the 13 brands of Mercedes-Benz, BMW, Subaru, Audi, Chrysler and other samples were found to be unqualified.

The spot checks mainly for signs of identity, friction performance failure, the number of batches of goods also involved in a number of projects failed. Among them, the packaging, marking failed 35 batches, accounting for 82%, mainly for the product packaging without Chinese identity, Chinese identification incomplete, not printed with the specified friction coefficient and the implementation of standards, etc .; friction failure 9 batches, around 18%; Friction performance is the key factor that affects the braking performance of automobile, which may lead to the safety risk such as brake failure, lengthened braking distance and braking fire. Spot checks mainly imported cars 4S shop. The spot checks of the 47 batches of brake pads are imported cars 4S stores, involving Jinan, Qingdao, Yantai and other 14 cities in our province. Among them, Jinan, Qingdao, Yantai, Zibo, Rizhao ranked the top five number of checks, a total of 25 batches of checks, a total of 24 batches were found unqualified, spot checks up to 96% failure rate.

In response to these circumstances, the inspection and quarantine departments to take technical treatment, stop using, return, destruction, joint business sector and other disposal measures, and urge the relevant brands to strengthen product quality and safety management, product quality and safety responsibilities and obligations.


So, if you still think the imported brake pads are better than China brake pad set ?


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Replace the brake pad by yourself Mon, 17 Jan 2022 17:16:18 +0800 Take out the car jack, find the right place to put down


When the tire is suspended, the screw can be screwed down completely and the tire is taken down. please note the tire is heavy, You can see the brake disc after you take off the tire.


If the steering wheel back to the right, behind the brake disc screw is not too good twist, recommended for when the right wheel, the steering wheel to the left a little time for the revolver, the steering wheel to the right to play a little, so that the brake caliper can turn out in front of you. Then the two screws on the red circle, the brake caliper can come down


To find a reasonable position, the caliper put (must be good, because even a caliper brake line or something), then you can remove the brake pad.


The brake pad can hand off, but at the same time, the red circle of the brake slide down and replaced with a new one


Need some lubricating oil before installing


then put back the brake caliper. The following figure, before installing the brake caliper, need to use C type clamp pressures the brake piston back, otherwise you are not to go up. Of course, all the best things down with a brush, clean up the scrap iron


The caliper installed, and the 2 screws, use a wrench to tighten it.


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Happy New Year 2017 ! Mon, 17 Jan 2022 17:16:18 +0800

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How To Find a Manufacturer or Supplier for Your Products Mon, 17 Jan 2022 17:16:18 +0800 How To Find a Manufacturer or Supplier for Your Product Auto Parts -Brake Pad?


Overseas Sourcing in China, India.

Except the Exhibitions, most poeple use internet.

If you are a customer, only buy few parts for your own cars/trucks, try to search in Ebay, Amazon, AliExpress.

If you are a distributor, importer, try Globalsouces, Alibaba, IndiaMart, its easy to find and select, there have too many members, with High number of manufacturers to choose from, and One-stop services like Alibaba have made it easy to navigate suppliers.

Certainly we never consider the members are paid, you can not identify the size of the company.

Most of factories/manufacturers or suppliers no pay no member, even no exhibition, most of them are small factory or suppler, some ones are still with good business, some ones are common.

Why we give up the members who are easy find ? This is the inertia of thinking. There is an old saying in China, if you give up a big tree, you will get a forest. like a joke ?

Because too many the members take the orders and place to the small factories, but the members need to paid for their member's status, so they offer the prices are not cheap at all.

For an importer, its no easy to find them, maybe try to search by Google/Bing directly,

For example, search "China auto brake pads manufacturer" directly by Google, or search long word "Brake Pad manufacturer -B2B -Marketplace -leads -platform -directory -connecting -member -buyers -China -Chinese -cn -forum -yellow-pages -yellowpages -online -shop -store -blog -wikipedia -youtube -edu -gov -iciba -ichacha -1688", when you found a company, and search this company in Alibaba to check if he is a member.

About the brake pads price, Please read my another article "The price and safe of the disc brake pad depends on what ?"

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A Joke in driver's school Mon, 17 Jan 2022 17:16:18 +0800   When testing subjects II, he is really very nervous very upset, can't sleep at night feel that. His friends despising and laughing after know that, say just testing a garage Inverted, its difficult than the college entrance examination also tense like really unpromising. The coach said a joke, too many nervous people. When a student testing, he gone into the car, screaming shouting: coach! Coach! There is no steering wheel, no steering wheel!!! the Coach rushed into the testing field, and very confusion: the man sitting in the copilot and Very scared, (full the black lines).... allegedly that the coach almost runaway, the whole room echoed with the coach's roar.]]> Merry Christmas and Happy New Year 2017 Mon, 17 Jan 2022 17:16:18 +0800 We Okmad Int'l Auto Parts wish you a 

Merry Christmas and Happy New Year 2017 !

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The price and safe of the disc brake pad depends on what ? Mon, 17 Jan 2022 17:16:18 +0800 Disc Brake pads include steel backplate with friction material bound to the surface of disc brake rotor.

1, Do you know, what is thickness of the steel backplate for brake pads? I think no too more poeple pay attention to it, nobody asks it at all, in fact according to the OEM standard, the brake pads for most of cars, the steel backplate is 5 mm thickness, and 8mm for truck brake pads.

Maybe you ask, why you saying this, who cares of it? at least no any customer never measure it at all, and nobody can know it by eyes only without a measurement tool. even the wholesalers, distribution, importers don't pay attention to it. it seems all of poeple always care for the price. Yes, this is market economy, there have a lots of competitions, the salers strongly need cheaper competitive prices. therefor, some manufacturers try to find ways to reduce any possible cost. we know, the workers salary, materials cost, warehouses, plants, machines etc are no possible to reduce, but finally they find 4 mm thickness backplate is a good choice to reduce the price, 1 mm is 20%, that is say the backplate reduce 1 mm, the unit weight will be reduced 20%, the backplate cost will be reduced 20%+, the important is that nobody pay attention it.

Even some manufacturers use the USED backplate from the waste brake pads.

I don't know what are the consequences, just by now I did not hear any traffic accident was caused by the Brake pads backplate thickness, even so, I still worry about it, Theoretically, the thin backplate is easy to deform, when we make the braking, high temperature, the brake caliper's pressure and frict with the brake rotor... anyhow I still worry about the safe matter.


2, The friction material, for a good brake pad, we need a good formula, in order to get a good performance, no noise, no dust, non-pollution. the material approximately include, Steel Fibre, Sponge Iron Powder, Kevlar, Vermiculite, Phenolic Resin, Nitrile Rubber Powder, MBTS, Graphite, Ceramic and so on, they are not easy to reduce the brake pads price base on keeping the good performance.


Hope all poeple no use the thin, waste, or any disabled disc Brake pads.


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Are you a good driver ? Mon, 17 Jan 2022 17:16:18 +0800 1, Evening drive, if you turn on the lights?

Can make the driver of the car in front of you can see you when he changes lane, Avoid accidents.

Currently new drivers are more and more, more and more vehicles on the road, there are a lot of drivers are not taken into account, open the lights when the weather was bad and the night, not to see the other cars, but let the other cars to see you.


2, Slower cars occupied Overtaking Lane for a long time, leading to traffic jam.

3, Open headlights led to the driver of the opposite vehicle can not see clearly.

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How to change the brake pads of your car ! Mon, 17 Jan 2022 17:16:18 +0800 How to change the brake pads of your car !

(from ElctroBoom)


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KIA CLARUS MAZDA 3 323 F S 5 626 I II III IVV PREMACY TRIBUTE Ball Joint OEM:ZZC1-34-320 SB-1392 CBMZ-17 MD-BJ-2327 Mon, 17 Jan 2022 17:16:18 +0800 KIA CLARUS MAZDA 3 323 F S 5 626 I II III IVV PREMACY TRIBUTE Ball Joint OEM:ZZC1-34-320 SB-1392 CBMZ-17 MD-BJ-2327


Description:

Left and right;Lower


OEM No.

FORD : 6L8Z-3078-AA

FORD : 6L8Z-3079-AA

HYUNDAI : 0G030-34550A

HYUNDAI : 0G030-34550B

HYUNDAI : 0K030-32550A

MAZDA : B25D-34-300B

MAZDA : B25D-34-300D

MAZDA : B25D-34-350B

MAZDA : B25D-34-350D

MAZDA : B25D-99-350D

MAZDA : B32H-34-300B

MAZDA : B32H-34-300C

MAZDA : B32H-34-300E

MAZDA : B32H-34-350B

MAZDA : B32H-34-350C

MAZDA : B32H-34-350E

MAZDA : BK3P-34-300D

MAZDA : BLEFP-34-300

MAZDA : BLEFP-34-350

MAZDA : C100-34-300B

MAZDA : C100-34-350B

MAZDA : C100-99-300B

MAZDA : C100-99-350B

MAZDA : C145-99-300A

MAZDA : C145-99-350A

MAZDA : C513-34-300

MAZDA : C513-34-350

MAZDA : E112-99-300C

MAZDA : G030-34-300B

MAZDA : G030-34-300C

MAZDA : G030-34-350B

MAZDA : G030-34-350C

MAZDA : G030-99-356

MAZDA : GA2A-34-300A

MAZDA : GA2A-34-350A

MAZDA : GA2B-34-300

MAZDA : GA2B-34-350

MAZDA : GA6A-99-356

MAZDA : GA6B-34-300E

MAZDA : GA6B-34-350E

MAZDA : GA6B-99-300E

MAZDA : GA6B-99-350E

MAZDA : GA6B-99-356

MAZDA : GA6B-99-356A

MAZDA : LC62-99-300C

MAZDA : M001-99-356A

MAZDA : ZZC1-34-310

MAZDA : ZZC1-34-320


Cross Reference

555 : SB-1392

AYD : 92MZ01296

BLUE PRINT : ADM58604

CORTECO : 49395648

CTR : CBKK-1

CTR : CBMZ-17

CTR : CBMZ-29

CTR : CBMZ-30

CTR : CBMZ-34

DELPHI : TC589

FEBEST : 0520PRM

FEBEST : 0520-TRB

FEBI BILSTEIN : 17631

FENOX : BJ10093

FLENNOR : FL015-D

JAPANPARTS : BJ-317

LEMFORDER : 11814

LEMFORDER : 11814 01

LEMFORDER : 11814 02

MAPCO : 19587

MEYLE : 35-16 010 0001

MONROE : L50040

MOOG : MD-BJ-104144

MOOG : MD-BJ-2327

NIPPARTS : J4863010

OCAP : 0400349

OPTIMAL : G3-126

PARTS-MALL : PXCJH-005

PATRON : PS3074

PATRON : PS3074KOR

RTS : 93-08020

RUVILLE : 917011

STELLOX : 52-01296A-SX

STELLOX : 52-01296A-SX

STELLOX : 52-01296-SX

STELLOX : 52-71004-SX

STELLOX : 52-71009-SX

STELLOX : 52-71017-SX

STELLOX : 92MZ01296

SWAG : 83780003

TRW : JBJ163

YAMATO : J13005JC


Application, Suspension Parts for:

KIA  CLARUS (K9A) 1.8 i 16V 1996-2001

KIA  CLARUS (K9A) 2.0 i 16V 1996-2001

KIA  CLARUS Estate (GC) 1.8 i 16V 1998-

KIA  CLARUS Estate (GC) 2.0 i 16V 1998-

MAZDA  3 (BK) 1.3 (BK14) 2003-2009

MAZDA  3 (BK) 1.6 (BK14) 2003-2009

MAZDA  3 (BK) 1.6 DI Turbo 2004-2009

MAZDA  3 (BK) 1.6 MZ-CD 2006-2009

MAZDA  3 (BK) 2.0 2003-2009

MAZDA  3 (BK) 2.0 MZR-CD (BK14) 2006-2009

MAZDA  3 (BK) 2.3 MPS Turbo (BK14) 2006-2009

MAZDA  3 (BL) 1.6 MZ-CD 2008-2013

MAZDA  3 (BL) 1.6 MZR (BL14) 2008-2014

MAZDA  3 (BL) 1.6 MZR CD 2010-2013

MAZDA  3 (BL) 2.0 MZR 2009-2014

MAZDA  3 (BL) 2.0 MZR DISI 2008-2013

MAZDA  3 (BL) 2.2 MZR CD 2009-2013

MAZDA  3 (BL) 2.2 MZR CD 2009-2013

MAZDA  3 (BL) 2.3 MPS Turbo (BL14) 2008-2014

MAZDA  3 Saloon (BK) 1.6 2004-2009

MAZDA  3 Saloon (BK) 1.6 DI Turbo (BK12Y) 2004-2009

MAZDA  3 Saloon (BK) 2.0 2003-2009

MAZDA  3 Saloon (BK) 2.0 MZR-CD (BK12) 2006-2009

MAZDA  3 Saloon (BL) 1.6 MZR (BL12) 2008-2014

MAZDA  323 F VI (BJ) 1.4 2001-2004

MAZDA  323 F VI (BJ) 1.4 16V 1998-2001

MAZDA  323 F VI (BJ) 1.5 16V 1998-2001

MAZDA  323 F VI (BJ) 1.6 2001-2004

MAZDA  323 F VI (BJ) 1.6 2001-2004

MAZDA  323 F VI (BJ) 1.9 16V (BJ14) 1998-2001

MAZDA  323 F VI (BJ) 2.0 2001-2004

MAZDA  323 F VI (BJ) 2.0 D 1998-2004

MAZDA  323 F VI (BJ) 2.0 TD 1998-2001

MAZDA  323 F VI (BJ) 2.0 TD 2001-2004

MAZDA  323 S VI (BJ) 1.3 2001-2004

MAZDA  323 S VI (BJ) 1.3 16V 1998-2001

MAZDA  323 S VI (BJ) 1.5 16V 1998-2001

MAZDA  323 S VI (BJ) 1.6 1998-2001

MAZDA  323 S VI (BJ) 1.6 2001-2004

MAZDA  323 S VI (BJ) 1.6 2001-2004

MAZDA  323 S VI (BJ) 1.8 Protege 1998-2004

MAZDA  323 S VI (BJ) 1.9 16V 1998-2004

MAZDA  323 S VI (BJ) 2.0 2001-2004

MAZDA  323 S VI (BJ) 2.0 (SP20) 2000-2004

MAZDA  323 S VI (BJ) 2.0 D (BJ1_) 1998-2004

MAZDA  323 S VI (BJ) 2.0 DiTD 2000-2002

MAZDA  323 S VI (BJ) 2.0 TD 1998-2004

MAZDA  5 (CR19) 1.8 2005-2010

MAZDA  5 (CR19) 2.0 2005-2010

MAZDA  5 (CR19) 2.0 CD 2005-2010

MAZDA  5 (CR19) 2.0 CD 2005-2010

MAZDA  5 (CW) 1.6 CD 2010-

MAZDA  5 (CW) 2.0 2010-

MAZDA  5 (CW) 2.0 2010-

MAZDA  626 I (CB) 1.6 1979-1982

MAZDA  626 I (CB) 1.6 1980-1982

MAZDA  626 I (CB) 2.0 1979-1982

MAZDA  626 I Coupe 1.6 1978-1980

MAZDA  626 I Coupe 2.0 1978-1982

MAZDA  626 I Coupe 2.0 1980-1982

MAZDA  626 II (GC) 1.6 1982-1987

MAZDA  626 II (GC) 2.0 1983-1987

MAZDA  626 II (GC) 2.0 1986-1987

MAZDA  626 II (GC) 2.0 (GC1) 1986-1990

MAZDA  626 II (GC) 2.0 D 1982-1985

MAZDA  626 II (GC) 2.0 D 1983-1987

MAZDA  626 II (GC) 2.0 i Turbo 1986-1987

MAZDA  626 II Coupe (GC) 1.6 1982-1987

MAZDA  626 II Coupe (GC) 2.0 1982-1987

MAZDA  626 II Coupe (GC) 2.0 1983-1987

MAZDA  626 II Coupe (GC) 2.0 1985-1987

MAZDA  626 II Coupe (GC) 2.0 1986-1987

MAZDA  626 II Coupe (GC) 2.0 i Turbo 1986-1987

MAZDA  626 II Hatchback (GC) 1.6 1983-1987

MAZDA  626 II Hatchback (GC) 1.6 1983-1987

MAZDA  626 II Hatchback (GC) 2.0 1983-1987

MAZDA  626 II Hatchback (GC) 2.0 1985-1987

MAZDA  626 II Hatchback (GC) 2.0 1986-1987

MAZDA  626 II Hatchback (GC) 2.0 D 1984-1987

MAZDA  626 II Hatchback (GC) 2.0 i Turbo 1986-1987

MAZDA  626 III (GD) 1.6 1987-1992

MAZDA  626 III (GD) 1.8 1987-1992

MAZDA  626 III (GD) 1.8 1989-1992

MAZDA  626 III (GD) 2.0 1987-1989

MAZDA  626 III (GD) 2.0 1987-1990

MAZDA  626 III (GD) 2.0 12V 1987-1992

MAZDA  626 III (GD) 2.0 16V 1987-1989

MAZDA  626 III (GD) 2.0 16V 1987-1992

MAZDA  626 III (GD) 2.0 D 1987-1991

MAZDA  626 III (GD) 2.2 12V 1987-1991

MAZDA  626 III (GD) 2.2 12V 4WD 1990-1992

MAZDA  626 III Coupe (GD) 1.8 1987-1991

MAZDA  626 III Coupe (GD) 2.0 1987-1990

MAZDA  626 III Coupe (GD) 2.0 12V 1987-1988

MAZDA  626 III Coupe (GD) 2.0 16V 1987-1989

MAZDA  626 III Coupe (GD) 2.0 16V 1987-1990

MAZDA  626 III Coupe (GD) 2.2 12V 1988-1991

MAZDA  626 III Hatchback (GD) 1.6 1987-1992

MAZDA  626 III Hatchback (GD) 1.8 1987-1989

MAZDA  626 III Hatchback (GD) 1.8 1987-1992

MAZDA  626 III Hatchback (GD) 1.8 1987-1992

MAZDA  626 III Hatchback (GD) 2.0 1987-1990

MAZDA  626 III Hatchback (GD) 2.0 12V 1987-1992

MAZDA  626 III Hatchback (GD) 2.0 16V 1987-1989

MAZDA  626 III Hatchback (GD) 2.0 16V 1987-1990

MAZDA  626 III Hatchback (GD) 2.0 4x4 1989-1991

MAZDA  626 III Hatchback (GD) 2.0 D 1987-1991

MAZDA  626 III Hatchback (GD) 2.2 12V 1988-1992

MAZDA  626 III Hatchback (GD) 2.2 12V 4WD 1987-1990

MAZDA  626 III Station Wagon (GV) 1.8 1988-1992

MAZDA  626 III Station Wagon (GV) 1.8 1989-1992

MAZDA  626 III Station Wagon (GV) 2.0 1988-1997

MAZDA  626 III Station Wagon (GV) 2.0 12V 1987-1990

MAZDA  626 III Station Wagon (GV) 2.0 12V 1987-1992

MAZDA  626 III Station Wagon (GV) 2.0 16V 1988-1992

MAZDA  626 III Station Wagon (GV) 2.0 D 1988-1991

MAZDA  626 III Station Wagon (GV) 2.0 D 1994-1997

MAZDA  626 III Station Wagon (GV) 2.0 D Comprex 1993-1996

MAZDA  626 III Station Wagon (GV) 2.0 GLX 1992-1995

MAZDA  626 III Station Wagon (GV) 2.0 i 16V 1988-1997

MAZDA  626 III Station Wagon (GV) 2.2 12V 1989-1996

MAZDA  626 III Station Wagon (GV) 2.2 12V 4WD 1991-1992

MAZDA  626 IV (GE) 1.8 i 1992-1997

MAZDA  626 IV (GE) 1.8 i 1994-1997

MAZDA  626 IV (GE) 1.8 i 1994-1997

MAZDA  626 IV (GE) 2.0 D 1994-1997

MAZDA  626 IV (GE) 2.0 D GLX Comprex 1992-1997

MAZDA  626 IV (GE) 2.0 i 1992-1997

MAZDA  626 IV (GE) 2.0 i 4WD 1992-1997

MAZDA  626 IV (GE) 2.5 24V 1992-1997

MAZDA  626 IV Hatchback (GE) 1.8 1991-1997

MAZDA  626 IV Hatchback (GE) 1.8 1993-1996

MAZDA  626 IV Hatchback (GE) 1.8 1994-1997

MAZDA  626 IV Hatchback (GE) 2.0 D GLX Comprex 1993-1997

MAZDA  626 IV Hatchback (GE) 2.0 i 1991-1997

MAZDA  626 IV Hatchback (GE) 2.0 i 4WD 1992-1997

MAZDA  626 IV Hatchback (GE) 2.5 24V 1992-1997

MAZDA  626 IV Hatchback (GE) 2.5 24V 1994-1997

MAZDA  626 V (GF) 1.8 1997-1999

MAZDA  626 V (GF) 1.8 1999-2002

MAZDA  626 V (GF) 2.0 1997-2002

MAZDA  626 V (GF) 2.0 1998-2002

MAZDA  626 V (GF) 2.0 DI TD 1998-2002

MAZDA  626 V (GF) 2.0 TD 2000-2002

MAZDA  626 V (GF) 2.0 Turbo DI 1998-2002

MAZDA  626 V Hatchback (GF) 1.8 1997-1999

MAZDA  626 V Hatchback (GF) 1.8 1999-2002

MAZDA  626 V Hatchback (GF) 2.0 1997-2002

MAZDA  626 V Hatchback (GF) 2.0 DITD 1998-2002

MAZDA  626 V Hatchback (GF) 2.0 H.P. 1998-2002

MAZDA  626 V Hatchback (GF) 2.0 TD 2000-2002

MAZDA  626 V Hatchback (GF) 2.0 Turbo DI 1998-2002

MAZDA  626 V Station Wagon (GW) 1.8 1998-2000

MAZDA  626 V Station Wagon (GW) 1.8 2000-2002

MAZDA  626 V Station Wagon (GW) 2.0 1998-2002

MAZDA  626 V Station Wagon (GW) 2.0 DITD 1999-2002

MAZDA  626 V Station Wagon (GW) 2.0 H.P. 1998-2002

MAZDA  626 V Station Wagon (GW) 2.0 TD 2000-2002

MAZDA  626 V Station Wagon (GW) 2.0 Turbo DI 1998-2002

MAZDA  PREMACY (CP) 1.9 1999-2005

MAZDA  PREMACY (CP) 1.9 1999-2005

MAZDA  PREMACY (CP) 2.0 2001-2005

MAZDA  PREMACY (CP) 2.0 TD 1999-2000

MAZDA  PREMACY (CP) 2.0 TD 2000-2005

MAZDA  TRIBUTE (EP) 3.0 V6 AWD 2004-2008


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JAGUAR S-TYPE X200 Ball Joint OEM:XR841215 BBJ5546 FBJ5546 Mon, 17 Jan 2022 17:16:18 +0800 JAGUAR S-TYPE X200 Ball Joint OEM:XR841215 BBJ5546 FBJ5546


Description:

Front Axle


OEM No.

OE  XR841215


Cross Reference

A.B.S.  220458

BORG & BECK  BBJ5546

FIRST LINE  FBJ5546

MEYLE  18-16 010 0001  18160100001

MOOG  JA-BJ-7047  JABJ7047

SIDEM  27082

SPIDAN  46871


Application, Suspension Parts for:

JAGUAR S-TYPE (X200) 1998/10-2008/12


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MAZDA TITAN TRUCK T3000/3500 Ball Joint OEM:W628-34-540 W628-34-550 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA TITAN TRUCK T3000/3500 Ball Joint OEM:W628-34-540 W628-34-550


Description:

Upper, Lower


OEM No.

OE  W628-34-540  W62834540


OE  W628-34-550  W62834550



Application, Suspension Parts for:

MAZDA TITAN TRUCK T3000/3500


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MAZDA B-SERIE UF UN Ball Joint OEM:UH71-34-540 SB-1521 CBMZ-20 K9554 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA B-SERIE UF UN Ball Joint OEM:UH71-34-540 SB-1521 CBMZ-20 K9554


Description:

Front Axle, Upper


OEM No.

OE  8AU1-34-510  8AU134510

OE  8AU1-34-540  8AU134540

OE  8UB1-34-540  8UB134540

OE  8UB-39-99-354  8UB3999354

OE  UB39-99-354  UB3999354

OE  UH71-34-540  UH7134540


Cross Reference

555  SB-1521  SB1521

A.B.S.  220400  220400

ASHIKA  111-03-320  11103320

ASHUKI  1464-0003  14640003

BLUE PRINT  ADM58611  ADM58611

CTR  CBMZ-20  CBMZ20

DELPHI  TC588  TC588

FAI AUTOPARTS  SS962  SS962

HERTH+BUSS JAKOPARTS  J4983000  J4983000

HERTH+BUSS JAKOPARTS  J4983003  J4983003

JAPANPARTS  TI-320  TI320

KAGER  88-0280  880280

KAVO PARTS  SBJ-4511  SBJ4511

LEMFORDER  15480  15480

LEMFORDER  15480 02  1548002

MAPCO  51534  51534

MEYLE  35-16 010 0020  35160100020

MONROE  L50505

MOOG  K9554

NIPPARTS  J4883000  J4883000

NK  5043216  5043216

QUINTON HAZELL  QSJ9214S  QSJ9214S

RAYBESTOS  5001067  5001067

SIDEM  52084  52084

SPIDAN  44592  44592

TRISCAN  8500 50505  850050505

TRW  104122  104122

TRW  JBJ439  JBJ439

VAICO  V32-9512  V329512


Application, Suspension Parts for:

MAZDA B-SERIE (UF) 1985/01-1999/12

MAZDA B-SERIE (UN) 1998/11-2006/11


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MAZDA B-SERIE Box Bus MAZDA BONGO FRIENDEE NISSAN VANETTE S21 Ball Joint OEM:S08399354 SB-1411 CBKK-5 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA B-SERIE Box Bus MAZDA BONGO FRIENDEE NISSAN VANETTE S21 Ball Joint OEM:S08399354 SB-1411 CBKK-5


Description:

Front Axle, Upper

Cone Size : 17.8 mm


OEM No.

OE  3 252 249  3252249

OE  40110-HA00A  40110HA00A

OE  K7103-45-40YT  K71034540YT

OE  S083-99-354  S08399354

OE  S083-99-364  S08399364

OE  S47P-34-540  S47P34540

OE  S47P-34-540A  S47P34540A

OE  SO8-399-364  SO8399364


Cross Reference

555  SB-1411  SB1411

A.B.S.  220139  220139

ASHIKA  73-03-313  7303313

BLUE PRINT  ADM58609  ADM58609

CTR  CBKK-5  CBKK5

CTR  CBMZ-13  CBMZ13

DELPHI  TC590  TC590

FAI AUTOPARTS  SS1113  SS1113

FLENNOR  FL703-D  FL703D

HERTH+BUSS JAKOPARTS  J4863005  J4863005

HERTH+BUSS JAKOPARTS  J4983001  J4983001

INDELDIS KX 7  SU11140  SU11140

JAPANPARTS  BJ-313  BJ313

JAPKO  73313  73313

KAGER  88-0165  880165

KAGER  88-0539  880539

KAVO PARTS  SBJ-4509  SBJ4509

KSP  5005057  5005057

LEMFORDER  14915  14915

LEMFORDER  14915 01  1491501

LEMFORDER  183000063571

MAPCO  51540  51540

MEYLE  35-16 010 0018  35160100018

MOOG  FD-BJ-10065  FDBJ10065

NIPPARTS  J4863005  J4863005

NK  5043213  5043213

OCAP  0400339  0400339

OPTIMAL  G3-814  G3814

QUINTON HAZELL  QSJ9217S  QSJ9217S

RUVILLE  917025  917025

SIDEM  52180  52180

SPIDAN  44588  44588

TRISCAN  8500 16202  850016202


Application, Suspension Parts for:

MAZDA B-SERIE (UN) 1998/11-2006/11

MAZDA E-SERIE Box (SR2) 1983/10-2004/07

MAZDA E-SERIE Bus (SR1) 1984/01-1994/05

MAZDA BONGO FRIENDEE 

MAZDA E2000/E2200 SD/SR 1987- 

MAZDA E2000/E2200 SD/SR 1997- 

MAZDA E2000/E2200 SK/SL 1999- 

NISSAN VANETTE S21 1999-


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LAND ROVER RANGE ROVER III L322 Ball Joint OEM:RBK500210 TC1951 K500146 QSJ3392S Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER RANGE ROVER III L322 Ball Joint OEM:RBK500210 TC1951 K500146 QSJ3392S


Description:

Front Axle, Upper

Thread Size : M14x1.5 mm


OEM No.

OE  RBK000012  RBK000012

OE  RBK 500150  RBK500150

OE  RBK 500210  RBK500210


Cross Reference

ASHIKA  73-0L-L06  730LL06

DELPHI  TC1951

JAPANPARTS  BJ-L06  BJL06

JAPKO  73L06  73L06

LEMFORDER  29582  29582

LEMFORDER  29582 01  2958201

MAPCO  51688  51688

MOOG  K500146

MOOG  LR-BJ-4057  LRBJ4057

OPTIMAL  G3-968  G3968

QUINTON HAZELL  QSJ3392S

RTS  93-01640  9301640

RTS  93-01640-056  9301640056

SIDEM  65684  65684

TRISCAN  8500 17511  850017511


Application, Suspension Parts for:

LAND ROVER RANGE ROVER III (L322) 2002/03-2012/12


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MITSUBISHI GRANDIS NA_W Ball Joint OEM:MR594325# 0420-NA4 MR594326# Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI GRANDIS NA_W Ball Joint OEM:MR594325# 0420-NA4 MR594326#


Description:

Front Axle, Lower


OEM No.

OE  MR594325#  MR594325

OE  MR594326#  MR594326


Cross Reference

FEBEST  0420-NA4  0420NA4


Application, Suspension Parts for:

MITSUBISHI GRANDIS (NA_W) 2003/03-2011/12


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MITSUBISHI COLT IV LANCER V PAJERO JUNIOR MINI PININ Ball Joint OEM:MR592351 MB-7232 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI COLT IV LANCER V PAJERO JUNIOR MINI PININ Ball Joint OEM:MR592351 MB-7232



OEM No.

MITSUBISHI : AW311699

MITSUBISHI : MB241883

MITSUBISHI : MB303374

MITSUBISHI : MB303375

MITSUBISHI : MB349963

MITSUBISHI : MB349964

MITSUBISHI : MB518041

MITSUBISHI : MB518042

MITSUBISHI : MB518205

MITSUBISHI : MB518206

MITSUBISHI : MB518712

MITSUBISHI : MB518713

MITSUBISHI : MB518960

MITSUBISHI : MB518961

MITSUBISHI : MB573093

MITSUBISHI : MB573094

MITSUBISHI : MB573098

MITSUBISHI : MB-7232

MITSUBISHI : MB860817

MITSUBISHI : MB860818

MITSUBISHI : MB891787

MITSUBISHI : MB891788

MITSUBISHI : MB907163

MITSUBISHI : MB907164

MITSUBISHI : MB912077

MITSUBISHI : MB912078

MITSUBISHI : MR273033

MITSUBISHI : MR273034

MITSUBISHI : MR414939

MITSUBISHI : MR414940

MITSUBISHI : MR465697

MITSUBISHI : MR465698

MITSUBISHI : MR592351

MITSUBISHI : MR592352


Cross Reference

MASUMA  MB-7232


Application, Suspension Parts for:

MITSUBISHI COLT IV (CA_A) 1.3 GLi 12V (CA1A) 1992-1996

MITSUBISHI COLT IV (CA_A) 1.6 4WD (CC4A) 1993-1995

MITSUBISHI COLT IV (CA_A) 1.6 GLXi 16V (CA4A) 1992-1996

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1.3 (CB1A) 1992-1996

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1.6 16V (CB4A) 1992-1996

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1.6 16V 4WD (CD4A) 1992-1996

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 2.0 Diesel (CB8A) 1992-1996

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 1.6 16V (CB4W) 1992-2003

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 2.0 D (CB8W) 1992-2003

MITSUBISHI PAJERO JUNIOR (H57A) 1.1 4WD 1995-1998

MITSUBISHI PAJERO MINI (H5_A) 0.7 1994-2012

MITSUBISHI PAJERO MINI (H5_A) 0.7 4WD 1994-2012

MITSUBISHI PAJERO MINI (H5_A) 0.7 4WD 1994-2012

MITSUBISHI PAJERO PININ (H6_W, H7_W) 1.8 GDI (H66W, H76W) 1999-2001

MITSUBISHI PAJERO PININ (H6_W, H7_W) 2.0 GDI (H67W, H77W) 2000-2007


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MITSUBISHI ENDEAVOR D8W D7W Ball Joint OEM:MR589422 MR589421 0420-D81F Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI ENDEAVOR D8W D7W Ball Joint OEM:MR589422 MR589421 0420-D81F


Description:

Lower Front Axle


OEM No.

MITSUBISHI : MR589421

MITSUBISHI : MR589422


Cross Reference

FEBEST : 0420-D81F


Application, Suspension Parts for:

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 2002-2011

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 2003-2011

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 2003-2004

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 2004-2011

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 4WD 2002-2011

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 4WD 2003-2011

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 4WD 2003-2004

MITSUBISHI ENDEAVOR (D8_W, D7_W) 3.8 4WD 2004-2011


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MITSUBISHI PAJERO CLASSIC III Canvas Top V73W Ball Joint OEM:MR508130 SB-7845 CBM-34 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI PAJERO CLASSIC III Canvas Top V73W Ball Joint OEM:MR508130 SB-7845 CBM-34


Description:

Rear Axle, Upper


OEM No.

OE  MR508130


Cross Reference

555  SB-7845  SB7845

ASHIKA  73-05-521  7305521

CTR  CBM-34  CBM34

JAPANPARTS  BJ-521  BJ521

KAVO PARTS  SBJ-5519  SBJ5519

MOOG  MI-BJ-7233  MIBJ7233

NIPPARTS  J4885007  J4885007

SIDEM  71083

SPIDAN  46756


Application, Suspension Parts for:

MITSUBISHI PAJERO CLASSIC (V2_W) 2001/07-

MITSUBISHI PAJERO III Canvas Top (V6_W, V7_W) 2000/02-2006/12

MITSUBISHI PAJERO V73W 2000-2005


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CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE GALANT Ball Joint OEM:MR455737# 0420-EA3 K7449 Mon, 17 Jan 2022 17:16:18 +0800 CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE GALANT Ball Joint OEM:MR455737# 0420-EA3 K7449


Description:

Front Axle, Lower


OEM No.

OE  MR369795#  MR369795

OE  MR369796#  MR369796

OE  MR455737#  MR455737

OE  MR455738#  MR455738

OE  MR554375#  MR554375

OE  MR554376#  MR554376


Cross Reference

FEBEST  0420-EA3  0420EA3

MOOG  AMGK7449  AMGK7449

MOOG  K7449

RAYBESTOS  505-1317  5051317

TRW  104348


Application, Suspension Parts for:

CHRYSLER SEBRING  2001-2005 

DODGE STRATUS  2001-2005 

DODGE STRATUS R/T  2002-2005 

MITSUBISHI ECLIPSE  2000-2004 

MITSUBISHI ECLIPSE GS 2005

MITSUBISHI ECLIPSE GT 2005

MITSUBISHI ECLIPSE GTS  2003-2005 

MITSUBISHI ECLIPSE SPYDER  2001-2004 

MITSUBISHI ECLIPSE SPYDER GS 2005

MITSUBISHI ECLIPSE SPYDER GT 2005

MITSUBISHI ECLIPSE SPYDER GTS  2003-2005 

MITSUBISHI GALANT  1999-2003

MITSUBISHI ECLIPSE Convertible (D5_A) 1999/05-2005/12

MITSUBISHI ECLIPSE III (D5_A) 1999/04-2005/12


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MITSUBISHI ECLIPSE IV GALANT Saloon Ball Joint OEM:MN161706# 0420-DJ1F Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI ECLIPSE IV GALANT Saloon Ball Joint OEM:MN161706# 0420-DJ1F


Description:

Front Axle, Lower


OEM No.

OE  MN161705#  MN161705

OE  MN161706#  MN161706


Cross Reference

FEBEST  0420-DJ1F  0420DJ1F


Application, Suspension Parts for:

MITSUBISHI ECLIPSE IV (DK_A) 2005/04-2012/12

MITSUBISHI GALANT Saloon (DJ_, ED_, EF_) 2003/10-


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HYUNDAI GETZ ix20 KIA SOUL MITSUBISHI CARISMA COLT CORDIA GALANT LANCER MAGNA SIGMA TREDIA PROTON PERSONA VOLVO S40 V40 Ball Joint OEM:MB241883 SB-7232 K9617 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI GETZ ix20 KIA SOUL MITSUBISHI CARISMA COLT CORDIA GALANT LANCER MAGNA SIGMA TREDIA PROTON PERSONA VOLVO S40 V40 Ball Joint OEM:MB241883 SB-7232 K9617


Description:

Front Axle, Lower

Thread Size : M12x1.25 mm


OEM No.

OE  3 0821650  30821650

OE  3 0821651  30821651

OE  30863988  30863988

OE  30863989  30863989

OE  308 639 90  30863990

OE  30864208  30864208

OE  30864209  30864209

OE  30887025  30887025

OE  30887469  30887469

OE  30887470  30887470

OE  AW-311699  AW311699

OE  MB-241883  MB241883

OE  MB-303374  MB303374

OE  MB-303375  MB303375

OE  MB303377  MB303377

OE  MB303521-01  MB30352101

OE  MB303522-01  MB30352201

OE  MB303771-01  MB30377101

OE  MB303772-01  MB30377201

OE  MB349463-01  MB34946301

OE  MB349464-01  MB34946401

OE  MB349963-01  MB34996301

OE  MB349964-01  MB34996401

OE  MB430311-01  MB43031101

OE  MB430312-01  MB43031201

OE  MB430350/1  MB4303501

OE  MB430406-01  MB43040601

OE  MB430407-01  MB43040701

OE  MB430408-01  MB43040801

OE  MB430409-01  MB43040901

OE  MB430413  MB430413

OE  MB518041-01  MB51804101

OE  MB518042-01  MB51804201

OE  MB518043-01  MB51804301

OE  MB518044-01  MB51804401

OE  MB518205  MB518205

OE  MB518205-01  MB51820501

OE  MB518206  MB518206

OE  MB518206-01  MB51820601

OE  MB518712  MB518712

OE  MB518712-01  MB51871201

OE  MB518713  MB518713

OE  MB518713-01  MB51871301

OE  MB518960-01  MB51896001

OE  MB518961  MB518961

OE  MB518961-01  MB51896101

OE  MB573093-01  MB57309301

OE  MB573094-01  MB57309401

OE  MB573098-01  MB57309801

OE  MB860817  MB860817

OE  MB860817-01  MB86081701

OE  MB860818-01  MB86081801

OE  MB891787  MB891787

OE  MB891787-01  MB89178701

OE  MB891788  MB891788

OE  MB891788-01  MB89178801

OE  MB891790  MB891790


Cross Reference

555  SB-7232  SB7232

CTR  CBM-11  CBM11

DELPHI  TC592  TC592

FAI AUTOPARTS  SS1154  SS1154

FLENNOR  FL613-D  FL613D

HERTH+BUSS JAKOPARTS  J4865004  J4865004

INDELDIS KX 7  SU12490  SU12490

JAPANPARTS  BJ-512  BJ512

KAGER  88-0129  880129

LEMFORDER  11851  11851

LEMFORDER  11851 01  1185101

LEMFORDER  11851 02  1185102

LEMFORDER  34553 01  3455301

LEMFORDER  183000054572  183000054572

MAPCO  49578  49578

MEYLE  516 010 0021  5160100021

MEYLE  32-16 010 0012  32160100012

MOOG  K9617  K9617

MOOG  MI-BJ-10371  MIBJ10371

NIPPARTS  J4865004  J4865004

NK  5043009  5043009

OPTIMAL  G3-724  G3724

PEX  12.04.164  1204164

QUINTON HAZELL  QSJ1124S  QSJ1124S

RAYBESTOS  505-1163  5051163

RUVILLE  917314  917314

SIDEM  71280  71280

SIDEM  71282  71282

SPIDAN  40732  40732

TRISCAN  8500 42010  850042010

TRW  10371

TRW  JBJ174


Application, Suspension Parts for:

HYUNDAI ACCENT II (LC) 1999/09-2005/11

HYUNDAI ACCENT II Saloon (LC) 1999/09-2006/12

HYUNDAI ACCENT III Saloon (MC) 2005/11-2010/11

HYUNDAI ACCENT IV (RB) 2010/11-

HYUNDAI ACCENT IV Saloon (RB) 2010/08-

HYUNDAI GETZ (TB) 2002/08-2010/12

HYUNDAI i20 (PB, PBT) 2008/08-

HYUNDAI ix20 (JC) 2010/11-

KIA (DYK) SOUL Hatchback 2009/12-

MITSUBISHI CARISMA (DA_) 1995/07-2006/06

MITSUBISHI CARISMA Saloon (DA_) 1996/09-2006/06

MITSUBISHI COLT II (C1_A) 1982/10-1988/04

MITSUBISHI COLT III (C5_A) 1986/10-1992/05

MITSUBISHI COLT IV (CA_A) 1992/03-1996/04

MITSUBISHI CORDIA (A21_A, AB, AC) 1982/10-1989/07

MITSUBISHI GALANT III (E1_A) 1983/10-1990/04

MITSUBISHI GALANT IV (E3_A) 1988/11-1992/12

MITSUBISHI GALANT IV Saloon (E3_A) 1987/11-1993/03

MITSUBISHI LANCER IV (C6_A, C7_A) 1988/04-1992/09

MITSUBISHI LANCER IV Hatchback (C6_A, C7_A) 1988/04-1994/05

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1991/07-1996/12

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 1992/09-2003/10

MITSUBISHI LANCER VI (CJ-CP_) 1995/09-2003/08

MITSUBISHI MAGNA Estate (TM) 1985/04-1989/05

MITSUBISHI MAGNA Saloon (TM) 1985/05-1989/04

MITSUBISHI MAGNA Saloon (TP) 1989/05-1991/08

MITSUBISHI MAGNA Saloon (TR) 1991/03-1994/02

MITSUBISHI SAPPORO III (E16A) 1987/06-1990/08

MITSUBISHI SIGMA (F2_A, F1_A) 1990/10-1996/07

MITSUBISHI SPACE RUNNER (N1_W, N2_W) 1991/10-1999/08

MITSUBISHI SPACE STAR MPV (DG_A) 1998/06-2004/12

MITSUBISHI SPACE WAGON (D0_V/W) 1984/01-1992/01

MITSUBISHI SPACE WAGON (N3_W, N4_W) 1991/05-2000/11

MITSUBISHI SPACE WAGON (N9_W, N8_W) 1998/07-2004/12

MITSUBISHI TREDIA (A21_) 1982/09-1988/03

PROTON PERSONA 300 (C9_M) 1996/03-2004/07

PROTON PERSONA 400 (C9_S) 1994/01-2008/02

PROTON PERSONA 400 Hatchback (C9_C, C9_S) 1994/01-2008/02

PROTON SATRIA (C9_M) 1996/04-2006/05

VOLVO S40 I (644) 1995/07-2004/06

VOLVO V40 Estate (645) 1995/07-2004/06


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LEXUS RX L1 270 350 L2 200t 350 450h Ball Joint OEM:43330-09780 K500187 SB-T432R CBT-85 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX L1 270 350 L2 200t 350 450h Ball Joint OEM:43330-09780 K500187 SB-T432R CBT-85


Description:

Front Axle Right;Lower


OEM No.

LEXUS : 43330-09780

LEXUS : 43330-49165

TOYOTA : 43330-09780

TOYOTA : 43330-49165


Cross Reference

555 : SB-T432R

A.B.S. : 220618

APlus : 26791AP

CTR : CBT-85

ETS : 29.BJ.675

FEBEST : 0120-GSU40RH

FEBI BILSTEIN : 48224

FIRST LINE : FBJ5726

FORMPART : 4204066

HERTH+BUSS JAKOPARTS : J4872060

KAVO PARTS : SBJ-9072

KAWE : 8500 135023

LEMFORDER : 39012 01

LYNXauto : C1371R

MOOG : K500187

MOOG : TO-BJ-15144

NIPPARTS : N4872064

RTS : 93-92541-1

SIDEM : 45291

SKF : VKDS 811011

STELLOX : 52-00202-SX

SWAG : 81948224

SYD : 92TY15680

TALOSA : 47-08120

TEKNOROT : T-284

TRADEX FRANCE : 93-1315680

TRISCAN : 8500 135023

TRW : JBJ7611

TRW : JBJ7639

sbs : 5044556


Application, Suspension Parts for:

LEXUS  RX (_L1_) 270 (AGL10_) 2008-2015

LEXUS  RX (_L1_) 350 (GGL10_) 2009-2015

LEXUS  RX (_L1_) 350 (GYL10_) 2008-2015

LEXUS  RX (_L1_) 350 AWD (GGL15_) 2008-2015

LEXUS  RX (_L1_) 350 AWD (GGL15_) 2009-2012

LEXUS  RX (_L1_) 450h (GYL10_) 2008-2015

LEXUS  RX (_L1_) 450h AWD (GYL15_) 2008-2015

LEXUS  RX (_L2_) 200t (AGL20_) 2015-2017

LEXUS  RX (_L2_) 200t AWD (AGL25_) 2015-2017

LEXUS  RX (_L2_) 350 4WD (GGL25_, GGL26_) 2015-

LEXUS  RX (_L2_) 450h (GYL20_) 2015-

LEXUS  RX (_L2_) 450h AWD (GYL25_, GYL25, GYL26) 2015-

LEXUS  RX (_L2_) 450h AWD (GYL25_, GYL26_) 2015-


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LEXUS LX470 TOYOTA LANDCRUISER Ball Joint OEM:48640-60010# K500133 104500133 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS LX470 TOYOTA LANDCRUISER Ball Joint OEM:48640-60010# K500133 104500133


Description:

Front Axle, Lower


OEM No.

OE  48620-60010#  4862060010

OE  48640-60010#  4864060010


Cross Reference

MOOG  K500133

TRW  104500133


Application, Suspension Parts for:

LEXUS LX470 1998-2007

TOYOTA LANDCRUISER 1998-2006


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HONDA CR-V EX LX SE L4 Ball Joint OEM:51460-S10-020# K500128 45K15001 Mon, 17 Jan 2022 17:16:18 +0800


OEM No.

OE  51450-S10-020#  51450S10020

OE  51460-S10-020#  51460S10020


Cross Reference

ACDelco  45K15001

MOOG  K500128


Application, Suspension Parts for:

HONDA CR-V EX L4 2.0L 1972CC B20B4 1998

HONDA CR-V EX L4 2.0L 1972CC B20Z2 1999-2001

HONDA CR-V LX L4 2.0L 1972CC B20B4 1997-1998

HONDA CR-V LX L4 2.0L 1972CC B20Z2 1999-2001

HONDA CR-V SE L4 2.0L 1972CC B20Z2 2000-2001


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LEXUS IS I SportCross TOYOTA ALTEZZA MARK II Saloon Ball Joint OEM:43330-59065 K500067 SB-3986R CBT-69 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS I SportCross TOYOTA ALTEZZA MARK II Saloon Ball Joint OEM:43330-59065 K500067 SB-3986R CBT-69


Description:

Front Axle;Right


OEM No.

LEXUS : 43330-59065

LEXUS : 43330-59066

LEXUS : 43330-59135

TOYOTA : 43330-59066


Cross Reference

555 : SB-3986R

A.B.S. : 220568

AISIN : JBJTO-007

APlus : 25163AP

ASHIKA : 73-02-252R

ASHUKI : 1461-6202

ASVA : 0120-GX110R

BGA : SJ4404

BLUE PRINT : ADT38656

BORG & BECK : BBJ5517

COMLINE : CBJ6005

CORTECO : 49396008

CTR : CBT-69

DELPHI : TC2903

DJ PARTS : DB1247

ETS : 80.BJ.175

EURO CAR PARTS : 61782103

EURO CAR PARTS : 617821039

FAI AutoParts : SS8144

FEBEST : 0120-GX110R

FEBI BILSTEIN : 43106

FIRST LINE : FBJ5517

GSP : S080657

HERTH+BUSS JAKOPARTS : J4872051

JAPANPARTS : BJ-252R

JAPKO : 73252R

KAVO PARTS : SBJ-9042

KAWE : 8500 13571

LEMFORDER : 38452 01

LYNXauto : C1290R

MOOG : K500067

MOOG : TO-BJ-10640

NPS : T420A47

OCAP : 0489282

PARTS-MALL : PXCJF-023

QUINTON HAZELL : QSJ3519S

SIDEM : 45289

SKF : TV-551047

SKF : VKDS 811029

STELLOX : 52-00197A-SX

STELLOX : 52-00197-SX

SWAG : 81943105

SWAG : 81 94 3106

SWAG : 81943106

SYD : 92LX14052

TENACITY : ATBTO1112

TRISCAN : 8500 13571

TRW : JBJ7559

sbs : 5044553


Application, Suspension Parts for:

LEXUS  IS I (_E1_) 200 (GXE10) 1999-2005

LEXUS  IS I (_E1_) 300 (JCE10) 2001-2005

LEXUS  IS SportCross (_E1_) 200 (GXE10_) 2002-2005

LEXUS  IS SportCross (_E1_) 300 (JCE10_) 2001-2005

TOYOTA  ALTEZZA (_E1_) 2.0 VVTi (GXE10) 1999-2005

TOYOTA  MARK II Saloon (_X11_) 2.5 (JZX110) 2002-2004


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LEXUS IS I SportCross TOYOTA ALTEZZA MARK II Saloon Ball Joint OEM:43340-59065 K500066 SB-3986L CBT-70 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS I SportCross TOYOTA ALTEZZA MARK II Saloon Ball Joint OEM:43340-59065 K500066 SB-3986L CBT-70


Description:

Front Axle;Left


OEM No.

LEXUS : 43340-59065

LEXUS : 43340-59066

LEXUS : 43340-59135

TOYOTA : 43340-59066

TOYOTA : 43340-59135


Cross Reference

555 : SB-3986L

A.B.S. : 220567

AISIN : JBJTO-006

APlus : 25162AP

ASHIKA : 73-02-252L

ASHUKI : 1458-6202

BGA : SJ4403

BLUE PRINT : ADT38655

BORG & BECK : BBJ5516

COMLINE : CBJ5005

CORTECO : 49396009

CTR : CBT-70

DELPHI : TC2902

DJ PARTS : DB1246

ETS : 80.BJ.181

EURO CAR PARTS : 61782102

EURO CAR PARTS : 617821029

FAI AutoParts : SS8143

FEBEST : 0120-GX110L

FEBI BILSTEIN : 43105

FIRST LINE : FBJ5516

GSP : S080656

HERTH+BUSS JAKOPARTS : J4862051

JAPANPARTS : BJ-252L

JAPKO : 73252L

KAVO PARTS : SBJ-9041

LEMFORDER : 38453 01

LYNXauto : C1290L

MOOG : K500066

MOOG : TO-BJ-10639

NPS : T420A46

OCAP : 0499282

PARTS-MALL : PXCJF-021

QUINTON HAZELL : QSJ3518S

SIDEM : 45288

SKF : TV-553204

SKF : VKDS 811024

STELLOX : 52-00196-SX

SWAG : 81 94 3105

SYD : 92LX14051

TRW : JBJ7560

sbs : 5044552


Application, Suspension Parts for:

LEXUS  IS I (_E1_) 200 (GXE10) 1999-2005

LEXUS  IS I (_E1_) 300 (JCE10) 2001-2005

LEXUS  IS SportCross (_E1_) 200 (GXE10_) 2002-2005

LEXUS  IS SportCross (_E1_) 300 (JCE10_) 2001-2005

TOYOTA  ALTEZZA (_E1_) 2.0 VVTi (GXE10) 1999-2005

TOYOTA  MARK II Saloon (_X11_) 2.5 (JZX110) 2002-2004


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CADILLAC SRX BASE STS PLATINUM MODEL Ball Joint OEM:15270101 K500064 5051430 Mon, 17 Jan 2022 17:16:18 +0800 CADILLAC SRX BASE STS PLATINUM MODEL Ball Joint OEM:15270101 K500064 5051430


Description:

Front Axle, Lower


OEM No.

OE  15270101  15270101

OE  15806921#  15806921

OE  15806922#  15806922

OE  15921069#  15921069

OE  15921070#  15921070


Cross Reference

MOOG  K500064

RAYBESTOS  5051430


Application, Suspension Parts for:

CADILLAC SRX BASE MODEL V6 3.6L 217CID VIN 7 2004-2009

CADILLAC SRX BASE MODEL V8 4.6L 281CID VIN A 2004-2009

CADILLAC STS BASE MODEL V6 3.6L 217CID VIN 7 2005-2007

CADILLAC STS BASE MODEL V6 3.6L 217CID VIN V LLT 2008-2009

CADILLAC STS BASE MODEL V8 4.6L 281CID VIN A 2005-2009

CADILLAC STS PLATINUM V6 3.6L 217CID VIN V LLT 2008-2009

CADILLAC STS PLATINUM V8 4.6L 281CID VIN A 2008-2009

CADILLAC STS V V8 4.4L 4371CC/267CID VIN D SUPERCHARGED 2006-2009


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TOYOTA AURIS RAV4 CORROLLA ESTIMA Ball Joint OEM:43330-49095 K500062 SB-T222 CBT-74 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA AURIS RAV4 CORROLLA ESTIMA Ball Joint OEM:43330-49095 K500062 SB-T222 CBT-74


Description:

Front Axle


OEM No.

OE  43330-09630  4333009630

OE  43330-19245  4333019245

OE  43330-49095  4333049095


Cross Reference

555  SB-T222  SBT222

BLUE PRINT  ADT386137  ADT386137

CTR  CBT-74  CBT74

DELPHI  TC1994  TC1994

HERTH+BUSS JAKOPARTS  J4862047  J4862047

KAGER  88-0599  880599

KAVO PARTS  SBJ-9045  SBJ9045

METZGER  T-628  T628

METZGER  T-630  T630

MEYLE  30-16 010 0077  30160100077

MONROE  L13548  L13548

MOOG  K500062

MOOG  TO-BJ-6579  TOBJ6579

MOOG  TO-BJ-6588  TOBJ6588

QUINTON HAZELL  QSJ3457S  QSJ3457S

RAYBESTOS  5051384  5051384

SIDEM  45282  45282

TRISCAN  8500 13548  850013548

TRW  104500062

VEMA  26283


Application, Suspension Parts for:

TOYOTA AURIS (_E15_) 2006/10-2012/09

TOYOTA RAV 4 III (_A3_) 2005/06-2013/06

TOYOTA RAV4 ACA30 2006-

TOYOTA CORROLLA ADE150, ZRE15# 2007-

TOYOTA AURIS ZZE150 2007-

TOYOTA ESTIMA ACR30, CLR30 2000-

TOYOTA PRIUS V 2012-

SCION XB 2008-


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HYUNDAI ELANTRA i30 GLS LIMITED SE KIA PRO CEE'D Ball Joint OEM:51760-2H000 K500046 TC1990 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ELANTRA i30 GLS LIMITED SE KIA PRO CEE'D Ball Joint OEM:51760-2H000 K500046 TC1990


Description:

Front Axle, Lower


OEM No.

OE  51760-0Q000  517600Q000

OE  51760-2G000  517602G000

OE  51760-2H000  517602H000


Cross Reference

ASHIKA  73-0K-K01  730KK01

DELPHI  TC1990

FAI AUTOPARTS  SS2763  SS2763

HERTH+BUSS JAKOPARTS  J4860523  J4860523

JAPANPARTS  BJ-K01  BJK01

KAVO PARTS  SBJ-4010  SBJ4010

LEMFORDER  34999 01  3499901

MEYLE  37-16 010 0019  37160100019

MONROE  L43537

MOOG  K500046

MOOG  KI-BJ-7094  KIBJ7094

NIPPARTS  N4860313  N4860313

NK  5043411  5043411

OPTIMAL  G3-993  G3993

QUINTON HAZELL  QSJ3454S  QSJ3454S

SIDEM  81082  81082

TRISCAN  8500 43537  850043537

TRW  104500046

VEMA  26097


Application, Suspension Parts for:

HYUNDAI ELANTRA Saloon (XD) 2000/03-2006/09

HYUNDAI i30 (FD) 2007/10-2011/11

HYUNDAI ELANTRA GL 2008

HYUNDAI ELANTRA GLS 2007-2008

HYUNDAI ELANTRA GLS SPORT 2008

HYUNDAI ELANTRA L 2008

HYUNDAI ELANTRA LIMITED 2007-2008

HYUNDAI ELANTRA SE 2007-2008

KIA CEE'D Hatchback (ED) 2006/12-2012/12

KIA CEE'D SW (ED) 2007/07-2012/12

KIA PRO CEE'D (ED) 2008/02-2013/02


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HYUNDAI GRANDEUR TG SONATA V NF AZERA SONATA Ball Joint OEM:54430-3K000 K500036 ADG086121 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI GRANDEUR TG SONATA V NF AZERA SONATA Ball Joint OEM:54430-3K000 K500036 ADG086121



Description:

Front Axle, Upper


OEM No.

OE  54430-3K000  544303K000


Cross Reference

ASHIKA  73-0H-H07  730HH07

BLUE PRINT  ADG086121

JAPANPARTS  BJ-H07  BJH07

JAPKO  73H07

MOOG  K500036

TRW  104500036

TRW  JBJ7607


Application, Suspension Parts for:

HYUNDAI GRANDEUR (TG) 2003/06-

HYUNDAI SONATA V (NF) 2004/12-2012/11

HYUNDAI (BEIJING) SONATA (NF) 2005/09-2010/12

HYUNDAI AZERA LIMITED 2006

HYUNDAI AZERA SE 2006

HYUNDAI SONATA GL 2006

HYUNDAI SONATA GLS 2006

HYUNDAI SONATA GLS 2006-2007

HYUNDAI SONATA LIMITED 2007

HYUNDAI SONATA LX 2006

HYUNDAI SONATA SE 2007


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HYUNDAI GRANDEUR TG SONATA V NF Ball Joint OEM:51760-3K000 K500035 SBJ-3002 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI GRANDEUR TG SONATA V NF Ball Joint OEM:51760-3K000 K500035 SBJ-3002


Description:

Front Axle, Lower


OEM No.

OE  51760-3K000  517603K000



Cross Reference

KAVO PARTS  SBJ-3002  SBJ3002

LEMFORDER  34509 01  3450901

MEYLE  37-16 010 0021  37160100021

MOOG  HY-BJ-4747  HYBJ4747

MOOG  K500035

NIPPARTS  J4860520

RAYBESTOS  5051350

TRW  104500035

TRW  JBJ7585


Application, Suspension Parts for:

HYUNDAI GRANDEUR (TG) 2003/06-

HYUNDAI SONATA V (NF) 2004/12-2012/11

HYUNDAI (BEIJING) SONATA (NF) 2005/09-2010/12


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LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT SR5 FJ CRUISER TRD Ball Joint OEM:48610-60050# K500018 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT SR5 FJ CRUISER TRD Ball Joint OEM:48610-60050# K500018


Description:

Front Axle, Upper


OEM No.

OE  48610-60050#  4861060050

OE  48630-60020#  4863060020


Cross Reference

MOOG  K500018


Application, Suspension Parts for:

LEXUS GX470 BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2007

TOYOTA 4RUNNER BASE MODEL V6 4.0L 3956CC 1GRFE 2003-2004

TOYOTA 4RUNNER BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2004

TOYOTA 4RUNNER LIMITED V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER LIMITED V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SPORT V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SPORT V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SR5 V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SR5 V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA FJ CRUISER BASE MODEL V6 4.0L 3956CC 1GRFE 2007-2009

TOYOTA FJ CRUISER TRAIL TEAMS SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2008

TOYOTA FJ CRUISER TRD SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2007


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LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT SR5 FJ CRUISER TRD Ball Joint OEM:48069-60010# K500017 45D2426 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT SR5 FJ CRUISER TRD Ball Joint OEM:48069-60010# K500017 45D2426


Description:

Front Axle, Lower


OEM No.

OE  48068-60010#  4806860010

OE  48069-60010#  4806960010


Cross Reference

ACDelco  45D2426

MOOG  K500017

RAYBESTOS  5051435


Application, Suspension Parts for:

LEXUS GX470 BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2009

TOYOTA 4RUNNER BASE MODEL V6 4.0L 3956CC 1GRFE 2003-2004

TOYOTA 4RUNNER BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2004

TOYOTA 4RUNNER LIMITED V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER LIMITED V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SPORT V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SPORT V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SR5 V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SR5 V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA FJ CRUISER BASE MODEL V6 4.0L 3956CC 1GRFE 2007-2009

TOYOTA FJ CRUISER TRAIL TEAMS SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2008

TOYOTA FJ CRUISER TRD SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2007


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HYUNDAI ACCENT III MC KIA RIO II Saloon JB Ball Joint OEM:51760-1G000 K500015 041533B Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ACCENT III MC KIA RIO II Saloon JB Ball Joint OEM:51760-1G000 K500015 041533B


Description:

Front Axle


OEM No.

OE  51760-0P000  517600P000

OE  51760-1G000  517601G000

OE  51760-1G001  517601G001


Cross Reference

A.B.S.  220447  220447

ASHIKA  73-0H-H04  730HH04

ASHUKI  1458-1250  14581250

ASMETAL  10KI2000  10KI2000

BENDIX  041533B  041533B

BLUE PRINT  ADG086120  ADG086120

BORG & BECK  BBJ5544  BBJ5544

DELPHI  TC1910  TC1910

DITAS  A2-5913  A25913

DJ PARTS  DB1153  DB1153

FAI AUTOPARTS  SS5766  SS5766

FEBI BILSTEIN  29704  29704

FIRST LINE  FBJ5544  FBJ5544

FLENNOR  FL8839-D  FL8839D

FORMPART  3704006  3704006

HERTH+BUSS JAKOPARTS  J4860521  J4860521

JAPANPARTS  BJ-H04  BJH04

JAPKO  73H04  73H04

JP GROUP  3540301309  3540301309

KAMOKA  9987187  9987187

KAVO PARTS  SBJ-4009  SBJ4009

KAWE  FL8839-D  FL8839D

MAGNETI MARELLI  600000148600  600000148600

MAPCO  51311

MEYLE  37-16 010 0020  37160100020

MONROE  L43532  L43532

MOOG  HY-BJ-4749  HYBJ4749

MOOG  K500015  K500015

NIPPARTS  J4860521  J4860521

NK  5043414  5043414

OCAP  0402771  0402771

OPTIMAL  G3-994  G3994

QUINTON HAZELL  QSJ3437S  QSJ3437S

RAYBESTOS  5051354  5051354

RUVILLE  918965  918965

SASIC  7576049  7576049

SBS  19075043414  19075043414

SIDEM  87187  87187

SPIDAN  46655  46655

SWAG  90 92 9704  90929704

TOPRAN  820 259  820259

TRISCAN  8500 43532  850043532

TRW  104500015  104500015

TRW  JBJ1066  JBJ1066

VEMA  25323


Application, Suspension Parts for:

HYUNDAI ACCENT III (MC) 2005/11-2010/11

HYUNDAI ACCENT III Saloon (MC) 2005/11-2010/11

KIA RIO II (JB) 2005/03-

KIA RIO II Saloon (JB) 2005/03-


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HYUNDAI BEIJING TUCSON JM KIA SPORTAGE JE KM Ball Joint OEM:51760-2E000 K500012 SB-8042 CBKH-27 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI BEIJING TUCSON JM KIA SPORTAGE JE KM Ball Joint OEM:51760-2E000 K500012 SB-8042 CBKH-27


Description:

Front Axle, Lower


OEM No.

OE  51760-2E000  517602E000

OE  517602E000OE  517602E000OE


Cross Reference

555  SB-8042  SB8042

CTR  CBKH-27  CBKH27

KAVO PARTS  SBJ-3001  SBJ3001

METZGER  57014908  57014908

MEYLE  37-16 010 0004  37160100004

MOOG  HY-BJ-3977  HYBJ3977

MOOG  K500012  K500012

OCAP  0402498

SIDEM  87186

SPIDAN  46440

TRW  104500012

TRW  BJ 7552

TRW  JBJ7552


Application, Suspension Parts for:

HYUNDAI TUCSON (JM) 2004/08-

HYUNDAI (BEIJING) TUCSON (JM) 2005/05-

KIA SPORTAGE (JE_, KM_) 2004/09-


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HONDA ELEMENT EX LX BASE MODEL Ball Joint OEM:51215-SCV-A00 K500004 5051330 CBHO-39 Mon, 17 Jan 2022 17:16:18 +0800 HONDA ELEMENT EX LX BASE MODEL Ball Joint OEM:51215-SCV-A00 K500004 5051330 CBHO-39


Description:

Front Axle, Lower


OEM No.

OE  51210-SCV-000  51210SCV000

OE  51210-SCV-A00  51210SCVA00

OE  51215-SCV-000  51215SCV000

OE  51215-SCV-A00  51215SCVA00


Cross Reference

MOOG  K500004

RAYBESTOS  5051330

CTR  CBHO-39


Application, Suspension Parts for:

HONDA ELEMENT BASE MODEL 2003-2004

HONDA ELEMENT EX 2005-2006

HONDA ELEMENT LX 2004-2006

HONDA ELEMENT LX 2007


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INFINITI I30 I35 NISSAN MAXIMA Ball Joint OEM:54500-6Y301# K90459 5051326 104334 Mon, 17 Jan 2022 17:16:18 +0800 INFINITI I30 I35 NISSAN MAXIMA Ball Joint OEM:54500-6Y301# K90459 5051326 104334


Description:

Front Axle, Lower


OEM No.

OE  54500-2Y421#  545002Y421

OE  54500-6Y301#  545006Y301


Cross Reference

MOOG  K90459

RAYBESTOS  5051326

TRW  104334


Application, Suspension Parts for:

INFINITI I30 BASE MODEL 2000-2001

INFINITI I35 BASE MODEL 2002-2004

NISSAN MAXIMA BASE MODEL 2000-2001

NISSAN MAXIMA BASE MODEL 2002-2003


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HYUNDAI EQUUS / CENTENNIAL JS SANTA FÉ I SM II CM TRAJET FO Ball Joint OEM:54530-3B000 K90375 CBKH22 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI EQUUS / CENTENNIAL JS SANTA FÉ I SM II CM TRAJET FO Ball Joint OEM:54530-3B000 K90375 CBKH22


Description:

Front Axle, Lower


OEM No.

OE  54503-3B000  545033B000

OE  54530-2B000  545302B000

OE  54530-3B000  545303B000


Cross Reference

A.B.S.  220100  220100

CTR  CBKH-22  CBKH22

DELPHI  TC1559  TC1559

FEBI BILSTEIN  26301  26301

FLENNOR  FL786-D  FL786D

HERTH+BUSS JAKOPARTS  J4860511  J4860511

KAGER  88-0119  880119

KAVO PARTS  SBJ-3017  SBJ3017

MEYLE  37-16 010 0006  37160100006

MOOG  HY-BJ-2642  HYBJ2642

MOOG  K90375

NIPPARTS  J4860511  J4860511

OPTIMAL  G3-897  G3897

QUINTON HAZELL  QSJ3403S  QSJ3403S

RAYBESTOS  505-1315  5051315

RUVILLE  918452  918452

SIDEM  87283  87283

SIDEM  87384  87384

SPIDAN  44092  44092

SWAG  90 92 6301  90926301

TRISCAN  8500 43521  850043521

TRW  104318  104318

TRW  JBJ7553


Application, Suspension Parts for:

HYUNDAI EQUUS / CENTENNIAL (JS) 1999/10-2009/03

HYUNDAI SANTA FÉ I (SM) 2000/11-2006/03

HYUNDAI SANTA FÉ II (CM) 2005/10-2012/12

HYUNDAI TRAJET (FO) 2000/01-2008/07


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KIA CARENS I MPV SHUMA II FB Ball Joint OEM:0K2A1-34-550A K90362 CBKK-10 TC1228 Mon, 17 Jan 2022 17:16:18 +0800 KIA CARENS I MPV SHUMA II FB Ball Joint OEM:0K2A1-34-550A K90362 CBKK-10 TC1228


Description:

Front Axle, Lower


OEM No.

OE  0K2A1-34-550A  0K2A134550A

OE  0K2FA-34-550  0K2FA34550


Cross Reference

A.B.S.  220116  220116

ASHIKA  53-0K-K60  530KK60

ASHUKI  1458-5030  14585030

BLUE PRINT  ADG08629  ADG08629

CTR  CBKK-10  CBKK10

DELPHI  TC1228

FIRST LINE  FBJ5400  FBJ5400

FLENNOR  FL780-D  FL780D

HERTH+BUSS JAKOPARTS  J4860300  J4860300

JAPANPARTS  LB-K60  LBK60

JAPKO  53K60  53K60

KAGER  88-0094  880094

KAVO PARTS  SBJ-4004  SBJ4004

LEMFORDER  30704 01  3070401

MAPCO  59346  59346

MEYLE  28-16 010 0003  28160100003

MONROE  L18506  L18506

MOOG  K90362

MOOG  MD-BJ-0747  MDBJ0747

NIPPARTS  J4860305  J4860305

OPTIMAL  G3-891  G3891

QUINTON HAZELL  QSJ1796S  QSJ1796S

RAYBESTOS  5051342  5051342

RUVILLE  918911  918911

SIDEM  81087  81087

SPIDAN  40817  40817

TRISCAN  8500 18506  850018506

TRW  104315

TRW  JBJ7545


Application, Suspension Parts for:

KIA CARENS I (FC) 1999/06-2002/10

KIA CARENS II MPV (FJ) 2002/07-

KIA SHUMA (FB) 1996/09-2001/12

KIA SHUMA II (FB) 2001/05-2004/08

KIA SHUMA II Saloon (FB) 2001/05-2004/05

KIA SHUMA Saloon (FB) 1996/03-2001/10


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LEXUS RX MCU15 TOYOTA CAMRY PREVIA R3 Ball Joint OEM:43330-29405 K90347 SB-3752R CBT57R Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX MCU15 TOYOTA CAMRY PREVIA R3 Ball Joint OEM:43330-29405 K90347 SB-3752R CBT57R


Description:

Front Axle, Right, Lower


OEM No.

OE  43330-09160  4333009160

OE  43330-09180  4333009180

OE  43330-29405  4333029405

OE  43330-29615  4333029615


Cross Reference

555  SB-3752R  SB3752R

A.B.S.  220310  220310

BLUE PRINT  ADT38676  ADT38676

CTR  CBT-57R  CBT57R

DELPHI  TC1515  TC1515

FIRST LINE  FBJ5468  FBJ5468

FLENNOR  FL894-D  FL894D

HERTH+BUSS JAKOPARTS  J4872004  J4872004

KAGER  88-0057  880057

KAVO PARTS  SBJ-9001  SBJ9001

LEMFORDER  34707 01  3470701

MAPCO  51389  51389

MEYLE  30-16 010 0044  30160100044

MOOG  AMGK90347  AMGK90347

MOOG  K90347  K90347

MOOG  TO-BJ-3002  TOBJ3002

NIPPARTS  J4872004  J4872004

OCAP  0484338  0484338

OPTIMAL  G3-905  G3905

QUINTON HAZELL  QSJ3373S  QSJ3373S

RAYBESTOS  505-1303  5051303

RUVILLE  926911  926911

SIDEM  45197  45197

SPIDAN  45477  45477

SPIDAN  57554  57554

TRW  104308  104308

TRW  JBJ7533


Application, Suspension Parts for:

LEXUS RX (_U3_) 2003/02-2008/12

LEXUS RX (MCU15) 1998/01-2003/05

TOYOTA CAMRY Saloon (_V3_) 2001/08-2006/11

TOYOTA PREVIA (_R3_) 2000/02-2006/02


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LEXUS RX MCU15 TOYOTA CAMRY PREVIA R3 Ball Joint OEM:43340-29175 K90346 SB-3752L CBT57L Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX MCU15 TOYOTA CAMRY PREVIA R3 Ball Joint OEM:43340-29175 K90346 SB-3752L CBT57L


Description:

Front Axle , Left , Lower


OEM No.

OE  43340-09010  4334009010

OE  43340-09180  4334009180

OE  43340-29175  4334029175

OE  43340-29215  4334029215


Cross Reference

555  SB-3752L  SB3752L

A.B.S.  220309  220309

BLUE PRINT  ADT38675  ADT38675

CTR  CBT-57L  CBT57L

DELPHI  TC1514  TC1514

FIRST LINE  FBJ5467  FBJ5467

FLENNOR  FL893-D  FL893D

HERTH+BUSS JAKOPARTS  J4862033  J4862033

KAGER  88-0048  880048

KAVO PARTS  SBJ-9012  SBJ9012

LEMFORDER  34706 01  3470601

MAPCO  51388  51388

MEYLE  30-16 010 0043  30160100043

MOOG  AMGK90346  AMGK90346

MOOG  K90346  K90346

MOOG  TO-BJ-3001  TOBJ3001

NIPPARTS  J4862033

OCAP  0494338

OPTIMAL  G3-904  G3904

QUINTON HAZELL  QSJ3372S

RAYBESTOS  505-1302  5051302

RUVILLE  926910

SIDEM  45196

SPIDAN  45475

SPIDAN  57553

TRW  104307

TRW  JBJ7532


Application, Suspension Parts for:

LEXUS RX (_U3_) 2003/02-2008/12

LEXUS RX (MCU15) 1998/01-2003/05

TOYOTA CAMRY Saloon (_V3_) 2001/08-2006/11

TOYOTA PREVIA (_R3_) 2000/02-2006/02


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ACURA CL TL HONDA ACCORD DX LX SE Ball Joint OEM:51450-S1A-E01 K90336 104336 Mon, 17 Jan 2022 17:16:18 +0800 ACURA CL TL HONDA ACCORD DX LX SE Ball Joint OEM:51450-S1A-E01 K90336 104336


Description:

Front Axle, Upper


OEM No.

HONDA : 51450-S1A-E01

HONDA : 51450-S84-A01

HONDA : 51460-A84-A01

HONDA : 51460-S1A-E01

ROVER : 51460-S1A-E01


Cross Reference

MOOG  K90336

RAYBESTOS  5001102

TRW  104336


Application, Suspension Parts for:

ACURA CL BASE MODEL 2001-2003

ACURA CL S 2001-2003

ACURA TL BASE MODEL 1998

ACURA TL BASE MODEL 1999-2003

ACURA TL S 2002-2003

HONDA ACCORD DX 1998-2002

HONDA ACCORD DX 2003-2004

HONDA ACCORD EX 1998-2002

HONDA ACCORD EX 2003-2004

HONDA ACCORD LX 1998-2002

HONDA ACCORD LX 1999-2002

HONDA ACCORD LX 2003-2004

HONDA ACCORD SE 2000

HONDA ACCORD SE 2002

HONDA ACCORD VALUE PACKAGE 2001-2002


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TOYOTA CELICA COROLLA PRIUS RAV 4 I II (FAW) PRIUS MPV Ball Joint OEM:43330-09090 K90309 SB3642 CBT-46 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CELICA COROLLA PRIUS RAV 4 I II (FAW) PRIUS MPV Ball Joint OEM:43330-09090 K90309 SB3642 CBT-46


Description:

Front Axle, Lower


OEM No.

OE  43330-02070  4333002070

OE  43330-09070  4333009070

OE  43330-09090  4333009090

OE  43330-09230  4333009230

OE  43330-19115  4333019115

OE  43330-19185  4333019185


Cross Reference

555  SB3642

A.B.S.  220303  220303

CTR  CBT-46  CBT46

DELPHI  TC1413  TC1413

FEBI BILSTEIN  23243  23243

FLENNOR  FL816-D  FL816D

HERTH+BUSS JAKOPARTS  J4862028  J4862028

KAGER  88-0108  880108

KAVO PARTS  SBJ-9021  SBJ9021

LEMFORDER  30691  30691

LEMFORDER  30691 01  3069101

MAPCO  49552  49552

METZGER  T-622  T622

MEYLE  30-16 010 0041  30160100041

MOOG  K90309  K90309

MOOG  TO-BJ-0538  TOBJ0538

NIPPARTS  J4862028

NK  5044536  5044536

OPTIMAL  G3-927  G3927

QUINTON HAZELL  QSJ1809S  QSJ1809S

RAYBESTOS  5051308  5051308

RUVILLE  916975  916975

SASIC  9005568  9005568

SIDEM  45095  45095

SWAG  81 92 3243  81923243

TRISCAN  8500 13538  850013538

TRW  104289  104289

TRW  JBJ681


Application, Suspension Parts for:

TOYOTA CELICA Coupe (_T23_) 1999/08-2006/03

TOYOTA COROLLA (_E10_) 1991/06-1999/11

TOYOTA COROLLA (_E11_) 1997/04-2002/06

TOYOTA COROLLA (_E12_) 2001/01-2007/12

TOYOTA COROLLA Compact (_E10_) 1992/05-1999/11

TOYOTA COROLLA Compact (_E11_) 1997/04-2002/01

TOYOTA COROLLA Estate (_E10_) 1992/05-1997/04

TOYOTA COROLLA Estate (_E11_) 1997/04-2001/10

TOYOTA COROLLA Estate (_E12_) 2001/03-2008/12

TOYOTA COROLLA Liftback (_E10_) 1992/05-1997/04

TOYOTA COROLLA Liftback (_E11_) 1997/04-2002/01

TOYOTA COROLLA Saloon (_E12_) 2000/08-2008/03

TOYOTA PRIUS Saloon (_W1_) 2000/05-2004/01

TOYOTA RAV 4 I (_A1_) 1994/01-2000/09

TOYOTA RAV 4 I Cabrio (_A1_) 1997/12-2000/06

TOYOTA RAV 4 II (_A2_) 2000/05-2005/11

TOYOTA (FAW) COROLLA (E120) 2004/02-2007/01

TOYOTA (FAW) COROLLA EX (E120) 2007/05-2017/12

TOYOTA (FAW) PRIUS MPV 2005/01-2009/12


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TOYOTA 4 RUNNER LAND CRUISER SEQUOIA Ball Joint OEM:43340-39325 K90262 SB-3562L Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA 4 RUNNER LAND CRUISER SEQUOIA Ball Joint OEM:43340-39325 K90262 SB-3562L


Description:

Front Axle, Left, Lower


OEM No.

OE  43340-39325  4334039325

OE  43340-39356  4334039356

OE  43340-39465  4334039465


Cross Reference

555  SB-3562L  SB3562L

555  SB-3802L  SB3802L

555  SB-3804L  SB3804L

A.B.S.  220306  220306

BLUE PRINT  ADT38641  ADT38641

DELPHI  TC1793  TC1793

FLENNOR  FL766-D  FL766D

HERTH+BUSS JAKOPARTS  J4862032  J4862032

KAGER  88-0155  880155

KAVO PARTS  SBJ-9036  SBJ9036

MAPCO  59353  59353

MEYLE  30-16 010 0045  30160100045

MONROE  L13540  L13540

MOOG  K90262  K90262

MOOG  TO-BJ-3009  TOBJ3009

NIPPARTS  J4862032  J4862032

OCAP  0492622  0492622

OPTIMAL  G3-877  G3877

QUINTON HAZELL  QSJ3378S  QSJ3378S

RAYBESTOS  5051299  5051299

RUVILLE  916990  916990

SIDEM  45192  45192

SPIDAN  45411  45411

TRISCAN  8500 13540  850013540

TRW  104286  104286

TRW  JBJ534


Application, Suspension Parts for:

TOYOTA 4 RUNNER (_N1_) 1987/08-1996/03

TOYOTA 4 RUNNER (_N18_) 1995/11-2002/11

TOYOTA LAND CRUISER 90 (_J9_) 1995/04-

TOYOTA SEQUOIA (_K3_, _K4_) 2000/05-2007/10


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CADILLAC ESCALADE CHEVROLET AVALANCHE SILVERADO TAHOE GMC SIERRA YUKON Ball Joint OEM:15245582 K80964 45D2272 10480964 Mon, 17 Jan 2022 17:16:18 +0800 CADILLAC ESCALADE CHEVROLET AVALANCHE SILVERADO TAHOE GMC SIERRA YUKON Ball Joint OEM:15245582 K80964 45D2272 10480964


Description:

Front Axle, Lower


OEM No.

OE  15245582


Cross Reference

ACDelco  45D2272

MOOG  K80964

TRW  10480964


Application, Suspension Parts for:

CADILLAC ESCALADE 2007-2011

CHEVROLET AVALANCHE 2007-2010

CHEVROLET SILVERADO 1500 2007-2011

CHEVROLET SUBURBAN 1500 2007-2010

CHEVROLET TAHOE 2007-2010

GMC SIERRA 1500 2007-2010

GMC SIERRA DENALI 2008-2010

GMC YUKON 2007-2010

GMC YUKON DENALI 2007-2007

GMC YUKON XL 1500 2007-2010


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BMW X5 E53 Ball Joint OEM:31 12 6 756 491 K80678 041488B Mon, 17 Jan 2022 17:16:18 +0800 BMW X5 E53 Ball Joint OEM:31 12 6 756 491 K80678 041488B


Description:

Front Axle, Lower

Thread Size : M14x1.5 mm


OEM No.

OE  31 12 1 096 425  31121096425

OE  31 12 2 180 455  31122180455

OE  31 12 2 181 683  31122181683

OE  31 12 6 756 491  31126756491


Cross Reference

A.B.S.  220351  220351

BENDIX  041488B

BIRTH  CX4613  CX4613

BORG & BECK  BBJ5435  BBJ5435

DELPHI  TC2064  TC2064

FAI AUTOPARTS  SS2058  SS2058

FEBI BILSTEIN  23229  23229

FIRST LINE  FBJ5435  FBJ5435

FLENNOR  FL828-D  FL828D

KAGER  88-0415  880415

LEMFORDER  30485 01  3048501

LEMFORDER  30485 02  3048502

MAPCO  59602  59602

MAXGEAR  72-1569  721569

METZGER  7-603  7603

METZGER  57007118  57007118

MEYLE  316 010 0002  3160100002

MONROE  L11557  L11557

MOOG  BM-BJ-0899  BMBJ0899

MOOG  K80678

NK  5041515

OCAP  0401872  0401872

OPTIMAL  EL1100  EL1100

OPTIMAL  G3-939  G3939

PEX  12.04.279  1204279

QUINTON HAZELL  QSJ3293S  QSJ3293S

RAYBESTOS  5051374  5051374

RTS  93-09568-056  9309568056

RUVILLE  915086  915086

SIDEM  21484  21484

SPIDAN  57019  57019

TOPRAN  501 044  501044

TRISCAN  8500 11557  850011557

TRW  10480678  10480678

TRW  JBJ713  JBJ713

VAICO  V20-0554  V200554

VEMA  23118


Application, Suspension Parts for:

BMW X5 (E53) 2000/05-2007/02


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HYUNDAI SONATA IV XG KIA MAGENTIS OPIRUS Ball Joint OEM:51760-38000 K80621 CBKH-20 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI SONATA IV XG KIA MAGENTIS OPIRUS Ball Joint OEM:51760-38000 K80621 CBKH-20


Description:

Front Axle, Lower


OEM No.

OE  51760-38000  5176038000

OE  51760-3F000  517603F000

OE  51761-38A00  5176138A00


Cross Reference

A.B.S.  220378

BLUE PRINT  ADG08627

CTR  CBKH-20  CBKH20

FAI AUTOPARTS  SS4840

FEBI BILSTEIN  29282

HERTH+BUSS JAKOPARTS  J4860512

KAGER  88-0511  880511

MEYLE  37-16 010 0009  37160100009

MONROE  L43531

MOOG  HY-BJ-2662  HYBJ2662

MOOG  K80621

MOOG  K90374  K90374

NIPPARTS  J4860512

NIPPARTS  J4860514

NK  5043407

OPTIMAL  G3-1011  G31011

QUINTON HAZELL  QSJ1904S  QSJ1904S

RAYBESTOS  505-1333  5051333

RAYBESTOS  5051351  5051351

RUVILLE  918448  918448

SBS  19075043407  19075043407

SIDEM  87381  87381

SPIDAN  57454  57454

SWAG  90 92 9282  90929282

TREADSAVER  CL0606-0-TS  CL06060TS

TRISCAN  8500 43531  850043531

TRW  104317  104317

TRW  10480621  10480621

VAICO  V52-9500  V529500


Application, Suspension Parts for:

HYUNDAI SONATA IV (EF) 1998/03-2005/12

HYUNDAI XG (XG) 1998/12-2005/12

KIA MAGENTIS (GD, MS) 2001/05-

KIA OPIRUS (GH) 2003/09-


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ACURA MDX TOURING HONDA PILOT EX LX Ball Joint OEM:51350-S3V-A01# K80281 10480281 Mon, 17 Jan 2022 17:16:18 +0800 ACURA MDX TOURING HONDA PILOT EX LX Ball Joint OEM:51350-S3V-A01# K80281 10480281


Description:

Front Axle, Lower


OEM No.

OE  51350-S3V-A01#  51350S3VA01

OE  51350-S3V-A03#  51350S3VA03

OE  51360-S3V-A01#  51360S3VA01

OE  51360-S3V-A03#  51360S3VA03


Cross Reference

MOOG  AMGK80281

MOOG  K80281

TRW  10480281


Application, Suspension Parts for:

ACURA MDX  2001-2003 

ACURA MDX TOURING  2001-2003 

HONDA PILOT  2003-2005 

HONDA PILOT EX 2006

HONDA PILOT LX 2006


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HONDA ACCORD DX EX LX HYBRID ACURA TSX Ball Joint OEM:51460-SDA-A11# K80199 10480199 Mon, 17 Jan 2022 17:16:18 +0800 HONDA ACCORD DX EX LX HYBRID ACURA TSX Ball Joint OEM:51460-SDA-A11# K80199 10480199


Description:

Front Axle, Upper


OEM No.

OE  51450-SDA-A01#  51450SDAA01

OE  51450-SDA-A11#  51450SDAA11

OE  51460-SDA-A01#  51460SDAA01

OE  51460-SDA-A11#  51460SDAA11


Cross Reference

MOOG  K80199

TRW  10480199


Application, Suspension Parts for:

ACURA TSX BASE MODEL L4 2.4L 2354CC K24A2 2004-2008

HONDA ACCORD DX L4 2.4L 2354CC K24A4 2003-2005

HONDA ACCORD EX L4 2.4L 2354CC K24A4 2003-2005

HONDA ACCORD EX L4 2.4L 2354CC K24A8 2006-2007

HONDA ACCORD EX V6 3.0L 2977CC J30A4 2003-2005

HONDA ACCORD EX V6 3.0L 2997CC J30A5 2006-2007

HONDA ACCORD HYBRID V6 3.0L 2997CC JNA1 ELECTRIC/GAS 2005-2007

HONDA ACCORD LX L4 2.4L 2354CC K24A4 2003-2005

HONDA ACCORD LX L4 2.4L 2354CC K24A8 2006-2007

HONDA ACCORD LX V6 3.0L 2977CC J30A4 2003-2005

HONDA ACCORD LX V6 3.0L 2997CC J30A5 2006-2007

HONDA ACCORD LX SPECIAL EDITION L4 2.4L 2354CC K24A8 2006

HONDA ACCORD SPECIAL EDITION L4 2.4L 2354CC K24A8 2007

HONDA ACCORD SPECIAL EDITION V6 3.0L 2997CC J30A5 2007

HONDA ACCORD VALUE PACKAGE L4 2.4L 2354CC K24A8 2006-2007


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FORD F-150 V6 LINCOLN MARK LT V8 Ball Joint OEM:2L1Z-3050-A K80149 104368 Mon, 17 Jan 2022 17:16:18 +0800 FORD F-150 V6 LINCOLN MARK LT V8 Ball Joint OEM:2L1Z-3050-A K80149 104368


Description:

Front Axle, Lower


OEM No.

OE  2L1Z-3050-A  2L1Z3050A


Cross Reference

MOOG  K80149

TRW  104368


Application, Suspension Parts for:

FORD F-150 4.2L V6 2004-2008

FORD F-150 4.6L V8 2004-2008

FORD F-150 5.4L V8 2004-2008

LINCOLN MARK LT 5.4L V8 2006-2008


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HONDA PRELUDE III BA IV BB Ball Joint OEM:51270-SF1-003 K9750 SB-6161 CBHO-19 Mon, 17 Jan 2022 17:16:18 +0800 HONDA PRELUDE III BA IV BB Ball Joint OEM:51270-SF1-003 K9750 SB-6161 CBHO-19



Description:

Front Axle, Upper


OEM No.

OE  51270-SF1-003  51270SF1003


Cross Reference

555  SB-6161  SB6161

A.B.S.  220079  220079

CTR  CBHO-19  CBHO19

DELPHI  TC1181  TC1181

FLENNOR  FL513-D  FL513D

KAGER  88-0335  880335

KSP  8005076  8005076

LEMFORDER  15426  15426

MEYLE  31-16 010 0006  31160100006

MOOG  K9750  K9750

NIPPARTS  J4884010  J4884010

OCAP  0400284  0400284

OPTIMAL  G3-624  G3624

PEX  12.04.022  1204022

QUINTON HAZELL  QSJ1205S

RAYBESTOS  5001082

RUVILLE  917418

SIDEM  47584

SPIDAN  40668

TRW  104246


Application, Suspension Parts for:

HONDA PRELUDE III (BA) 1986/04-1996/11

HONDA PRELUDE IV (BB_) 1991/12-1997/02


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TOYOTA AVENSIS CARINA E CELICA COROLLA PICNIC Ball Joint OEM:43330-29375 K9742 SB-2962 CBT-40 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA AVENSIS CARINA E CELICA COROLLA PICNIC Ball Joint OEM:43330-29375 K9742 SB-2962 CBT-40



Description:

Front Axle, Lower

Thread Size : M14x1.5 mm


OEM No.

OE  43330-02020  4333002020

OE  43330-02040  4333002040

OE  43330-09030  4333009030

OE  43330-19095  4333019095

OE  43330-29265  4333029265

OE  43330-29315  4333029315

OE  43330-29375  4333029375

OE  43330-49065  4333049065


Cross Reference

555  SB-2962  SB2962

555  SB-2992  SB2992

BIRTH  CX9206  CX9206

CTR  CBT-40  CBT40

DELPHI  TC747  TC747

FEBI BILSTEIN  12933  12933

FLENNOR  FL591-D  FL591D

HERTH+BUSS JAKOPARTS  J4862024  J4862024

JAPANPARTS  BJ-240  BJ240

KAGER  88-0254  880254

KSP  1005103  1005103

LEMFORDER  16432  16432

LEMFORDER  16432 02  1643202

LEMFORDER  16432 03  1643203

LEMFORDER  16432 04  1643204

MAPCO  19563  19563

MAPCO  19571  19571

METZGER  T-620  T620

MEYLE  30-16 010 0034  30160100034

MEYLE  30-16 010 0037  30160100037

MOOG  K9742  K9742

MOOG  K9756  K9756

MOOG  TO-BJ-0204  TOBJ0204

MOOG  TO-BJ-0352  TOBJ0352

NIPPARTS  J4862024  J4862024

OCAP  0403671  0403671

OCAP  0403695  0403695

OPTIMAL  G3-602  G3602

PEX  12.04.178  1204178

QUINTON HAZELL  QSJ1520S  QSJ1520S

QUINTON HAZELL  QSJ5193S  QSJ5193S

QUINTON HAZELL  QSJ9191S  QSJ9191S

RAYBESTOS  505-1207  5051207

RAYBESTOS  505-1208  5051208

RUVILLE  916917  916917

SASIC  9005567  9005567

SIDEM  45888  45888

SWAG  81 78 0001  81780001

TRISCAN  8500 13505  850013505

TRW  104229

TRW  104232

TRW  JBJ682


Application, Suspension Parts for:

TOYOTA AVENSIS (_T22_) 1997/09-2003/02

TOYOTA AVENSIS Estate (_T22_) 1997/09-2003/02

TOYOTA AVENSIS Liftback (_T22_) 1997/09-2003/02

TOYOTA CARINA E (_T19_) 1992/04-1997/09

TOYOTA CARINA E Saloon (_T19_) 1992/04-1997/09

TOYOTA CARINA E Sportswagon (_T19_) 1992/02-1997/09

TOYOTA CELICA Convertible (_T20_) 1993/11-1999/08

TOYOTA CELICA Coupe (_T20_) 1993/09-1999/11

TOYOTA COROLLA (_E10_) 1991/06-1999/11

TOYOTA COROLLA Compact (_E10_) 1992/05-1999/11

TOYOTA COROLLA Estate (_E10_) 1992/05-1997/04

TOYOTA COROLLA Liftback (_E10_) 1992/05-1997/04

TOYOTA PICNIC (_XM1_) 1996/05-2001/12


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HYUNDAI ACCENT I COUPE ELANTRA GETZ LANTRA II MATRIX SONATA KIA CERATO Ball Joint OEM:54520-31600 K9455 SB-8012 TC1078 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ACCENT I COUPE ELANTRA GETZ LANTRA II MATRIX SONATA KIA CERATO Ball Joint OEM:54520-31600 K9455 SB-8012 TC1078



Description:

Front Axle, Lower


OEM No.

OE  54503-22A00  5450322A00

OE  54503-31600  5450331600

OE  54520-31600  5452031600

OE  54530-31600  5453031600


Cross Reference

555  SB-8012  SB8012

A.B.S.  220086  220086

DELPHI  TC1078  TC1078

FLENNOR  FL673-D  FL673D

LEMFORDER  29666  29666

LEMFORDER  15446 01  1544601

LEMFORDER  29666 01  2966601

LEMFORDER  29666 02  2966602

LEMFORDER  183 000 028 851  183000028851

MAPCO  49255  49255

MEYLE  37-16 010 0002  37160100002

MOOG  HY-BJ-0173  HYBJ0173

MOOG  K9455  K9455

NIPPARTS  J4860507

OPTIMAL  G3-784  G3784

PEX  12.04.102  1204102

QUINTON HAZELL  QSJ9341S  QSJ9341S

QUINTON HAZELL  QSJ9931S  QSJ9931S

RAYBESTOS  5051295  5051295

RUVILLE  918407  918407

SIDEM  87086  87086

TRISCAN  8500 43501  850043501

TRW  104240

TRW  JBJ287


Application, Suspension Parts for:

HYUNDAI ACCENT I (X-3) 1994/05-2000/01

HYUNDAI ACCENT II (LC) 1999/09-2005/11

HYUNDAI ACCENT II Saloon (LC) 1999/09-2006/12

HYUNDAI ACCENT Saloon (X-3) 1994/05-2000/01

HYUNDAI COUPE (RD) 1996/05-2002/04

HYUNDAI ELANTRA (XD) 2000/03-2006/08

HYUNDAI ELANTRA Saloon (XD) 2000/03-2006/09

HYUNDAI GETZ (TB) 2002/08-2010/12

HYUNDAI LANTRA II (J-2) 1995/06-2000/12

HYUNDAI LANTRA II Estate (J-2) 1995/06-2000/10

HYUNDAI MATRIX (FC) 2001/06-2010/08

HYUNDAI SONATA II (Y-2) 1988/09-1993/12

KIA CERATO Hatchback (LD) 2004/03-


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DODGE RAM 1500 2500 3500 Ball Joint OEM:5086674AB K7467 5051311 104366 Mon, 17 Jan 2022 17:16:18 +0800 DODGE RAM 1500 2500 3500 Ball Joint OEM:5086674AB K7467 5051311 104366



Description:

Front Axle,  Lower


OEM No.

OE  5086674AB


Cross Reference

MOOG  K7467

RAYBESTOS  5051311

TRW  104366


Application, Suspension Parts for:

DODGE RAM 1500 LARAMIE V8 4.7L 285CID VIN N 2006

DODGE RAM 1500 LARAMIE V8 5.7L 345CID VIN 2 EZB 2006-2008

DODGE RAM 1500 LARAMIE V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 1500 SLT V8 4.7L 285CID VIN N 2006-2008

DODGE RAM 1500 SLT V8 4.7L 285CID VIN N FLEX 2008

DODGE RAM 1500 SLT V8 4.7L 285CID VIN P FLEX 2006-2007

DODGE RAM 1500 SLT V8 5.7L 345CID VIN 2 EZB 2006-2008

DODGE RAM 1500 SLT V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 1500 SPORT V8 5.7L 345CID VIN 2 EZB 2006-2007

DODGE RAM 1500 SRT-10 V10 8.3L 8275CC/505CID VIN H 2006

DODGE RAM 1500 ST V6 3.7L 226CID VIN K 2006-2008

DODGE RAM 1500 ST V8 4.7L 285CID VIN N 2006-2008

DODGE RAM 1500 ST V8 4.7L 285CID VIN N FLEX 2008

DODGE RAM 1500 ST V8 4.7L 285CID VIN P FLEX 2006-2007

DODGE RAM 1500 ST V8 5.7L 345CID VIN 2 EZB 2006-2008

DODGE RAM 1500 SXT V6 3.7L 226CID VIN K 2008

DODGE RAM 1500 SXT V8 4.7L 285CID VIN N 2008

DODGE RAM 1500 SXT V8 4.7L 285CID VIN N FLEX 2008

DODGE RAM 1500 SXT V8 5.7L 345CID VIN 2 EZB 2008

DODGE RAM 1500 SXT V8 5.7L 345CID VIN D 2008

DODGE RAM 1500 TRX4 V8 4.7L 285CID VIN N 2006-2007

DODGE RAM 1500 TRX4 V8 4.7L 285CID VIN P FLEX 2006-2007

DODGE RAM 1500 TRX4 V8 5.7L 345CID VIN 2 EZB 2006-2007

DODGE RAM 2500 BASE MODEL L6 5.9L 359CID VIN 6 TURBO DIESEL 2004

DODGE RAM 2500 BASE MODEL L6 5.9L 359CID VIN C TURBO DIESEL 2004-2005

DODGE RAM 2500 BASE MODEL V8 5.7L 345CID VIN D 2004-2005

DODGE RAM 2500 LARAMIE L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 2500 LARAMIE L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 2500 LARAMIE V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 2500 POWER WAGON V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 2500 SLT L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 2500 SLT L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 2500 SLT V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 2500 SPORT L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 2500 SPORT V8 5.7L 345CID VIN D 2006-2007

DODGE RAM 2500 ST L6 5.9L 359CID VIN C TURBO DIESEL 2006-2008

DODGE RAM 2500 ST L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 2500 ST V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 2500 SXT L6 6.7L 408CID VIN A TURBO DIESEL 2008

DODGE RAM 2500 SXT V8 5.7L 345CID VIN D 2008

DODGE RAM 2500 TRX4 L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 2500 TRX4 V8 5.7L 345CID VIN D 2006-2007

DODGE RAM 2500 PICKUP BASE MODEL L6 5.9L 359CID VIN 6 TURBO DIESEL 2003

DODGE RAM 2500 PICKUP BASE MODEL L6 5.9L 359CID VIN C TURBO DIESEL 2003

DODGE RAM 2500 PICKUP BASE MODEL V10 8.0L 7990CC/488CID VIN W 2003

DODGE RAM 2500 PICKUP BASE MODEL V8 5.7L 345CID VIN D 2003

DODGE RAM 3500 BASE MODEL L6 5.9L 359CID VIN 6 TURBO DIESEL 2004

DODGE RAM 3500 BASE MODEL L6 5.9L 359CID VIN C TURBO DIESEL 2004-2005

DODGE RAM 3500 BASE MODEL V8 5.7L 345CID VIN D 2004-2005

DODGE RAM 3500 LARAMIE L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 3500 LARAMIE L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 3500 LARAMIE L6 6.7L 408CID VIN L ETJ TURBO DIESEL 2009

DODGE RAM 3500 LARAMIE V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 3500 LARAMIE V8 5.7L 345CID VIN T EZC 2009

DODGE RAM 3500 SLT L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 3500 SLT L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 3500 SLT L6 6.7L 408CID VIN L ETJ TURBO DIESEL 2009

DODGE RAM 3500 SLT V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 3500 SLT V8 5.7L 345CID VIN T EZC 2009

DODGE RAM 3500 SPORT L6 5.9L 359CID VIN C TURBO DIESEL 2006-2007

DODGE RAM 3500 SPORT L6 6.7L 408CID VIN A TURBO DIESEL 2007

DODGE RAM 3500 SPORT V8 5.7L 345CID VIN D 2006-2007

DODGE RAM 3500 ST L6 5.9L 359CID VIN 7 TURBO DIESEL 2009

DODGE RAM 3500 ST L6 5.9L 359CID VIN C TURBO DIESEL 2006-2008

DODGE RAM 3500 ST L6 6.7L 408CID VIN A TURBO DIESEL 2007-2008

DODGE RAM 3500 ST L6 6.7L 408CID VIN L ETJ TURBO DIESEL 2009

DODGE RAM 3500 ST V8 5.7L 345CID VIN D 2006-2008

DODGE RAM 3500 ST V8 5.7L 345CID VIN T EZC 2009

DODGE RAM 3500 SXT L6 6.7L 408CID VIN A TURBO DIESEL 2008

DODGE RAM 3500 SXT L6 6.7L 408CID VIN L ETJ TURBO DIESEL 2009

DODGE RAM 3500 SXT V8 5.7L 345CID VIN D 2008

DODGE RAM 3500 SXT V8 5.7L 345CID VIN T EZC 2009

DODGE RAM 3500 TRX4 L6 5.9L 359CID VIN C TURBO DIESEL 2007

DODGE RAM 3500 PICKUP BASE MODEL L6 5.9L 359CID VIN 6 TURBO DIESEL 2003

DODGE RAM 3500 PICKUP BASE MODEL L6 5.9L 359CID VIN C TURBO DIESEL 2003

DODGE RAM 3500 PICKUP BASE MODEL V10 8.0L 7990CC/488CID VIN W 2003

DODGE RAM 3500 PICKUP BASE MODEL V8 5.7L 345CID VIN D 2003


]]>
MAZDA 2 DE DH3 Ball Joint OEM:DE5F-34-300 ADM58693 SBJ-4525 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA 2 DE DH3  Ball Joint OEM:DE5F-34-300 ADM58693 SBJ-4525



Description:

Front Axle, Lower


OEM No.

OE  DE5F-34-300D  DE5F34300D

OE  DE5F-34-350B  DE5F34350B


Cross Reference

ASHUKI  M875-24  M87524

BLUE PRINT  ADM58693

FEBI BILSTEIN  42450  42450

KAVO PARTS  SBJ-4525  SBJ4525

MDR  MBJ-8322  MBJ8322

SWAG  83 94 2450  83942450


Application, Suspension Parts for:

MAZDA 2 (DE_, DH_3) 2007/07-2015/06


]]>
HONDA ACCORD IV V VI VII VIII CIVIC II CR-V I INTEGRA PRELUDE ROVER 400 45 600 Ball Joint OEM:51270-S01013 CBHO-34 SB6191 K80199 Mon, 17 Jan 2022 17:16:18 +0800 HONDA ACCORD IV V VI VII VIII CIVIC II CR-V I INTEGRA PRELUDE ROVER 400 45 600 Ball Joint OEM:51270-S01013 CBHO-34 SB6191 K80199



Description:

Front Axle;Left and right;Upper


OEM No.

ACURA : 51270S01013

HONDA : 51270S01013

HONDA : 51270TA0A03

HONDA : 51450SDAA01-P1

HONDA : 51450SDAA11

HONDA : X248

ROVER : X248


Cross Reference

555 : SB6191

AISIN : JBJHO-001

APlus : 16732AP

BGA : SJ2509

BLUE PRINT : ADH286138

BORG & BECK : BBJ5298

COMLINE : CBJ7039

CTR : CBHO-14

CTR : CBHO-28

CTR : CBHO28

CTR : CBHO-34

CTR : CBHO-50

DELPHI : TC1153

DJ PARTS : DB1046

DJ PARTS : DB1443

EURO CAR PARTS : 61760001

FAHREN AUTOS : FAS0160

FAI AutoParts : SS1070

FAI AutoParts : SS2464

FEBI BILSTEIN : 42139

FEBI BILSTEIN : 42182

FIRST LINE : FBJ5298

FIRST LINE : FBJ5668

KAVO PARTS : SBJ-2002

KAVO PARTS : SBJ-2017

LEMFORDER : 14903 01

LYNXauto : C1025LR

MOOG : HO-BJ-10953

MOOG : K500128

MOOG : K80199

MOTAQUIP : LVSJ1202

OCAP : 0404242

OCAP : 0404242 NM

OCAP : 0404365 NM

OPTIMAL : G3-1093

QUINTON HAZELL : QSJ3282S

QUINTON HAZELL : QSJ3550S

RTS : 93-06609

SIDEM : 47682

SKF : TV-553495

SKF : VKDS 813003

STELLOX : 52-37007-SX

SYD : 92HN05621

Stark : 2462S0272

TRADEX FRANCE : 93-1305621

sbs : 5042613


Application, Suspension Parts for:

HONDA  ACCORD IV (CB) 1.8 1990-1991

HONDA  ACCORD IV (CB) 2.0 16V (CB3) 1990-1993

HONDA  ACCORD IV (CB) 2.0 16V (CB3) 1990-1993

HONDA  ACCORD IV (CB) 2.0 i 1990-1993

HONDA  ACCORD IV (CB) 2.0 i 16V (CB3) 1990-1993

HONDA  ACCORD IV (CB) 2.2 (CB3, CB7) 1991-1993

HONDA  ACCORD IV (CB) 2.2 i 16V (CB7) 1990-1993

HONDA  ACCORD IV (CB) 2.2 i 16V Automatik (CB7) 1990-1993

HONDA  ACCORD IV Aerodeck (CB) 2.0 i 16V (CC9) 1993-1993

HONDA  ACCORD IV Aerodeck (CB) 2.2 (CB8, CB9) 1992-1993

HONDA  ACCORD IV Aerodeck (CB) 2.2 i 16V (CB8) 1991-1993

HONDA  ACCORD IV Aerodeck (CB) 2.2 i 16V (CB8) 1991-1993

HONDA  ACCORD IV Coupe (CB, CC) 2.0 i 1990-1993

HONDA  ACCORD IV Coupe (CB, CC) 2.0 i 16V (CC1) 1992-1993

HONDA  ACCORD IX Saloon (CR) 2.4 (CR2) 2014-

HONDA  ACCORD V (CC, CD) 2.0 i 1993-1996

HONDA  ACCORD V (CC, CD) 2.0 i S 1993-1996

HONDA  ACCORD V (CC, CD) 2.2 Vti (SV4) 1994-1997

HONDA  ACCORD V (CC, CD) 2.3 i SR 1993-1996

HONDA  ACCORD V (CE, CF_, CD) 1.9 i (CE7) 1996-1998

HONDA  ACCORD V (CE, CF_, CD) 2.0 TDi (CF1) 1996-1998

HONDA  ACCORD V (CE, CF_, CD) 2.0 i LS (CE8) 1996-1998

HONDA  ACCORD V (CE, CF_, CD) 2.2 i VTEC (CE9) 1996-1998

HONDA  ACCORD V Aerodeck (CE) 2.0 i LS 16V (CE2) 1993-1998

HONDA  ACCORD V Aerodeck (CE) 2.2 1993-1997

HONDA  ACCORD V Aerodeck (CE) 2.2 i ES (CE1) 1993-1998

HONDA  ACCORD V Coupe (CD) 2.0 (CD9) 1993-1997

HONDA  ACCORD V Coupe (CD) 2.2 i ES (CD7) 1993-1998

HONDA  ACCORD VI (CK, CG, CH, CF) 1.6 i (CG7) 1998-2002

HONDA  ACCORD VI (CK, CG, CH, CF) 1.8 i (CG8) 1998-2002

HONDA  ACCORD VI (CK, CG, CH, CF) 2.0 Turbo DI (CH2) 1999-2002

HONDA  ACCORD VI (CK, CG, CH, CF) 2.0 i (CG9) 1998-2001

HONDA  ACCORD VI (CK, CG, CH, CF) 2.2 Type-R (CH1) 1999-2002

HONDA  ACCORD VI (CK, CG, CH, CF) 2.3 (CL3, S86) 2001-2003

HONDA  ACCORD VI Coupe (CG) 2.0 i 16V 1998-2003

HONDA  ACCORD VI Coupe (CG) 3.0 V6 24V (CG2) 1998-2003

HONDA  ACCORD VI Hatchback (CH, CL) 1.8 i (CH6) 1999-2002

HONDA  ACCORD VI Hatchback (CH, CL) 2.0 (CH7) 1999-2002

HONDA  ACCORD VI Hatchback (CH, CL) 2.0 TDi (CH8) 1999-2000

HONDA  ACCORD VI Hatchback (CH, CL) 2.3 (CL4) 2000-2002

HONDA  ACCORD VII (CL, CN) 2.0 (CL7) 2003-2008

HONDA  ACCORD VII (CL, CN) 2.0 All-wheel Drive (CL8) 2003-2008

HONDA  ACCORD VII (CL, CN) 2.2 i-CTDi (CN1) 2004-2008

HONDA  ACCORD VII (CL, CN) 2.4 (CL9) 2003-2008

HONDA  ACCORD VII (CM) 3.0 (CM6) 2003-2005

HONDA  ACCORD VII Tourer (CM, CN) 2.0 (CM1) 2003-2008

HONDA  ACCORD VII Tourer (CM, CN) 2.2 i-CTDi (CN2) 2004-2008

HONDA  ACCORD VII Tourer (CM, CN) 2.4 (CM2) 2003-2008

HONDA  ACCORD VII Tourer (CM, CN) 2.4 Vtec T 2003-2008

HONDA  ACCORD VIII (CP) 2.0 i-VTEC (CP1) 2008-2012

HONDA  ACCORD VIII (CU) 2.0 i (CU1) 2008-2015

HONDA  ACCORD VIII (CU) 2.2 i-DTEC (CU3) 2008-2015

HONDA  ACCORD VIII (CU) 2.2 i-DTEC (CU3) 2008-2015

HONDA  ACCORD VIII (CU) 2.4 i (CU2) 2008-2015

HONDA  ACCORD VIII Estate (CW) 2.0 i (CW1) 2008-

HONDA  ACCORD VIII Estate (CW) 2.2 i-DTEC (CW3) 2008-

HONDA  ACCORD VIII Estate (CW) 2.2 i-DTEC (CW3) 2008-

HONDA  ACCORD VIII Estate (CW) 2.4 i (CW2) 2008-

HONDA  CIVIC II Shuttle (EE) 1.6 i 16V 4WD (EE4) 1988-1989

HONDA  CIVIC II Shuttle (EE) 1.6 i 16V 4WD (EE4) 1988-1995

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.3 (EC8) 1987-1989

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.3 16V Cat (EC8) 1989-1991

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.4 L (EC9) 1987-1989

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.5 i 16V 1988-1991

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.5 i 16V (ED6) 1988-1991

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.6 i 16V (ED7) 1987-1991

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.6 i 16V (ED7) 1987-1991

HONDA  CIVIC IV Hatchback (EC, ED, EE) 1.6 i 16V Vtec (EE9) 1989-1991

HONDA  CIVIC IV Saloon (ED) 1.3 1987-1989

HONDA  CIVIC IV Saloon (ED) 1.4 L (ED2) 1987-1989

HONDA  CIVIC IV Saloon (ED) 1.5 i 16V 1987-1991

HONDA  CIVIC IV Saloon (ED) 1.5 i 16V (ED3) 1987-1991

HONDA  CIVIC IV Saloon (ED) 1.6 i 16V (ED4) 1987-1991

HONDA  CIVIC IV Saloon (ED) 1.6 i 16V (ED4) 1987-1991

HONDA  CIVIC IV Saloon (ED) 1.6 i 16V 4x4 1989-1991

HONDA  CIVIC V Coupe (EJ) 1.5 i LSi (EJ2) 1993-1995

HONDA  CIVIC V Coupe (EJ) 1.6 i Vtec (EJ1) 1994-1996

HONDA  CIVIC V Hatchback (EG) 1.3 16V (EG3) 1991-1995

HONDA  CIVIC V Hatchback (EG) 1.5 i 16V (EG4) 1991-1995

HONDA  CIVIC V Hatchback (EG) 1.5 i 16V (EG4) 1991-1995

HONDA  CIVIC V Hatchback (EG) 1.6 16V Vtec (EG5) 1991-1995

HONDA  CIVIC V Hatchback (EG) 1.6 VTi 16V (EG6) 1991-1995

HONDA  CIVIC V Saloon (EG, EH) 1.5 1993-1995

HONDA  CIVIC V Saloon (EG, EH) 1.5 i 16V (EG8) 1991-1995

HONDA  CIVIC V Saloon (EG, EH) 1.6 16V Vtec (EH9) 1991-1995

HONDA  CIVIC V Saloon (EG, EH) 1.6 VTi (EG9) 1991-1995

HONDA  CIVIC VI Aerodeck (MB, MC) 1.4 16V (MB8) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 1.4 16V (MB8) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 1.5 16V (MB9) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 1.6 16V (MC1) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 1.6 16V (MC1) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 1.8 16V (MC2) 1998-2001

HONDA  CIVIC VI Aerodeck (MB, MC) 2.0 i D (MC3) 1998-2001

HONDA  CIVIC VI Coupe (EJ, EM1) 1.6 i 1996-2000

HONDA  CIVIC VI Coupe (EJ, EM1) 1.6 i Vtec 1999-2000

HONDA  CIVIC VI Coupe (EJ, EM1) 1.6 i Vtec (EM1) 1996-2000

HONDA  CIVIC VI Fastback (MA, MB) 1.4 i (MA8, MB2) 1995-2001

HONDA  CIVIC VI Fastback (MA, MB) 1.4 i (MA8, MB2) 1995-2001

HONDA  CIVIC VI Fastback (MA, MB) 1.5 16V (MB3) 1997-2001

HONDA  CIVIC VI Fastback (MA, MB) 1.5 i Vtec-E (MA9) 1994-1997

HONDA  CIVIC VI Fastback (MA, MB) 1.6 1998-2000

HONDA  CIVIC VI Fastback (MA, MB) 1.6 16V (MB4) 1997-2001

HONDA  CIVIC VI Fastback (MA, MB) 1.6 VTi 1997-2001

HONDA  CIVIC VI Fastback (MA, MB) 1.6 i (MB1) 1994-1997

HONDA  CIVIC VI Fastback (MA, MB) 1.6 i Vtec (MB1) 1994-1997

HONDA  CIVIC VI Fastback (MA, MB) 1.8 16V (MB6) 1997-2001

HONDA  CIVIC VI Fastback (MA, MB) 2.0 TDiC (MB7) 1998-2000

HONDA  CIVIC VI Fastback (MA, MB) 2.0 TDiC (MB7) 1998-2000

HONDA  CIVIC VI Fastback (MA, MB) 2.0 i TD (MB7) 1997-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 1.4 i (EJ9) 1995-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 1.4 i S (EJ9) 1995-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 1.5 i (EK3) 1995-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 1.6 VTi (EK4) 1995-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 1.6 i (EK1) 1995-2001

HONDA  CIVIC VI Hatchback (EJ, EK) 2.0 TDiC 1998-2000

HONDA  CIVIC VI Saloon (EJ, EK) 1.4 1995-1998

HONDA  CIVIC VI Saloon (EJ, EK) 1.4 i (EJ9) 1995-2001

HONDA  CIVIC VI Saloon (EJ, EK) 1.5 i (EK3) 1995-2001

HONDA  CIVIC VI Saloon (EJ, EK) 1.6 VTi (EK4) 1995-2001

HONDA  CIVIC VI Saloon (EJ, EK) 1.6 i Vtec 1995-2001

HONDA  CR-V I (RD) 2.0 16V 4WD (RD1, RD3) 1995-2001

HONDA  CR-V I (RD) 2.0 16V 4WD (RD1, RD3) 1999-2002

HONDA  CRX II (ED, EE) 1.6 i 16V (ED9) 1987-1989

HONDA  CRX II (ED, EE) 1.6 i 16V (ED9) 1987-1992

HONDA  CRX II (ED, EE) 1.6 i 16V Vtec (EE8) 1989-1992

HONDA  CRX III (EH, EG) 1.6 ESi (EH6) 1992-1998

HONDA  CRX III (EH, EG) 1.6 i VTi (EG2) 1992-1998

HONDA  INTEGRA Coupe (DC2, DC4) 1.8 Type-R 1997-2001

HONDA  PRELUDE V (BB_) 2.0 16V (BB9) 1996-2000

HONDA  PRELUDE V (BB_) 2.2 16V (BB6, BB8) 1996-2000

HONDA  PRELUDE V (BB_) 2.2 16V (BB6, BB8) 1996-2000

ROVER  400 (RT) 414 Si 1995-2000

ROVER  400 (RT) 416 Si 1995-1999

ROVER  400 (RT) 416 Si 1995-2000

ROVER  400 (RT) 420 D 1995-2000

ROVER  400 (RT) 420 Di 1995-2000

ROVER  400 (RT) 420 Si Lux 1995-2000

ROVER  400 (XW) 414 1993-1995

ROVER  400 (XW) 414 GSI/SI 1990-1995

ROVER  400 (XW) 414 GSI/SI Cat 1992-1995

ROVER  400 (XW) 416 GSI 1990-1995

ROVER  400 (XW) 416 GSI/GSE 1990-1995

ROVER  400 (XW) 416 GTI 1990-1995

ROVER  400 (XW) 416 GTI/GTE 1990-1995

ROVER  400 (XW) 418 D 1991-1995

ROVER  400 (XW) 418 TD 1991-1995

ROVER  400 (XW) 420 GSI/SLI/GTI/Vite 1993-1995

ROVER  400 (XW) 420 GTI/GSI/Vitesse 1992-1995

ROVER  400 (XW) 420 Turbo 1993-1995

ROVER  400 Hatchback (RT) 414 1996-1997

ROVER  400 Hatchback (RT) 414 Si 1995-2000

ROVER  400 Hatchback (RT) 416 Si 1995-2000

ROVER  400 Hatchback (RT) 416 Si 1995-2000

ROVER  400 Hatchback (RT) 420 D 1995-2000

ROVER  400 Hatchback (RT) 420 Di 1995-2000

ROVER  400 Hatchback (RT) 420 Si Lux 1995-2000

ROVER  400 Tourer (XW) 1.6 i 1994-1998

ROVER  400 Tourer (XW) 1.6 i 1994-1998

ROVER  400 Tourer (XW) 1.8 TD 1993-1998

ROVER  400 Tourer (XW) 1.8 i 1996-1998

ROVER  400 Tourer (XW) 2.0 i 1994-1998

ROVER  45 Hatchback (RT) 1.4 2000-2005

ROVER  45 Hatchback (RT) 1.6 2000-2005

ROVER  45 Hatchback (RT) 1.8 2000-2005

ROVER  45 Hatchback (RT) 2.0 V6 2000-2005

ROVER  45 Hatchback (RT) 2.0 iDT 2000-2005

ROVER  45 Saloon (RT) 1.4 2000-2005

ROVER  45 Saloon (RT) 1.6 2000-2005

ROVER  45 Saloon (RT) 1.8 2000-2005

ROVER  45 Saloon (RT) 2.0 V6 2000-2005

ROVER  45 Saloon (RT) 2.0 iDT 2000-2005

ROVER  600 (RH) 618 i/Si 1996-1999

ROVER  600 (RH) 620 Sdi 1994-1999

ROVER  600 (RH) 620 Si 1993-1999

ROVER  600 (RH) 620 Ti Vitesse 1994-1998

ROVER  600 (RH) 620 i 1993-1996

ROVER  600 (RH) 623 Si 1993-1999


]]>
MERCEDES-BENZ CLS C219 E-CLASS W211 T-Model S211 S-CLASS W220 SL R129 R230 Ball Joint OEM:A2113230068 041509B TC2254 ME-BJ-2725 Mon, 17 Jan 2022 17:16:18 +0800 MERCEDES-BENZ CLS C219 E-CLASS W211 T-Model S211 S-CLASS W220 SL R129 R230 Ball Joint OEM:A2113230068 041509B TC2254 ME-BJ-2725



Description:

Front Axle;Left and right;Lower;inner


OEM No.

MERCEDES-BENZ : 211 323 00 68

MERCEDES-BENZ : 211 323 03 68

MERCEDES-BENZ : 220 323 03 68

MERCEDES-BENZ : A 211 323 00 68

MERCEDES-BENZ : A 211 323 03 68

MERCEDES-BENZ : A 220 323 03 68


Cross Reference

BENDIX : 041509B

BORG & BECK : BBJ5623

DELPHI : TC2254

FEBI BILSTEIN : 27066

FEBI BILSTEIN : 27145

FIRST LINE : FBJ5623

LEMFORDER : 21667

MAPCO : 51847

METZGER : 57018208

METZGER : 87018208

METZGER : ME612

MEYLE : 016 010 0010

MONROE : L23568

MOOG : ME-BJ-2725

NK : 5043324

QUINTON HAZELL : QSJ3490S

SIDEM : 49080

SPIDAN : 57290

SWAG : 10927066

TALOSA : 4707151

TRISCAN : 850023568

TRUCKTEC AUTOMOTIVE : 0231058

TRW : JBJ769


Application, Suspension Parts for:

MERCEDES-BENZ  CLS (C219) CLS 280 (219.354) 2008-2010

MERCEDES-BENZ  CLS (C219) CLS 320 CDI (219.322) 2005-2010

MERCEDES-BENZ  CLS (C219) CLS 350 (219.356) 2004-2010

MERCEDES-BENZ  CLS (C219) CLS 350 (219.357) 2006-2010

MERCEDES-BENZ  CLS (C219) CLS 350 CDI 2009-2010

MERCEDES-BENZ  CLS (C219) CLS 500 (219.372) 2006-2010

MERCEDES-BENZ  CLS (C219) CLS 500 (219.375) 2004-2010

MERCEDES-BENZ  CLS (C219) CLS 55 AMG (219.376) 2005-2010

MERCEDES-BENZ  CLS (C219) CLS 63 AMG (219.377) 2006-2010

MERCEDES-BENZ  E-CLASS (W211) E 200 CDI (211.004) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 200 CDI (211.004) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 200 CDI (211.007) 2006-2008

MERCEDES-BENZ  E-CLASS (W211) E 200 Kompressor (211.041) 2006-2008

MERCEDES-BENZ  E-CLASS (W211) E 200 Kompressor (211.042) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 200 NGT (211.042) 2004-2008

MERCEDES-BENZ  E-CLASS (W211) E 220 CDI (211.006) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 220 CDI (211.006) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 220 CDI (211.008) 2006-2008

MERCEDES-BENZ  E-CLASS (W211) E 230 (211.052) 2007-2008

MERCEDES-BENZ  E-CLASS (W211) E 240 (211.061) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 270 CDI (211.016) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 280 (211.054) 2005-2008

MERCEDES-BENZ  E-CLASS (W211) E 280 CDI (211.020) 2005-2008

MERCEDES-BENZ  E-CLASS (W211) E 280 CDI (211.023) 2004-2008

MERCEDES-BENZ  E-CLASS (W211) E 320 (211.065) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 320 CDI (211.022) 2005-2008

MERCEDES-BENZ  E-CLASS (W211) E 320 CDI (211.026) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 350 (211.056) 2005-2008

MERCEDES-BENZ  E-CLASS (W211) E 400 CDI (211.028) 2003-2008

MERCEDES-BENZ  E-CLASS (W211) E 420 CDI (211.029) 2006-2008

MERCEDES-BENZ  E-CLASS (W211) E 500 (211.070) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 500 (211.072) 2006-2008

MERCEDES-BENZ  E-CLASS (W211) E 55 AMG Kompressor (211.076) 2002-2008

MERCEDES-BENZ  E-CLASS (W211) E 63 AMG (211.077) 2006-2008

MERCEDES-BENZ  E-CLASS T-Model (S211) E 200 Kompressor (211.241) 2006-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 200 T Kompressor (211.242) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 220 CDI (211.206) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 220 T CDI (211.206) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 220 T CDI (211.208) 2006-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 240 T (211.261) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 270 T CDI (211.216) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 280 T (211.254) 2005-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 280 T CDI (211.220) 2005-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 280 T CDI (211.223) 2004-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 320 T (211.265) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 320 T CDI (211.222) 2005-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 320 T CDI (211.226) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 350 T (211.256) 2005-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 500 T (211.270) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 500 T (211.272) 2006-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 55 T AMG Kompressor (211.276) 2003-2009

MERCEDES-BENZ  E-CLASS T-Model (S211) E 63 AMG (211.277) 2006-2009

MERCEDES-BENZ  S-CLASS (W220) S 280 (220.063, 220.163) 1998-2005

MERCEDES-BENZ  S-CLASS (W220) S 320 (220.065, 220.165) 1998-2005

MERCEDES-BENZ  S-CLASS (W220) S 320 CDI (220.025, 220.125) 2002-2005

MERCEDES-BENZ  S-CLASS (W220) S 320 CDI (220.026, 220.126) 1999-2002

MERCEDES-BENZ  S-CLASS (W220) S 350 (220.067, 220.167) 2002-2005

MERCEDES-BENZ  S-CLASS (W220) S 400 CDI (220.028, 220.128) 2000-2005

MERCEDES-BENZ  S-CLASS (W220) S 400 CDI (220.028, 220.128) 2003-2005

MERCEDES-BENZ  S-CLASS (W220) S 430 (220.070, 220.170) 1998-2005

MERCEDES-BENZ  S-CLASS (W220) S 500 (220.075, 220.175, 220.875) 1998-2005

MERCEDES-BENZ  S-CLASS (W220) S 55 AMG (220.073, 220.173) 1999-2005

MERCEDES-BENZ  S-CLASS (W220) S 55 AMG Kompressor (220.074, 220.174) 2002-2005

MERCEDES-BENZ  S-CLASS (W220) S 600 (220.176) 2002-2005

MERCEDES-BENZ  S-CLASS (W220) S 600 (220.878, 220.178) 2000-2005

MERCEDES-BENZ  S-CLASS (W220) S 63 AMG 2001-2005

MERCEDES-BENZ  S-CLASS (W220) S 65 AMG (220.179) 2004-2005

MERCEDES-BENZ  SL (R129) 55 AMG 1999-2001

MERCEDES-BENZ  SL (R129) 55 AMG 2000-2001

MERCEDES-BENZ  SL (R230) 280 (230.454) 2008-2012

MERCEDES-BENZ  SL (R230) 350 (230.456) 2006-2012

MERCEDES-BENZ  SL (R230) 350 (230.458) 2008-2012

MERCEDES-BENZ  SL (R230) 350 (230.467) 2003-2012

MERCEDES-BENZ  SL (R230) 500 (230.471) 2006-2012

MERCEDES-BENZ  SL (R230) 500 (230.475) 2001-2012

MERCEDES-BENZ  SL (R230) 55 AMG (230.472) 2006-2012

MERCEDES-BENZ  SL (R230) 55 AMG (230.474) 2001-2002

MERCEDES-BENZ  SL (R230) 55 AMG Kompressor (230.474) 2002-2012

MERCEDES-BENZ  SL (R230) 600 (230.476) 2003-2012

MERCEDES-BENZ  SL (R230) 600 (230.477) 2006-2012

MERCEDES-BENZ  SL (R230) 65 AMG (230.479) 2004-2012

MERCEDES-BENZ  SL (R231) 350 (231.457) 2012-

MERCEDES-BENZ  SL (R231) 400 (231.465) 2014-

MERCEDES-BENZ  SL (R231) 400 (231.466) 2016-

MERCEDES-BENZ  SL (R231) 500 (231.473) 2012-

MERCEDES-BENZ  SL (R231) 500 (231.473) 2015-

MERCEDES-BENZ  SL (R231) 63 AMG (231.474) 2012-

MERCEDES-BENZ  SL (R231) 63 AMG (231.474) 2012-

MERCEDES-BENZ  SL (R231) 63 AMG (231.474) 2014-

MERCEDES-BENZ  SL (R231) 63 AMG (231.474) 2018-

MERCEDES-BENZ  SL (R231) 65 AMG (231.479) 2012-

MERCEDES-BENZ (BBDC)  E-CLASS (W211) 1.8 E 200 Kompressor (211.041) 2006-2012

MERCEDES-BENZ (BBDC)  E-CLASS (W211) 1.8 E 200 Kompressor (211.042) 2005-2006

MERCEDES-BENZ (BBDC)  E-CLASS (W211) 2.5 E 230 (211.052) 2005-2009

MERCEDES-BENZ (BBDC)  E-CLASS (W211) 3.0 E 280 (211.054) 2005-2009

MERCEDES-BENZ (BBDC)  E-CLASS (W211) 3.5 E 350 (211.056) 2005-2009


]]>
MERCEDES-BENZ GL-CLASS X164 W251 V251 Ball Joint OEM:A1643520327 041289B TC2380 ME-BJ-5598 Mon, 17 Jan 2022 17:16:18 +0800 MERCEDES-BENZ GL-CLASS X164 W251 V251 Ball Joint OEM:A1643520327 041289B TC2380 ME-BJ-5598



Description:

Left and right;Outer;Rear Axle Lower


OEM No.

MERCEDES-BENZ : 164 352 01 27

MERCEDES-BENZ : 164 352 03 27

MERCEDES-BENZ : A 164 352 01 27

MERCEDES-BENZ : A 164 352 03 27


Cross Reference

BENDIX : 041289B

BORG & BECK : BBJ5595

DELPHI : TC2380

DITAS : A25458

FEBI BILSTEIN : 32476

FIRST LINE : FBJ5595

LEMFORDER : 33405 01

METZGER : 57018519

METZGER : ME-617

MEYLE : 016 010 0017

MGA : SR5887

MONROE : L23562

MOOG : ME-BJ-5598

OCAP : 0402672

OPTIMAL : G3-1000

QUINTON HAZELL : QSJ3426S

RTS : 9301442

SIDEM : 49188

SWAG : 10932476

TALOSA : 4707140

TRISCAN : 850023562

TRUCKTEC AUTOMOTIVE : 0232074

TRW : JBJ802


Application, Suspension Parts for:

MERCEDES-BENZ  GL-CLASS (X164) GL 320 CDI / 350 BlueTEC 4-matic (164.824, 164.825) 2009-2012

MERCEDES-BENZ  GL-CLASS (X164) GL 320 CDI 4-matic (164.822) 2006-2009

MERCEDES-BENZ  GL-CLASS (X164) GL 350 CDI 4-matic (164.822) 2009-2012

MERCEDES-BENZ  GL-CLASS (X164) GL 350 CDI 4-matic (164.823) 2010-2012

MERCEDES-BENZ  GL-CLASS (X164) GL 420 CDI 4-matic (164.828) 2006-2009

MERCEDES-BENZ  GL-CLASS (X164) GL 450 4-matic (164.871) 2006-2012

MERCEDES-BENZ  GL-CLASS (X164) GL 450 CDI 4-matic (164.828) 2009-2012

MERCEDES-BENZ  GL-CLASS (X164) GL 500 4-matic (164.886) 2006-2012

MERCEDES-BENZ  M-CLASS (W164) ML 280 CDI 4-matic (164.120) 2005-2009

MERCEDES-BENZ  M-CLASS (W164) ML 300 4-matic (164.182) 2010-2011

MERCEDES-BENZ  M-CLASS (W164) ML 300 CDI 4-matic (164.120) 2009-2011

MERCEDES-BENZ  M-CLASS (W164) ML 300 CDI 4-matic (164.121) 2010-2011

MERCEDES-BENZ  M-CLASS (W164) ML 320 CDI 4-matic 2006-2008

MERCEDES-BENZ  M-CLASS (W164) ML 320 CDI 4-matic (164.122) 2005-2009

MERCEDES-BENZ  M-CLASS (W164) ML 320 CDI 4-matic (164.124, 164.125, 164.122) 2005-2011

MERCEDES-BENZ  M-CLASS (W164) ML 350 (164.156) 2009-2011

MERCEDES-BENZ  M-CLASS (W164) ML 350 4-matic (164.186) 2005-2011

MERCEDES-BENZ  M-CLASS (W164) ML 350 CDI 4-matic (164.122) 2009-2011

MERCEDES-BENZ  M-CLASS (W164) ML 350 CDI 4-matic (164.125, 164.124) 2009-2011

MERCEDES-BENZ  M-CLASS (W164) ML 350 CDI 4-matic (164.125, 164.124) 2010-2011

MERCEDES-BENZ  M-CLASS (W164) ML 420 CDI 4-matic (164.128) 2006-2009

MERCEDES-BENZ  M-CLASS (W164) ML 450 CDI 4-matic (164.128) 2009-2011

MERCEDES-BENZ  M-CLASS (W164) ML 500 4-matic (164.172) 2007-2011

MERCEDES-BENZ  M-CLASS (W164) ML 500 4-matic (164.175) 2005-2011

MERCEDES-BENZ  M-CLASS (W164) ML 500 4-matic (164.175) 2005-2006

MERCEDES-BENZ  M-CLASS (W164) ML 63 AMG 4-matic (164.177) 2006-2011

MERCEDES-BENZ  R-CLASS (W251, V251) R 280 (251.054, 251.154) 2007-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 280 4-matic (251.062) 2007-2011

MERCEDES-BENZ  R-CLASS (W251, V251) R 280 CDI (251.121, 251.026, 251.126) 2006-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 280 CDI 4-matic (251.020) 2006-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 300 (251.054, 251.154) 2009-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 300 (251.154) 2011-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 300 4-matic (251.062) 2009-2011

MERCEDES-BENZ  R-CLASS (W251, V251) R 300 CDI (251.021, 251.121, 251.026, 251.126) 2009-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 300 CDI 4-matic (251.020) 2009-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 320 4-matic (251.163) 2014-2017

MERCEDES-BENZ  R-CLASS (W251, V251) R 320 CDI 4-matic (251.022, 251.122) 2006-2010

MERCEDES-BENZ  R-CLASS (W251, V251) R 320 CDI 4-matic (251.125) 2006-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 (251.056, 251.156) 2007-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 4-matic (251.065, 251.165) 2005-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 CDI 4-matic (251.022, 251.122) 2009-2012

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 CDI 4-matic (251.023, 251.123) 2010-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 CDI 4-matic (251.124, 251.125) 2006-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 350 CGI 4-matic (251.057, 251.157) 2011-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 400 4-matic (251.166) 2014-2017

MERCEDES-BENZ  R-CLASS (W251, V251) R 500 4-matic (251.072, 251.172) 2007-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 500 4-matic (251.075, 251.175) 2005-2014

MERCEDES-BENZ  R-CLASS (W251, V251) R 63 AMG 4-matic (251.077, 251.177) 2006-2010


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MERCEDES BENZ GL-CLASS X164 M-CLASS W164 R-CLASS W251 V251 Ball Joint OEM:A1643300935 041538B CBJ21010 K500077 Mon, 17 Jan 2022 17:16:18 +0800 MERCEDES BENZ GL-CLASS X164 M-CLASS W164 R-CLASS W251 V251 Ball Joint OEM:A1643300935 041538B CBJ21010 K500077



Description:

Front Axle


OEM No.

OE  164 330 09 35  1643300935

OE  A164 330 09 35  A1643300935


Cross Reference

A.B.S.  220449  220449

ACEMARK  206117  206117

ASMETAL  10MR4700  10MR4700

AYD  9207098  9207098

AYWIPARTS  AW1320295LR  AW1320295LR

BBR AUTOMOTIVE  001-10-19106  0011019106

BENDIX  041538B

BIRTH  CX0111  CX0111

BORG & BECK  BBJ5594  BBJ5594

BSG  BSG 60-310-245  BSG60310245

COMLINE  CBJ7261  CBJ7261

CTE  CBJ21010

DELPHI  TC2379  TC2379

DITAS  A2-5459  A25459

DYS  27-20905  2720905

FAI AUTOPARTS  SS7004  SS7004

FEBEST  1620-164F  1620164F

FEBI BILSTEIN  28365  28365

FIRST LINE  FBJ5594  FBJ5594

FLENNOR  FL888-D  FL888D

FORMPART  1903019  1903019

FRAP  3124  3124

GSP  S080138  S080138

KAMOKA  9949187  9949187

KAWE  FL888-D  FL888D

LEMFORDER  33406 01  3340601

LYNXAUTO  C1188LR  C1188LR

MAPCO  52899  52899

METZGER  57018418  57018418

METZGER  ME-616  ME616

MEYLE  016 010 0016  0160100016

MGA  SR5852  SR5852

MONROE  L23561  L23561

MOOG  K500077

MOOG  ME-BJ-5597  MEBJ5597

MOTAQUIP  VSJ968  VSJ968

NK  5043323  5043323

OCAP  0402668  0402668

OPTIMAL  G3-999  G3999

QUINTON HAZELL  QSJ3425S  QSJ3425S

RIW  ME1019  ME1019

RTS  93-01441  9301441

SBS  19075043323  19075043323

SIDEM  49187  49187

SPIDAN  46497  46497

STELLOX  52-07098A-SX  5207098ASX

STELLOX  52-07098-SX  5207098SX

SWAG  10 92 8365  10928365

TALOSA  47-07139  4707139

TOPRAN  407 811  407811

TRISCAN  8500 23561  850023561

TRUCKTEC AUTOMOTIVE  02.31.120  0231120

TRW  104500077  104500077

TRW  JBJ803  JBJ803

VAICO  V30-7579  V307579


Application, Suspension Parts for:

MERCEDES BENZ GL-CLASS (X164) 2006/09-

MERCEDES BENZ M-CLASS (W164) 2005/02-2012/12

MERCEDES BENZ R-CLASS (W251, V251) 2005/01-


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DACIA LOGAN LS EXPRESS FS MCV KS Pickup US SANDERO Ball Joint OEM:60400-96057 041499B CBRE-1 RE-BJ-2832 Mon, 17 Jan 2022 17:16:18 +0800 DACIA  LOGAN LS EXPRESS FS MCV KS Pickup US SANDERO Ball Joint OEM:60400-96057 041499B CBRE-1 RE-BJ-2832



Description:

Front Axle left and right;Lower


OEM No.

DACIA : 401604793R

DACIA : 6040096057

DACIA : 8200298454

RENAULT : 82 00 298 455

RENAULT : 82 00 298 455 S

RENAULT : 82 00 298 455 S1


Cross Reference

A.B.S. : 220410

ASAM : 30132

BENDIX : 041499B

BENDIX : 041519B

BENDIX : 041948B

BOGE : 88-333-A

BOGE : 88-460-A

CTR : CBRE-1

DELPHI : TC1366

FEBI BILSTEIN : 23996

FIRST LINE : FBJ5462

FIRST LINE : FCA6359

LEMFORDER : 29412

LEMFORDER : 29412 01

LEMFORDER : 29469

LEMFORDER : 29469 01

MAPCO : 49134

MAPCO : 49151

METZGER : R-948

METZGER : R-SB20

MEYLE : 16-16 010 0004

MONROE : L25533

MONROE : L25544

MONROE : L25811

MOOG : RE-BJ-2832

OPTIMAL : G3-953

PEX : 12.04.316

QUINTON HAZELL : QSJ3330S

SIDEM : 5288

SIDEM : 5575

SIDEM : 805630

SIDEM : 805631

SWAG : 60 92 3996

TRISCAN : 8500 25533

TRISCAN : 8500 25543

TRISCAN : 8500 25544

TRISCAN : 8500 25811

TRW : JBJ721

VEMO : V46-0096

VEMO : V46-0097


Application, Suspension Parts for:

DACIA  LOGAN (LS_) 1.2 16V 2006-

DACIA  LOGAN (LS_) 1.2 16V LPG 2006-

DACIA  LOGAN (LS_) 1.4 (LSOA, LSOC, LSOE, LSOG) 2004-

DACIA  LOGAN (LS_) 1.5 dCi (LS04) 2010-

DACIA  LOGAN (LS_) 1.5 dCi (LS04) 2010-

DACIA  LOGAN (LS_) 1.5 dCi (LS0J, LS0Y) 2005-

DACIA  LOGAN (LS_) 1.5 dCi (LS0K) 2006-

DACIA  LOGAN (LS_) 1.5 dCi (LS0W) 2007-

DACIA  LOGAN (LS_) 1.6 (LSOB, LSOD, LSOF, LSOH) 2004-

DACIA  LOGAN (LS_) 1.6 16V (LS09, LS0L, LS0M, LS0P, LS0V, LS18, LS1S, LS1V,... 2006-

DACIA  LOGAN (LS_) 1.6 MPI 85 2010-

DACIA  LOGAN EXPRESS (FS_) 1.4 2009-

DACIA  LOGAN EXPRESS (FS_) 1.5 dCi 2010-

DACIA  LOGAN EXPRESS (FS_) 1.5 dCi 2010-

DACIA  LOGAN EXPRESS (FS_) 1.5 dCi (FS0K) 2009-

DACIA  LOGAN EXPRESS (FS_) 1.5 dCi (FS0W) 2009-

DACIA  LOGAN EXPRESS (FS_) 1.6 2009-

DACIA  LOGAN EXPRESS (FS_) 1.6 MPI 85 2010-

DACIA  LOGAN MCV (KS_) 1.4 2007-

DACIA  LOGAN MCV (KS_) 1.5 dCi (KS04) 2010-

DACIA  LOGAN MCV (KS_) 1.5 dCi (KS04) 2010-

DACIA  LOGAN MCV (KS_) 1.5 dCi (KS0K) 2007-

DACIA  LOGAN MCV (KS_) 1.5 dCi (KS0W) 2007-

DACIA  LOGAN MCV (KS_) 1.6 2007-

DACIA  LOGAN MCV (KS_) 1.6 16V (KS0L, KS0M, KS0P, KS1S) 2007-

DACIA  LOGAN MCV (KS_) 1.6 MPI 85 2010-

DACIA  LOGAN Pickup (US_) 1.4 2009-

DACIA  LOGAN Pickup (US_) 1.5 dCi 2010-

DACIA  LOGAN Pickup (US_) 1.5 dCi 2010-

DACIA  LOGAN Pickup (US_) 1.5 dCi (US0K) 2008-

DACIA  LOGAN Pickup (US_) 1.5 dCi (US0W) 2008-

DACIA  LOGAN Pickup (US_) 1.6 2008-

DACIA  LOGAN Pickup (US_) 1.6 MPI 85 2010-

DACIA  SANDERO 1.2 16V 2008-

DACIA  SANDERO 1.2 16V LPG 2008-

DACIA  SANDERO 1.4 2008-

DACIA  SANDERO 1.5 dCi 2008-

DACIA  SANDERO 1.5 dCi 2008-

DACIA  SANDERO 1.5 dCi 2010-

DACIA  SANDERO 1.5 dCi 2010-

DACIA  SANDERO 1.6 2008-

DACIA  SANDERO 1.6 16V 2011-

DACIA  SANDERO 1.6 MPI 85 2010-


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TOYOTA MARK II Ball Joint OEM:43340-59085 SB-3512L SB-3834L CBT-44L Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA MARK II Ball Joint OEM:43340-59085 SB-3512L SB-3834L CBT-44L


Description:

Front Axle, Left, Lower


OEM No.

OE  43340-29085  4334029085

OE  43340-29145  4334029145

OE  43340-29146  4334029146

OE  43340-29165  4334029165

OE  43340-29185  4334029185

OE  43340-29355  4334029355

OE  43340-59085  4334059085

OE  43340-59105  4334059105


Cross Reference

555  SB-3512L  SB3512L

555  SB-3832L  SB3832L

555  SB-3834L  SB3834L

CTR  CBT-44L  CBT44L


Application, Suspension Parts for:

TOYOTA  MARK II,CRESTA,CHASER

GX90,LX90,SX90,JZX9#  1992-


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LEXUS RX L1 TOYOTA HIGHLANDER / KLUGER SIENNA L3 VENZA V1 Ball Joint OEM:43340-09140 SB-T432L CBT-86 BBJ5725 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX L1 TOYOTA HIGHLANDER / KLUGER SIENNA L3 VENZA V1 Ball Joint OEM:43340-09140 SB-T432L CBT-86 BBJ5725


Description:

Front Axle Left, Lower


OEM No.

LEXUS : 4334009140

LEXUS : 4334049015

LEXUS : 4334049035

TOYOTA : 4334009140

TOYOTA : 4334049015

TOYOTA : 4334049035


Cross Reference

555 : SB-T432L

A.B.S. : 220617

ASVA : 0120-GYL15L

BGA : SJ0109

BLUE PRINT : ADT386203

BORG & BECK : BBJ5725

CTR : CBT-86

FAI AutoParts : SS10154

FEBEST : 0120-GSU40LH

FEBI BILSTEIN : 48223

FIRST LINE : FBJ5725

GSP : S080668

HERTH+BUSS JAKOPARTS : J4862060

KAVO PARTS : SBJ-9071

KAWE : 8500 135024

LEMFORDER : 39011 01

LYNXauto : C1371L

MAGNETI MARELLI : 600000149280

MGA : SR8924

MONROE : L13A24

MOOG : TO-BJ-15143

NIPPARTS : N4862064

NK : 5044555

PATRON : PS3292L

RTS : 93-92541-2

SIDEM : 45290

SPIDAN : 59105

STELLOX : 52-00203A-SX

STELLOX : 52-00203-SX

SWAG : 81 94 8223

TALOSA : 47-08121

TEKNOROT : T-285

TRISCAN : 8500 135024

TRW : JBJ7638


Application, Suspension Parts for:

LEXUS  RX (_L1_) 270 (AGL10_) 2008-2015

LEXUS  RX (_L1_) 350 (GGL10_) 2009-2015

LEXUS  RX (_L1_) 350 (GYL10_) 2008-2015

LEXUS  RX (_L1_) 350 AWD (GGL15_) 2008-2015

LEXUS  RX (_L1_) 350 AWD (GGL15_) 2009-2012

LEXUS  RX (_L1_) 450h (GYL10_) 2008-2015

LEXUS  RX (_L1_) 450h AWD (GYL15_) 2008-2015

LEXUS  RX (_L2_) 200t (AGL20_) 2015-2017

LEXUS  RX (_L2_) 200t AWD (AGL25_) 2015-2017

LEXUS  RX (_L2_) 350 4WD (GGL25_, GGL26_) 2015-

LEXUS  RX (_L2_) 450h (GYL20_) 2015-

LEXUS  RX (_L2_) 450h AWD (GYL25_, GYL25, GYL26) 2015-

LEXUS  RX (_L2_) 450h AWD (GYL25_, GYL26_) 2015-

TOYOTA  HIGHLANDER / KLUGER (_U4_) 3.5 (GSU40_) 2007-2014

TOYOTA  HIGHLANDER / KLUGER (_U4_) 3.5 4WD (GSU45_, GSU40_) 2007-2014

TOYOTA  HIGHLANDER / KLUGER (_U5_) 2.7 (ASU50) 2016-

TOYOTA  HIGHLANDER / KLUGER (_U5_) 3.5 AWD (GSU55_) 2014-

TOYOTA  SIENNA (_L3_) 2.7 (ASL30_) 2010-2013

TOYOTA  SIENNA (_L3_) 3.5 (GSL30_, GSL33_) 2010-

TOYOTA  SIENNA (_L3_) 3.5 4WD (GSL35_) 2010-

TOYOTA  SIENNA (_L3_) 3.5 4WD (GSL35_) 2010-

TOYOTA  VENZA (_V1_) 2.7 (AGV10_) 2008-2016

TOYOTA  VENZA (_V1_) 2.7 4WD (AGV15_) 2008-2012

TOYOTA  VENZA (_V1_) 2.7 4WD (AGV15_) 2008-2016

TOYOTA  VENZA (_V1_) 3.5 (GGV10_) 2008-2016

TOYOTA  VENZA (_V1_) 3.5 4WD (GGV15_) 2008-2016


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TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43340-09040 SB-T172L K500044 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43340-09040 SB-T172L K500044


Description:

Front Axle , Lower , Left


OEM No.

OE  43340-09040  4334009040

OE  43340-09130  4334009130

OE  43340-39545  4334039545


Cross Reference

555  SB-T172L  SBT172L

MOOG  K500044  K500044

RAYBESTOS  505-1362  5051362

TRW  104500044


Application, Suspension Parts for:

TOYOTA CAMRY ACV40 2006/05-

TOYOTA CAMRY ACV41 2006/05-2009/02

TOYOTA CAMRY AHV41 2010/03-


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LEXUS GS S16 Convertible UZZ40 Ball Joint OEM:43330-39455 SB-T282R CBT-75 K500101 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GS S16 Convertible UZZ40 Ball Joint OEM:43330-39455 SB-T282R CBT-75 K500101


Description:

Front Axle, Right, Lower


OEM No.

OE  43330-39455  4333039455

OE  43330-39535  4333039535


Cross Reference

555  SB-T282R  SBT282R

BLUE PRINT  ADT386120  ADT386120

CTR  CBT-75  CBT75

FIRST LINE  FBJ5514  FBJ5514

HERTH+BUSS JAKOPARTS  J4872050  J4872050

KAGER  88-0524  880524

MOOG  K500101

QUINTON HAZELL  QSJ3517S  QSJ3517S

RAYBESTOS  5051412  5051412

SIDEM  45287  45287

TRW  104500101


Application, Suspension Parts for:

LEXUS GS (_S16_) 1997/08-2004/12

LEXUS SC Convertible (UZZ40_) 2001/01-2010/07


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TOYOTA MARK II Ball Joint OEM:43330-29415 SB-3512R CBT-44R Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA MARK II Ball Joint OEM:43330-29415 SB-3512R CBT-44R


Description:

Front Axle, Right, Lower


OEM No.

OE  43330-29275  4333029275

OE  43330-29355  4333029355

OE  43330-29356  4333029356

OE  43330-29385  4333029385

OE  43330-29415  4333029415

OE  43330-59085  4333059085

OE  43330-59105  4333059105


Cross Reference

555  SB-3512R  SB3512R

555  SB-3832R  SB3832R

555  SB-3834R  SB3834R

CTR  CBT-44R  CBT44R


Application, Suspension Parts for:

TOYOTA  MARK II,CRESTA,CHASER

GX90,LX90,SX90,JZX9#  1992-


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TOYOTA DYNA 100 HIACE II Box III Wagon IV Bus Ball Joint OEM:43330-29295 SB-2482 CBT-21 041361B Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA DYNA 100 HIACE II Box III Wagon IV Bus Ball Joint OEM:43330-29295 SB-2482 CBT-21 041361B


Description:

Front Axle, Lower


OEM No.

OE  43330-29125  4333029125

OE  43330-29155  4333029155

OE  43330-29295  4333029295

OE  43330-29515  4333029515

OE  43330-29535  4333029535

OE  43340-29105  4334029105


Cross Reference

555  SB-2482  SB2482

A.B.S.  220284  220284

ASHIKA  53-02-221  5302221

ASHIKA  73-02-237  7302237

ASHUKI  1458-5002  14585002

BENDIX  041361B  041361B

BENDIX  041417B  041417B

BIRTH  CX0044  CX0044

BLUE PRINT  ADT38606  ADT38606

BORG & BECK  BBJ5171  BBJ5171

CTR  CBT-21  CBT21

DELPHI  TC325  TC325

DENCKERMANN  D110072  D110072

DJ PARTS  DB1008  DB1008

FAI AUTOPARTS  SS880  SS880

FEBI BILSTEIN  23246  23246

FIRST LINE  FBJ5171  FBJ5171

FLENNOR  FL486-D  FL486D

HERTH+BUSS JAKOPARTS  J4862021  J4862021

JAPANPARTS  BJ-237  BJ237

JAPANPARTS  LB-221  LB221

JAPKO  53221  53221

JAPKO  73237  73237

KAGER  88-0351  880351

KAMOKA  9945883  9945883

KAMOKA  9945985  9945985

KAVO PARTS  SBJ-9030  SBJ9030

LEMFORDER  11896  11896

LEMFORDER  11896 01  1189601

LEMFORDER  11896 02  1189602

MAPCO  59335  59335

MEYLE  30-16 010 0029  30160100029

MONROE  L13038  L13038

MOOG  TO-BJ-10032  TOBJ10032

NIPPARTS  J4862005  J4862005

NK  5044514  5044514

OCAP  0403785  0403785

OPTIMAL  G3-597  G3597

PEX  12.04.188  1204188

QUINTON HAZELL  QSJ1240S  QSJ1240S

RUVILLE  916953  916953

RUVILLE  926913  926913

SBS  19075044514  19075044514

SIDEM  45883  45883

SIDEM  45985  45985

SPIDAN  44792  44792

SWAG  81 92 3246  81923246

TRISCAN  8500 13038  850013038

TRW  JBJ328  JBJ328

VAICO  V70-9506  V709506

VEMA  22642


Application, Suspension Parts for:

TOYOTA DYNA 100 Platform/Chassis (YH_) 1985/08-1995/04

TOYOTA HIACE II Box (LH5_, YH7_, LH7_, LH6_, YH6_, YH5_) 1982/12-1989/11

TOYOTA HIACE II Wagon (LH7_, LH5_, LH6_, YH7_, YH6_, YH5_) 1982/11-1989/11

TOYOTA HIACE III Box (YH7_, LH6_, LH7_, LH5_, YH5_, YH6_) 1987/08-2006/07

TOYOTA HIACE III Wagon (_H1_) 1987/08-2004/12

TOYOTA HIACE IV Box (LXH1_, RZH1_, LH1_) 1995/08-

TOYOTA HIACE IV Bus (_H1_, _H2_) 1995/08-


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SCION XB TOYOTA RAV 4 III PRIUS V AURIS CORROLLA Ball Joint OEM:43330-19245 SB-T222 CBT-74 K500062 Mon, 17 Jan 2022 17:16:18 +0800 SCION XB TOYOTA RAV 4 III PRIUS V AURIS CORROLLA Ball Joint OEM:43330-19245 SB-T222 CBT-74 K500062


Description:

Front Axle


OEM No.

OE  43330-09630  4333009630

OE  43330-19245  4333019245

OE  43330-49095  4333049095


Cross Reference

555  SB-T222  SBT222

BLUE PRINT  ADT386137

CTR  CBT-74  CBT74

DELPHI  TC1994

HERTH+BUSS JAKOPARTS  J4862046

KAGER  88-0599  880599

KAVO PARTS  SBJ-9045  SBJ9045

METZGER  T-628  T628

METZGER  T-630  T630

MEYLE  30-16 010 0077  30160100077

MONROE  L13548

MOOG  K500062

MOOG  TO-BJ-6579  TOBJ6579

MOOG  TO-BJ-6588  TOBJ6588

QUINTON HAZELL  QSJ3457S

RAYBESTOS  5051384

SIDEM  45282  45282

TRISCAN  8500 13548  850013548

TRW  104500062

VEMA  26283


Application, Suspension Parts for:

SCION XB 2008-

TOYOTA RAV4 ACA30 2006-

TOYOTA CORROLLA ADE150, ZRE15# 2007-

TOYOTA AURIS ZZE150 2007-

TOYOTA ESTIMA ACR30, CLR30 2000-

TOYOTA PRIUS V 2012-

TOYOTA AURIS (_E15_) 2006/10-2012/09

TOYOTA RAV 4 III (_A3_) 2005/06-2013/06


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TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43330-09330 SB-T172R K500043 505-1361 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43330-09330 SB-T172R K500043 505-1361


Description:

Front Axle , Lower , Right


OEM No.

OE  43330-09330  4333009330

OE  43330-09590  4333009590

OE  43330-09710  4333009710

OE  43330-39775  4333039775


Cross Reference

555  SB-T172R  SBT172R

MOOG  K500043

RAYBESTOS  505-1361  5051361

TRW  104500043


Application, Suspension Parts for:

TOYOTA CAMRY ACV40 2006/05-

TOYOTA CAMRY ACV41 2006/05-2009/02

TOYOTA CAMRY AHV41 2010/03-


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CITROEN C1 PEUGEOT 107 TOYOTA AYGO YARIS VERSO FAW VIOS Ball Joint OEM:43308-09070 SB-3602 CBT-56 K500118 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN C1 PEUGEOT 107 TOYOTA AYGO YARIS VERSO FAW VIOS Ball Joint OEM:43308-09070 SB-3602 CBT-56 K500118


Description:

Front Axle, Lower


OEM No.

OE  3520.Q2##  3520Q2

OE  3521.L3##  3521L3

OE  43308-09010  4330809010

OE  43308-09070  4330809070

OE  43308-09080  4330809080

OE  43308-0H010  433080H010

OE  43308-19176  4330819176

OE  43308-59035  4330859035

OE  43308-59065  4330859065

OE  43308-59095  4330859095

OE  48068-59035##  4806859035

OE  48069-59035##  4806959035


Cross Reference

555  SB-3602  SB3602

CTR  CBT-56  CBT56

DELPHI  TC1006  TC1006

FEBI BILSTEIN  22911  22911

LEMFORDER  29904 01  2990401

METZGER  57023318  57023318

MEYLE  30-16 010 0027  30160100027

MOOG  K500118  K500118

MOOG  K90310  K90310

MOOG  TO-BJ-2274  TOBJ2274

NIPPARTS  J4862039  J4862039

QUINTON HAZELL  QSJ3270S  QSJ3270S

RAYBESTOS  5051262  5051262

SIDEM  45986  45986

SWAG  81 92 2911  81922911

TRISCAN  8500 13537  850013537

TRW  104290  104290

TRW  JBJ710  JBJ710

TRW  JBJ7537


Application, Suspension Parts for:

CITROEN C1 (PM_, PN_) 2005/06-2014/09

PEUGEOT 107 2005/06-

TOYOTA AYGO (_B1_) 2005/02-

TOYOTA YARIS (_P1_) 1999/01-2005/12

TOYOTA YARIS (_P9_) 2005/01-

TOYOTA YARIS VERSO (_P2_) 1999/08-2005/09

TOYOTA (FAW) VIOS 2001/01-2008/02


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CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Ball Joint OEM:1331641080 CX0048 TC1286 FI-BJ-0513 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Ball Joint OEM:1331641080 CX0048 TC1286 FI-BJ-0513


Description:

Front Axle, Lower


OEM No.

OE  3640.54  364054

OE  1331641080  1331641080


Cross Reference

A.B.S.  220389  220389

BIRTH  CX0048  CX0048

DELPHI  TC1286  TC1286

FEBI BILSTEIN  22269  22269

KAGER  88-0430  880430

LEMFORDER  26668  26668

LEMFORDER  26668 01  2666801

METZGER  M-86AK  M86AK

MEYLE  11-16 010 0011  11160100011

MGA  SR5745  SR5745

MOOG  FI-BJ-0513  FIBJ0513

NK  5041922  5041922

OCAP  0401451  0401451

OPTIMAL  G3-983  G3983

QUINTON HAZELL  QSJ3325S  QSJ3325S

SASIC  6403543  6403543

SBS  19075041922  19075041922

SIDEM  54085  54085

SPIDAN  57018  57018

SWAG  70 92 2269  70922269

TRISCAN  8500 10520  850010520

TRW  JBJ717  JBJ717


Application, Suspension Parts for:

CITROEN JUMPER Box (230L) 1994/02-2002/04

CITROEN JUMPER Box (244) 2002/04-

CITROEN JUMPER Bus (230P) 1994/02-2002/04

CITROEN JUMPER Bus (244, Z_) 2002/04-

CITROEN JUMPER Platform/Chassis (230) 1994/03-2002/04

CITROEN JUMPER Platform/Chassis (244) 2002/02-

FIAT DUCATO Box (230_) 1994/03-2005/05

FIAT DUCATO Box (244) 2002/04-

FIAT DUCATO Bus (230) 1994/03-2002/04

FIAT DUCATO Bus (244_) 2002/04-

FIAT DUCATO Platform/Chassis (230) 1994/03-2002/04

FIAT DUCATO Platform/Chassis (244) 2002/04-

PEUGEOT BOXER Box (230L) 1994/03-2003/06

PEUGEOT BOXER Box (244) 2001/12-

PEUGEOT BOXER Bus (230P) 1994/03-2002/04

PEUGEOT BOXER Bus (244, Z_) 2001/12-

PEUGEOT BOXER Platform/Chassis (244) 2001/12-

PEUGEOT BOXER Platform/Chassis (ZCT_) 1994/03-2002/04


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CHEVROLET EPICA Saloon Ball Joint OEM:96440011 95225560 1020-V200R Mon, 17 Jan 2022 17:16:18 +0800 CHEVROLET EPICA Saloon Ball Joint OEM:96440011 95225560 1020-V200R


Description:

Rear Axle, Upper


OEM No.

GENERAL MOTORS : 95225560

GENERAL MOTORS : 96440010

GENERAL MOTORS : 96440011


Cross Reference

FEBEST : 1020-V200R


Application, Suspension Parts for:

CHEVROLET  EPICA (KL1_) 2.0 2005-2006

CHEVROLET  EPICA (KL1_) 2.0 2005-2006

CHEVROLET  EPICA (KL1_) 2.0 2006-2011

CHEVROLET  EPICA (KL1_) 2.0 2006-

CHEVROLET  EPICA (KL1_) 2.0 D 2007-

CHEVROLET  EPICA (KL1_) 2.0 LPG 2007-2010

CHEVROLET  EPICA (KL1_) 2.5 2006-2011

CHEVROLET  EPICA Saloon 2.0 LPG 2007-2010

CHEVROLET  EPICA Saloon 2.5 2003-2006


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FORD GALAXY MONDEO S-MAX VOLVO S60 S80 V60 V70 Ball Joint OEM:31212782 TC1907 FCA6627 FD-BJ-7296 Mon, 17 Jan 2022 17:16:18 +0800 FORD GALAXY MONDEO S-MAX VOLVO S60 S80 V60 V70 Ball Joint OEM:31212782 TC1907 FCA6627 FD-BJ-7296


Description:

Front Axle;Left and right;Lower


OEM No.

FORD : 1377846

FORD : 1385593

FORD : 1403408

FORD : 1419814

FORD : 1426875

FORD : 1435745

FORD : 1458773

FORD : 1460693

FORD : 1466186

FORD : 1466188

FORD : 1469024

FORD : 1469026

FORD : 1507181

FORD : 1507182

FORD : 6G9N-3395-AA

FORD : 6G9N-3A052-DA

FORD : 6G9N-3A052-DB

FORD : 6G9N-3A052-DC

FORD : 6G9N-3A052-DD

FORD : 6G9N-3A052-DE

FORD : 6G9N-3A052-DF

FORD : 6G9N-3A052-DG

FORD : 6G9N-3A052-DH

FORD : 6G9N-3A053-DG

FORD : 6G9N-3A053-DH

FORD : 7G9N-3A052-BA

FORD : 7G9N-3A052-BB

FORD : 7G9N-3A053-BA

FORD : 7G9N-3A053-BB

FORD (CHANGAN) : 7G9N 3A052 BB

FORD (CHANGAN) : 7G9N 3A053 BB

VOLVO : 30671636

VOLVO : 30671637

VOLVO : 31200448

VOLVO : 31200449

VOLVO : 31200563

VOLVO : 31200564

VOLVO : 31200775

VOLVO : 31200776

VOLVO : 31212781

VOLVO : 31212782

VOLVO : 31277343

VOLVO : 31277344

VOLVO : 31317661

VOLVO : 31317662

VOLVO : 6G9N 3395 AA


Cross Reference

DELPHI : TC1907

FIRST LINE : FCA6627

LEMFORDER : 31007 01

MOOG : FD-BJ-7296

TRW : JBJ779

TRW : JTC2215

TRW : JTC2216


Application, Suspension Parts for:

FORD  GALAXY (WA6) 1.6 EcoBoost 2010-2015

FORD  GALAXY (WA6) 1.6 TDCi 2011-2015

FORD  GALAXY (WA6) 1.8 TDCi 2006-2015

FORD  GALAXY (WA6) 1.8 TDCi 2006-2015

FORD  GALAXY (WA6) 2.0 2006-2015

FORD  GALAXY (WA6) 2.0 EcoBoost 2010-2015

FORD  GALAXY (WA6) 2.0 EcoBoost 2010-2015

FORD  GALAXY (WA6) 2.0 Flexifuel 2006-2015

FORD  GALAXY (WA6) 2.0 TDCi 2006-2015

FORD  GALAXY (WA6) 2.0 TDCi 2006-2015

FORD  GALAXY (WA6) 2.0 TDCi 2006-2015

FORD  GALAXY (WA6) 2.0 TDCi 2007-2015

FORD  GALAXY (WA6) 2.0 TDCi 2010-2015

FORD  GALAXY (WA6) 2.2 TDCi 2008-2012

FORD  GALAXY (WA6) 2.2 TDCi 2010-2015

FORD  GALAXY (WA6) 2.3 2007-2015

FORD  MONDEO IV (BA7) 1.6 EcoBoost 2011-2015

FORD  MONDEO IV (BA7) 1.6 TDCi 011-2015

FORD  MONDEO IV (BA7) 1.6 Ti 2007-2015

FORD  MONDEO IV (BA7) 1.6 Ti 2007-2015

FORD  MONDEO IV (BA7) 1.6 Ti 2010-2015

FORD  MONDEO IV (BA7) 1.8 TDCi 2007-2015

FORD  MONDEO IV (BA7) 1.8 TDCi 2007-2015

FORD  MONDEO IV (BA7) 2.0 2007-2015

FORD  MONDEO IV (BA7) 2.0 EcoBoost 2010-2015

FORD  MONDEO IV (BA7) 2.0 Flexifuel 2009-2015

FORD  MONDEO IV (BA7) 2.0 LPG 2009-2015

FORD  MONDEO IV (BA7) 2.0 SCTi 2010-2015

FORD  MONDEO IV (BA7) 2.0 TDCi 2007-2014

FORD  MONDEO IV (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV (BA7) 2.0 TDCi 2010-2015

FORD  MONDEO IV (BA7) 2.2 TDCi 2008-2010

FORD  MONDEO IV (BA7) 2.2 TDCi 2010-2015

FORD  MONDEO IV (BA7) 2.3 2007-2015

FORD  MONDEO IV (BA7) 2.5 2007-2015

FORD  MONDEO IV Saloon (BA7) 1.6 TDCi 2010-2015

FORD  MONDEO IV Saloon (BA7) 1.6 Ti 2007-2015

FORD  MONDEO IV Saloon (BA7) 1.6 Ti 2007-2015

FORD  MONDEO IV Saloon (BA7) 1.8 TDCi 2007-2015

FORD  MONDEO IV Saloon (BA7) 1.8 TDCi 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.0 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.0 Flexifuel 2009-2015

FORD  MONDEO IV Saloon (BA7) 2.0 LPG 2009-2015

FORD  MONDEO IV Saloon (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.0 TDCi 2010-2015

FORD  MONDEO IV Saloon (BA7) 2.2 TDCi 2008-2010

FORD  MONDEO IV Saloon (BA7) 2.3 2007-2015

FORD  MONDEO IV Saloon (BA7) 2.5 2007-2015

FORD  MONDEO IV Turnier (BA7) 1.6 EcoBoost 2011-2015

FORD  MONDEO IV Turnier (BA7) 1.6 TDCi 2011-2015

FORD  MONDEO IV Turnier (BA7) 1.6 Ti 2007-2010

FORD  MONDEO IV Turnier (BA7) 1.6 Ti 2007-2012

FORD  MONDEO IV Turnier (BA7) 1.6 Ti 2010-2015

FORD  MONDEO IV Turnier (BA7) 1.8 TDCi 2007-2012

FORD  MONDEO IV Turnier (BA7) 1.8 TDCi 2007-2012

FORD  MONDEO IV Turnier (BA7) 2.0 2007-2015

FORD  MONDEO IV Turnier (BA7) 2.0 EcoBoost 2010-2015

FORD  MONDEO IV Turnier (BA7) 2.0 Flexifuel 2009-2015

FORD  MONDEO IV Turnier (BA7) 2.0 LPG 2009-2015

FORD  MONDEO IV Turnier (BA7) 2.0 SCTi 2010-2015

FORD  MONDEO IV Turnier (BA7) 2.0 TDCi 2007-2012

FORD  MONDEO IV Turnier (BA7) 2.0 TDCi 2007-2014

FORD  MONDEO IV Turnier (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV Turnier (BA7) 2.0 TDCi 2007-2015

FORD  MONDEO IV Turnier (BA7) 2.0 TDCi 2010-2015

FORD  MONDEO IV Turnier (BA7) 2.2 TDCi 2008-2010

FORD  MONDEO IV Turnier (BA7) 2.2 TDCi 2010-2015

FORD  MONDEO IV Turnier (BA7) 2.3 2007-2015

FORD  MONDEO IV Turnier (BA7) 2.5 2007-2012

FORD  S-MAX (WA6) 1.6 EcoBoost 2011-2014

FORD  S-MAX (WA6) 1.6 TDCi 2011-2014

FORD  S-MAX (WA6) 1.8 TDCi 2006-2014

FORD  S-MAX (WA6) 1.8 TDCi 2007-2010

FORD  S-MAX (WA6) 2.0 2006-2014

FORD  S-MAX (WA6) 2.0 EcoBoost 2010-2014

FORD  S-MAX (WA6) 2.0 EcoBoost 2010-2014

FORD  S-MAX (WA6) 2.0 EcoBoost 2010-2014

FORD  S-MAX (WA6) 2.0 Flexifuel 2006-2014

FORD  S-MAX (WA6) 2.0 TDCi 2006-2014

FORD  S-MAX (WA6) 2.0 TDCi 2006-2014

FORD  S-MAX (WA6) 2.0 TDCi 2006-2014

FORD  S-MAX (WA6) 2.0 TDCi 2007-2014

FORD  S-MAX (WA6) 2.0 TDCi 2010-2014

FORD  S-MAX (WA6) 2.2 TDCi 2008-2012

FORD  S-MAX (WA6) 2.2 TDCi 2010-2014

FORD  S-MAX (WA6) 2.3 2007-2014

FORD  S-MAX (WA6) 2.5 ST 2006-2014

VOLVO  S60 II (134) 1.5 T2 2015-

VOLVO  S60 II (134) 1.5 T3 2015-

VOLVO  S60 II (134) 2.0 D2 2015-

VOLVO  S60 II (134) 2.0 D3 2015-

VOLVO  S60 II (134) 2.0 D4 2015-

VOLVO  S60 II (134) 2.0 D5 2015-

VOLVO  S60 II (134) 2.0 Polestar AWD 2015-

VOLVO  S60 II (134) 2.0 T 2010-2011

VOLVO  S60 II (134) 2.0 T 2012-2015

VOLVO  S60 II (134) 2.0 T3 2015-

VOLVO  S60 II (134) 2.0 T4 2015-

VOLVO  S60 II (134) 2.0 T5 Flexfuel 2014-

VOLVO  S60 II (134) 2.4 D4 AWD 2015-

VOLVO  S60 II (134) 2.5 T5 2011-

VOLVO  S60 II (134) 2.5 T5 AWD 2012-

VOLVO  S60 II (134) 3.0 T AWD 2014-

VOLVO  S60 II (134) D3 2010-2014

VOLVO  S60 II (134) D3 2012-2015

VOLVO  S60 II (134) D4 2010-2014

VOLVO  S60 II (134) D4 2013-2015

VOLVO  S60 II (134) D5 2010-2011

VOLVO  S60 II (134) D5 2011-2015

VOLVO  S60 II (134) D5 2014-2015

VOLVO  S60 II (134) D5 AWD 2010-2011

VOLVO  S60 II (134) D5 AWD 2011-2015

VOLVO  S60 II (134) D5 AWD 2014-2015

VOLVO  S60 II (134) DRIVe / D2 2011-2015

VOLVO  S60 II (134) T3 2010-2015

VOLVO  S60 II (134) T4 2010-2015

VOLVO  S60 II (134) T4F 2011-2015

VOLVO  S60 II (134) T5 2010-2014

VOLVO  S60 II (134) T5 2013-

VOLVO  S60 II (134) T5 2013-

VOLVO  S60 II (134) T5 2013-2015

VOLVO  S60 II (134) T5 AWD 2014-

VOLVO  S60 II (134) T5 AWD 2015-

VOLVO  S60 II (134) T6 2013-

VOLVO  S60 II (134) T6 AWD 2010-2015

VOLVO  S60 II (134) T6 AWD 2014-2015

VOLVO  S60 II (134) T6 AWD 2015-

VOLVO  S80 II (124) 1.6 D DRIVe 2010-2011

VOLVO  S80 II (124) 1.6 DRIVe 2011-

VOLVO  S80 II (124) 2.0 2008-2012

VOLVO  S80 II (124) 2.0 FlexFuel 2008-2011

VOLVO  S80 II (124) 2.0 T 2010-

VOLVO  S80 II (124) 2.0 TDi 2008-2011

VOLVO  S80 II (124) 2.4 D 2006-

VOLVO  S80 II (124) 2.4 D 2010-2011

VOLVO  S80 II (124) 2.5 T 2006-2011

VOLVO  S80 II (124) 2.5 T 2010-2012

VOLVO  S80 II (124) 2.5 T AWD 2006-2009

VOLVO  S80 II (124) 2.5 T FlexFuel 2008-2011

VOLVO  S80 II (124) 2.5 T FlexFuel 2010-2011

VOLVO  S80 II (124) 3.2 2006-

VOLVO  S80 II (124) 3.2 2010-

VOLVO  S80 II (124) 3.2 AWD 2007-2010

VOLVO  S80 II (124) 3.2 AWD 2010-2012

VOLVO  S80 II (124) 4.4 V8 AWD 2006-2012

VOLVO  S80 II (124) D3 2012-

VOLVO  S80 II (124) D3 / D4 2010-

VOLVO  S80 II (124) D4 2013-

VOLVO  S80 II (124) D5 2006-

VOLVO  S80 II (124) D5 2010-

VOLVO  S80 II (124) D5 2011-

VOLVO  S80 II (124) D5 AWD 2007-

VOLVO  S80 II (124) D5 AWD 2010-

VOLVO  S80 II (124) D5 AWD 2011-

VOLVO  S80 II (124) T4 2010-

VOLVO  S80 II (124) T4F 2011-

VOLVO  S80 II (124) T5 2010-2016

VOLVO  S80 II (124) T5 2013-

VOLVO  S80 II (124) T6 AWD 2007-2010

VOLVO  S80 II (124) T6 AWD 2010-2016

VOLVO  V60 I (155, 157) 1.5 T2 2015-

VOLVO  V60 I (155, 157) 1.6 DRIVe 2011-2015

VOLVO  V60 I (155, 157) 2.0 BiFuel 2014-2015

VOLVO  V60 I (155, 157) 2.0 D2 2015-

VOLVO  V60 I (155, 157) 2.0 D3 2015-

VOLVO  V60 I (155, 157) 2.0 D4 2015-

VOLVO  V60 I (155, 157) 2.0 Polestar AWD 2015-

VOLVO  V60 I (155, 157) 2.0 T 2010-2012

VOLVO  V60 I (155, 157) 2.0 T 2014-

VOLVO  V60 I (155, 157) 2.0 T4 2015-

VOLVO  V60 I (155, 157) 2.0 T5 2014-

VOLVO  V60 I (155, 157) 2.4 D5 2011-2015

VOLVO  V60 I (155, 157) 2.4 D5 AWD 2011-2015

VOLVO  V60 I (155, 157) 2.4 D5 Hybrid AWD 2015-

VOLVO  V60 I (155, 157) 2.4 Hybrid D6 AWD 2012-2015

VOLVO  V60 I (155, 157) 3.0 T AWD 2014-

VOLVO  V60 I (155, 157) D3 2012-2015

VOLVO  V60 I (155, 157) D3 / D4 2010-2014

VOLVO  V60 I (155, 157) D4 2013-2015

VOLVO  V60 I (155, 157) D4 AWD 2012-

VOLVO  V60 I (155, 157) D4 AWD 2013-2015

VOLVO  V60 I (155, 157) D4 AWD 2015-

VOLVO  V60 I (155, 157) D5 2010-2011

VOLVO  V60 I (155, 157) D5 2014-2015

VOLVO  V60 I (155, 157) D5 2015-

VOLVO  V60 I (155, 157) D5 AWD 2010-2011

VOLVO  V60 I (155, 157) D5 AWD 2014-2015

VOLVO  V60 I (155, 157) D6 Hybrid AWD 2015-

VOLVO  V60 I (155, 157) T3 2010-2015

VOLVO  V60 I (155, 157) T3 2015-

VOLVO  V60 I (155, 157) T3 2015-

VOLVO  V60 I (155, 157) T4 2010-2015

VOLVO  V60 I (155, 157) T4F 2011-2015

VOLVO  V60 I (155, 157) T5 2010-2014

VOLVO  V60 I (155, 157) T5 2012-

VOLVO  V60 I (155, 157) T5 2013-

VOLVO  V60 I (155, 157) T5 2013-

VOLVO  V60 I (155, 157) T5 AWD 2014-

VOLVO  V60 I (155, 157) T5 AWD 2015-

VOLVO  V60 I (155, 157) T5 AWD 2015-

VOLVO  V60 I (155, 157) T6 2013-

VOLVO  V60 I (155, 157) T6 2014-

VOLVO  V60 I (155, 157) T6 AWD 2010-2015

VOLVO  V60 I (155, 157) T6 AWD 2013-

VOLVO  V60 I (155, 157) T6 AWD 2014-2015

VOLVO  V70 III (135) 1.6 D 2009-2011

VOLVO  V70 III (135) 1.6 DRIVe / D2 2011-2015

VOLVO  V70 III (135) 1.6 T4F 2011-2015

VOLVO  V70 III (135) 2.0 2007-2011

VOLVO  V70 III (135) 2.0 BiFuel 2013-2015

VOLVO  V70 III (135) 2.0 D 2007-2015

VOLVO  V70 III (135) 2.0 FlexiFuel 2008-2011

VOLVO  V70 III (135) 2.0 GDI 2012-2015

VOLVO  V70 III (135) 2.0 T 2009-2011

VOLVO  V70 III (135) 2.4 D 2007-2010

VOLVO  V70 III (135) 2.4 D 2009-2010

VOLVO  V70 III (135) 2.5 T 2007-2009

VOLVO  V70 III (135) 2.5 T 2009-2012

VOLVO  V70 III (135) 2.5 T FlexiFuel 2008-2009

VOLVO  V70 III (135) 2.5 T FlexiFuel 2009-2011

VOLVO  V70 III (135) 3.2 2007-2010

VOLVO  V70 III (135) 3.2 2010-2014

VOLVO  V70 III (135) 3.2 AWD 2007-2010

VOLVO  V70 III (135) 3.2 AWD 2010-2015

VOLVO  V70 III (135) D2 2015-

VOLVO  V70 III (135) D3 2007-2015

VOLVO  V70 III (135) D3 2015-

VOLVO  V70 III (135) D3 / D4 2010-2015

VOLVO  V70 III (135) D4 2013-

VOLVO  V70 III (135) D4 AWD 2007-2015

VOLVO  V70 III (135) D4 AWD 2013-

VOLVO  V70 III (135) D5 2007-2009

VOLVO  V70 III (135) D5 2008-2011

VOLVO  V70 III (135) D5 2011-2015

VOLVO  V70 III (135) D5 AWD 2007-2009

VOLVO  V70 III (135) D5 AWD 2009-2011

VOLVO  V70 III (135) D5 AWD 2011-2015

VOLVO  V70 III (135) T4 2010-2015

VOLVO  V70 III (135) T4 2015-

VOLVO  V70 III (135) T5 2010-2014

VOLVO  V70 III (135) T5 2013-

VOLVO  V70 III (135) T6 AWD 2007-2010

VOLVO  V70 III (135) T6 AWD 2010-2015


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HYUNDAI ACCENT GETZ i20 KIA (DYK) SOUL MITSUBISHI CARISMA COLT II III IV CORDIA GALANT III LANCER MAGNA SAPPORO SIGMA TREDIA PROTON PERSONA VOLVO S40 Ball Joint OEM:30821650 SB-7232 CBM-11 K9617 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ACCENT GETZ i20 KIA (DYK) SOUL MITSUBISHI CARISMA COLT II III IV CORDIA GALANT III LANCER MAGNA SAPPORO SIGMA TREDIA PROTON PERSONA VOLVO S40 Ball Joint OEM:30821650 SB-7232 CBM-11 K9617


Description:

Front Axle, Lower

Thread Size : M12x1.25 mm


OEM No.

OE  3 0821650  30821650

OE  3 0821651  30821651

OE  30863988  30863988

OE  30863989  30863989

OE  308 639 90  30863990

OE  30864208  30864208

OE  30864209  30864209

OE  30887025  30887025

OE  30887469  30887469

OE  30887470  30887470

OE  AW-311699  AW311699

OE  MB-241883  MB241883

OE  MB-303374  MB303374

OE  MB-303375  MB303375

OE  MB303377  MB303377

OE  MB303521-01  MB30352101

OE  MB303522-01  MB30352201

OE  MB303771-01  MB30377101

OE  MB303772-01  MB30377201

OE  MB349463-01  MB34946301

OE  MB349464-01  MB34946401

OE  MB349963-01  MB34996301

OE  MB349964-01  MB34996401

OE  MB430311-01  MB43031101

OE  MB430312-01  MB43031201

OE  MB430350/1  MB4303501

OE  MB430406-01  MB43040601

OE  MB430407-01  MB43040701

OE  MB430408-01  MB43040801

OE  MB430409-01  MB43040901

OE  MB430413  MB430413

OE  MB518041-01  MB51804101

OE  MB518042-01  MB51804201

OE  MB518043-01  MB51804301

OE  MB518044-01  MB51804401

OE  MB518205  MB518205

OE  MB518205-01  MB51820501

OE  MB518206  MB518206

OE  MB518206-01  MB51820601

OE  MB518712  MB518712

OE  MB518712-01  MB51871201

OE  MB518713  MB518713

OE  MB518713-01  MB51871301

OE  MB518960-01  MB51896001

OE  MB518961  MB518961

OE  MB518961-01  MB51896101

OE  MB573093-01  MB57309301

OE  MB573094-01  MB57309401

OE  MB573098-01  MB57309801

OE  MB860817  MB860817

OE  MB860817-01  MB86081701

OE  MB860818-01  MB86081801

OE  MB891787  MB891787

OE  MB891787-01  MB89178701

OE  MB891788  MB891788

OE  MB891788-01  MB89178801

OE  MB891790  MB891790


Cross Reference

555  SB-7232  SB7232

CTR  CBM-11  CBM11

DELPHI  TC592  TC592

FAI AUTOPARTS  SS1154  SS1154

FLENNOR  FL613-D  FL613D

HERTH+BUSS JAKOPARTS  J4865004  J4865004

INDELDIS KX 7  SU12490  SU12490

JAPANPARTS  BJ-512  BJ512

KAGER  88-0129  880129

LEMFORDER  11851  11851

LEMFORDER  11851 01  1185101

LEMFORDER  11851 02  1185102

LEMFORDER  34553 01  3455301

LEMFORDER  183000054572  183000054572

MAPCO  49578  49578

MEYLE  516 010 0021  5160100021

MEYLE  32-16 010 0012  32160100012

MOOG  K9617  K9617

MOOG  MI-BJ-10371  MIBJ10371

NIPPARTS  J4865004  J4865004

NK  5043009  5043009

OPTIMAL  G3-724  G3724

PEX  12.04.164  1204164

QUINTON HAZELL  QSJ1124S  QSJ1124S

RAYBESTOS  505-1163  5051163

RUVILLE  917314  917314

SIDEM  71280  71280

SIDEM  71282  71282

SPIDAN  40732  40732

TRISCAN  8500 42010  850042010

TRW  10371

TRW  JBJ174


Application, Suspension Parts for:

HYUNDAI ACCENT II (LC) 1999/09-2005/11

HYUNDAI ACCENT II Saloon (LC) 1999/09-2006/12

HYUNDAI ACCENT III Saloon (MC) 2005/11-2010/11

HYUNDAI ACCENT IV (RB) 2010/11-

HYUNDAI ACCENT IV Saloon (RB) 2010/08-

HYUNDAI GETZ (TB) 2002/08-2010/12

HYUNDAI i20 (PB, PBT) 2008/08-

HYUNDAI ix20 (JC) 2010/11-

KIA (DYK) SOUL Hatchback 2009/12-

MITSUBISHI CARISMA (DA_) 1995/07-2006/06

MITSUBISHI CARISMA Saloon (DA_) 1996/09-2006/06

MITSUBISHI COLT II (C1_A) 1982/10-1988/04

MITSUBISHI COLT III (C5_A) 1986/10-1992/05

MITSUBISHI COLT IV (CA_A) 1992/03-1996/04

MITSUBISHI CORDIA (A21_A, AB, AC) 1982/10-1989/07

MITSUBISHI GALANT III (E1_A) 1983/10-1990/04

MITSUBISHI GALANT IV (E3_A) 1988/11-1992/12

MITSUBISHI GALANT IV Saloon (E3_A) 1987/11-1993/03

MITSUBISHI LANCER IV (C6_A, C7_A) 1988/04-1992/09

MITSUBISHI LANCER IV Hatchback (C6_A, C7_A) 1988/04-1994/05

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1991/07-1996/12

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 1992/09-2003/10

MITSUBISHI LANCER VI (CJ-CP_) 1995/09-2003/08

MITSUBISHI MAGNA Estate (TM) 1985/04-1989/05

MITSUBISHI MAGNA Saloon (TM) 1985/05-1989/04

MITSUBISHI MAGNA Saloon (TP) 1989/05-1991/08

MITSUBISHI MAGNA Saloon (TR) 1991/03-1994/02

MITSUBISHI SAPPORO III (E16A) 1987/06-1990/08

MITSUBISHI SIGMA (F2_A, F1_A) 1990/10-1996/07

MITSUBISHI SPACE RUNNER (N1_W, N2_W) 1991/10-1999/08

MITSUBISHI SPACE STAR MPV (DG_A) 1998/06-2004/12

MITSUBISHI SPACE WAGON (D0_V/W) 1984/01-1992/01

MITSUBISHI SPACE WAGON (N3_W, N4_W) 1991/05-2000/11

MITSUBISHI SPACE WAGON (N9_W, N8_W) 1998/07-2004/12

MITSUBISHI TREDIA (A21_) 1982/09-1988/03

PROTON PERSONA 300 (C9_M) 1996/03-2004/07

PROTON PERSONA 400 (C9_S) 1994/01-2008/02

PROTON PERSONA 400 Hatchback (C9_C, C9_S) 1994/01-2008/02

PROTON SATRIA (C9_M) 1996/04-2006/05

VOLVO S40 I (644) 1995/07-2004/06

VOLVO V40 Estate (645) 1995/07-2004/06


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CADILLAC SRX STS CTS II Ball Joint OEM:15267620# 3220-SRXR Mon, 17 Jan 2022 17:16:18 +0800 CADILLAC SRX STS CTS II Ball Joint OEM:15267620# 3220-SRXR


Description:

Rear Axle, Upper


OEM No.

OE  15267619##  15267619

OE  15267620##  15267620


Cross Reference

FEBEST  3220-SRXR  3220SRXR


Application, Suspension Parts for:

CADILLAC CTS II 2007-2013

CADILLAC SRX 2003-2010

CADILLAC STS 2004-2012 

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CADILLAC CTS Ball Joint OEM:15219467# 3220-CTSUF Mon, 17 Jan 2022 17:16:18 +0800 CADILLAC CTS Ball Joint OEM:15219467# 3220-CTSUF


Description:

Front Axle, Upper


OEM No.

OE  15219467##  15219467

OE  15219468##  15219468


Cross Reference

FEBEST  3220-CTSUF  3220CTSUF


Application, Suspension Parts for:

CADILLAC CTS 2010-2014


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OPEL ASTRA J CORSA D INSIGNIA A SAAB 9-5 YS3G VAUXHALL ASTRA Mk VI VAUXHALL INSIGNIA Mk I Ball Joint OEM:13258056 9085 57801 Mon, 17 Jan 2022 17:16:18 +0800 OPEL ASTRA J CORSA D INSIGNIA A SAAB 9-5 YS3G VAUXHALL ASTRA Mk VI INSIGNIA Mk I Ball Joint OEM:13258056 9085 57801


Description:

Front Axle, Upper


OEM No.

OE  3 24 000  324000

OE  13 258 056  13258056


Cross Reference

SIDEM  9085

SPIDAN  57801


Application, Suspension Parts for:

OPEL ASTRA J GTC 2011/10-

OPEL CORSA D (S07) 2006/07-2014/08

OPEL INSIGNIA A (G09) 2008/07-2017/03

OPEL INSIGNIA A Saloon (G09) 2008/07-2017/03

OPEL INSIGNIA A Sports Tourer (G09) 2008/07-2017/03

SAAB 9-5 (YS3G) 2010/01-2012/01

VAUXHALL ASTRA Mk VI (J) GTC (P10) 2011/10-

VAUXHALL INSIGNIA Mk I (A) Hatchback (G09) 2008/07-2017/05

VAUXHALL INSIGNIA Mk I (A) Saloon (G09) 2008/07-2017/05

VAUXHALL INSIGNIA Mk I (A) Sports Tourer (G09) 2008/07-2017/05


]]>
CADILLAC ESCALADE CHEVROLET AVALANCHE EXPRESS SILVERADO SUBURBAN TAHOE GMC SAVANA SIERRA YUKON Ball Joint OEM:12475485 K6540 5001103 Mon, 17 Jan 2022 17:16:18 +0800 CADILLAC ESCALADE CHEVROLET AVALANCHE EXPRESS SILVERADO SUBURBAN TAHOE GMC SAVANA SIERRA YUKON Ball Joint OEM:12475485 K6540 5001103


Description:

Front Axle, Upper


OEM No.

OE  12475485

OE  12475486


Cross Reference

LEMFORDER  31514 01  3151401

MOOG  K6540

RAYBESTOS  5001103

TRW  104265


Application, Suspension Parts for:

CADILLAC ESCALADE BASE MODEL 2002-2005

CADILLAC ESCALADE BASE MODEL 2002-2006

CADILLAC ESCALADE ESV 2003-2006

CADILLAC ESCALADE EXT 2002-2006

CHEVROLET AVALANCHE 1500 BASE MODEL 2002-2004

CHEVROLET AVALANCHE 1500 BASE MODEL 2005

CHEVROLET AVALANCHE 1500 LS 2006

CHEVROLET AVALANCHE 1500 LT 2006

CHEVROLET AVALANCHE 1500 Z66 2006

CHEVROLET AVALANCHE 1500 Z71 2006

CHEVROLET EXPRESS 1500 BASE MODEL 2003-2005

CHEVROLET EXPRESS 1500 BASE MODEL 2003-2008

CHEVROLET EXPRESS 1500 BASE MODEL 2006

CHEVROLET EXPRESS 1500 BASE MODEL 2008

CHEVROLET EXPRESS 1500 LS 2006

CHEVROLET EXPRESS 1500 LS 2006-2007

CHEVROLET EXPRESS 1500 LS 2007

CHEVROLET EXPRESS 1500 LS 2008

CHEVROLET EXPRESS 1500 LT 2006

CHEVROLET EXPRESS 1500 LT 2006-2007

CHEVROLET EXPRESS 1500 LT 2007

CHEVROLET EXPRESS 1500 LT 2008

CHEVROLET EXPRESS 2500 BASE MODEL 2003-2005

CHEVROLET SILVERADO 1500 BASE MODEL 1999-2002

CHEVROLET SILVERADO 1500 BASE MODEL 1999-2005

CHEVROLET SILVERADO 1500 BASE MODEL 2002-2005

CHEVROLET SILVERADO 1500 BASE MODEL 2005

CHEVROLET SILVERADO 1500 CLASSIC HYBRID 2007

CHEVROLET SILVERADO 1500 CLASSIC LS 2007

CHEVROLET SILVERADO 1500 CLASSIC LT 2007

CHEVROLET SILVERADO 1500 CLASSIC WT 2007

CHEVROLET SILVERADO 1500 HYBRID 2004-2005

CHEVROLET SILVERADO 1500 HYBRID 2006

CHEVROLET SILVERADO 1500 LS 2006

CHEVROLET SILVERADO 1500 LT 2006

CHEVROLET SILVERADO 1500 WT 2006

CHEVROLET SUBURBAN 1500 BASE MODEL 2000-2004

CHEVROLET SUBURBAN 1500 BASE MODEL 2002-2004

CHEVROLET SUBURBAN 1500 BASE MODEL 2006

CHEVROLET SUBURBAN 1500 LS 2005

CHEVROLET SUBURBAN 1500 LS 2006

CHEVROLET SUBURBAN 1500 LT 2005

CHEVROLET SUBURBAN 1500 LT 2006

CHEVROLET SUBURBAN 1500 LTZ 2006

CHEVROLET SUBURBAN 1500 Z71 2005

CHEVROLET SUBURBAN 1500 Z71 2006

CHEVROLET TAHOE BASE MODEL 2000-2004

CHEVROLET TAHOE BASE MODEL 2002-2004

CHEVROLET TAHOE BASE MODEL 2006

CHEVROLET TAHOE LS 2005

CHEVROLET TAHOE LS 2005-2006

CHEVROLET TAHOE LS 2006

CHEVROLET TAHOE LT 2005

CHEVROLET TAHOE LT 2006

CHEVROLET TAHOE Z71 2005

CHEVROLET TAHOE Z71 2006

GMC SAVANA 1500 BASE MODEL 2003-2005

GMC SAVANA 1500 BASE MODEL 2003-2008

GMC SAVANA 1500 BASE MODEL 2006-2007

GMC SAVANA 1500 BASE MODEL 2007

GMC SAVANA 1500 BASE MODEL 2008

GMC SAVANA 1500 LS 2006

GMC SAVANA 1500 LS 2006-2007

GMC SAVANA 1500 LS 2007

GMC SAVANA 1500 LS 2008

GMC SAVANA 1500 LT 2006

GMC SAVANA 1500 LT 2006-2007

GMC SAVANA 1500 LT 2007

GMC SAVANA 1500 LT 2008

GMC SAVANA 2500 BASE MODEL 2003-2005

GMC SIERRA 1500 BASE MODEL 1999-2002

GMC SIERRA 1500 BASE MODEL 1999-2005

GMC SIERRA 1500 BASE MODEL 2002-2005

GMC SIERRA 1500 BASE MODEL 2005

GMC SIERRA 1500 CLASSIC HYBRID 2007

GMC SIERRA 1500 CLASSIC SL 2007

GMC SIERRA 1500 CLASSIC SLE 2007

GMC SIERRA 1500 CLASSIC SLT 2007

GMC SIERRA 1500 CLASSIC WT 2007

GMC SIERRA 1500 HYBRID 2005

GMC SIERRA 1500 HYBRID 2006

GMC SIERRA 1500 SL 2006

GMC SIERRA 1500 SLE 2006

GMC SIERRA 1500 SLT 2006

GMC SIERRA 1500 WT 2006

GMC SIERRA DENALI BASE MODEL 2002-2004

GMC SIERRA DENALI BASE MODEL 2005-2006

GMC SIERRA DENALI BASE MODEL 2007

GMC SIERRA DENALI CLASSIC 2007

GMC YUKON BASE MODEL 2001-2004

GMC YUKON BASE MODEL 2002-2004

GMC YUKON DENALI 2001-2004

GMC YUKON DENALI XL 2001-2004

GMC YUKON SL 2006

GMC YUKON SLE 2000

GMC YUKON SLE 2005

GMC YUKON SLE 2005-2006

GMC YUKON SLE 2006

GMC YUKON SLT 2000

GMC YUKON SLT 2005

GMC YUKON SLT 2005-2006

GMC YUKON SLT 2006

GMC YUKON DENALI BASE MODEL 2005-2006

GMC YUKON DENALI XL BASE MODEL 2005-2006

GMC YUKON XL 1500 BASE MODEL 2000-2004

GMC YUKON XL 1500 BASE MODEL 2002-2004

GMC YUKON XL 1500 SL 2006

GMC YUKON XL 1500 SLE 2005

GMC YUKON XL 1500 SLE 2006

GMC YUKON XL 1500 SLT 2005

GMC YUKON XL 1500 SLT 2006


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CHRYSLER NEON II NEW YORKER 2.2 3.0 PT CRUISER Combi Van DODGE B150 B250 B350 GRAND CARAVAN PLYMOUTH NEON II Ball Joint OEM:05272237AF 2020-004 2020-NEON Mon, 17 Jan 2022 17:16:18 +0800 CHRYSLER  NEON II NEW YORKER 2.2 3.0 PT CRUISER Combi Van DODGE  B150 B250 B350 GRAND CARAVAN PLYMOUTH  NEON II Ball Joint OEM:05272237AF 2020-004 2020-NEON


Description:

Front Axle;Left and right;Lower


OEM No.

ALFAROME/FIAT/LANCI : K05272237AF

CHRYSLER : 04443405

CHRYSLER : 04656010

CHRYSLER : 04656010AB

CHRYSLER : 04656010AC

CHRYSLER : 04656010AD

CHRYSLER : 04656010AE

CHRYSLER : 05272236AF

CHRYSLER : 05272237AF

CHRYSLER : 4443405

CHRYSLER : 4656010

CHRYSLER : 4656010AB

CHRYSLER : 4656010AC

CHRYSLER : 4656010AD

CHRYSLER : 4656010AE

CHRYSLER : 5272236AF

CHRYSLER : 5272237AF


Cross Reference

ASVA : 2020-004

FEBEST : 2020-NEON


Application, Suspension Parts for:

CHRYSLER  NEON (PL) 2.0 1996-2000

CHRYSLER  NEON II 1.6 2001-2006

CHRYSLER  NEON II 1.8 2000-2001

CHRYSLER  NEON II 2.0 1999-2002

CHRYSLER  NEON II 2.0 16V1999-2006

CHRYSLER  NEON II 2.0 16V 2002-2006

CHRYSLER  NEON II 2.0 16V R/T 2001-2004

CHRYSLER  NEON II 2.0 16V R/T 2001-2006

CHRYSLER  NEW YORKER 2.2 1987-1988

CHRYSLER  NEW YORKER 3.0 1987-1988

CHRYSLER  NEW YORKER 3.0 1988-1989

CHRYSLER  PT CRUISER (PT_) 1.6 2001-2010

CHRYSLER  PT CRUISER (PT_) 2.0 2000-2004

CHRYSLER  PT CRUISER (PT_) 2.0 2004-2010

CHRYSLER  PT CRUISER (PT_) 2.2 CRD 2002-2010

CHRYSLER  PT CRUISER (PT_) 2.2 CRD 2005-2010

CHRYSLER  PT CRUISER (PT_) 2.4 2000-2010

CHRYSLER  PT CRUISER (PT_) 2.4 2000-2010

CHRYSLER  PT CRUISER (PT_) 2.4 2003-2009

CHRYSLER  PT CRUISER (PT_) 2.4 2004-2010

CHRYSLER  PT CRUISER (PT_) 2.4 2005-2010

CHRYSLER  PT CRUISER (PT_) 2.4 2006-2008

CHRYSLER  PT CRUISER (PT_) GT 2.4 2003-2010

CHRYSLER  PT CRUISER Combi Van (PT_) 1.6 2002-2007

CHRYSLER  PT CRUISER Combi Van (PT_) 2.0 2002-2004

CHRYSLER  PT CRUISER Combi Van (PT_) 2.2 CRD 2002-2008

CHRYSLER  PT CRUISER Convertible 2.4 2000-2010

CHRYSLER  PT CRUISER Convertible 2.4 2004-2008

CHRYSLER  PT CRUISER Convertible 2.4 2004-2008

CHRYSLER  PT CRUISER Convertible 2.4 2004-2008

CHRYSLER  PT CRUISER Convertible 2.4 GT 2004-2008

DODGE  B150 Standard Passenger Van 3.9 1987-1991

DODGE  B150 Standard Passenger Van 5.21987-1991

DODGE  B250 Extended Passenger Van 3.9 1987-1991

DODGE  B250 Extended Passenger Van 3.9 1987-1991

DODGE  B250 Extended Passenger Van 5.2 1987-1991

DODGE  B250 Extended Passenger Van 5.9 1983-1988

DODGE  B250 Extended Passenger Van 5.9 1988-1992

DODGE  B250 Standard Passenger Van 3.9 1987-1991

DODGE  B250 Standard Passenger Van 3.9 1987-1991

DODGE  B250 Standard Passenger Van 5.2 1987-1991

DODGE  B250 Standard Passenger Van 5.9 1981-1993

DODGE  B350 Extended Passenger Van 5.2 1987-1991

DODGE  B350 Extended Passenger Van 5.9 1980-1988

DODGE  B350 Extended Passenger Van 5.9 1988-1991

DODGE  B350 Extended Passenger Van 5.9 1989-1991

DODGE  B350 Standard Passenger Van 5.2 1987-1991

DODGE  B350 Standard Passenger Van 5.9 1980-1988

DODGE  B350 Standard Passenger Van 5.9 1988-1991

DODGE  GRAND CARAVAN Mini Passenger Van 2.5 1986-1989

DODGE  GRAND CARAVAN Mini Passenger Van 2.5 1986-1990

DODGE  GRAND CARAVAN Mini Passenger Van 2.5 1988-1989

DODGE  GRAND CARAVAN Mini Passenger Van 2.6 1984-1989

DODGE  GRAND CARAVAN Mini Passenger Van 3.0 1986-1989

DODGE  GRAND CARAVAN Mini Passenger Van 3.3 1989-1990

DODGE  GRAND CARAVAN Mini Passenger Van 3.3 1989-1993

DODGE  GRAND CARAVAN Mini Passenger Van 3.3 AWD 1990-1993

DODGE  NEON II 2.0 1999-2005

DODGE  NEON II 2.0 16V 1999-

DODGE  NEON II 2.0 16V 1999-

DODGE  NEON II 2.4 2004-2005

DODGE  NEON II 2.4 SRT-4 2003-2005

DODGE  NEON II 2.4 SRT-4 2003-2005

PLYMOUTH  NEON II Saloon 2.0 16V 1999-

PLYMOUTH  NEON II Saloon 2.0 16V 1999-

PLYMOUTH  NEON II Saloon 2.0 16V 2000-2001


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CHRYSLER VOYAGER IV RG RS Ball Joint OEM:4743376AA# CX0028 K7399 5051316 Mon, 17 Jan 2022 17:16:18 +0800 CHRYSLER VOYAGER IV RG RS Ball Joint OEM:4743376AA# CX0028 K7399 5051316


Description:

Front Axle, Lower


OEM No.

OE  04743376AA#  04743376AA

OE  04743377AA#  04743377AA

OE  04766542AA#  04766542AA

OE  04766543AA#  04766543AA

OE  4743376AA#  4743376AA

OE  4743377AA#  4743377AA

OE  4766542AA#  4766542AA

OE  4766543AA#  4766543AA


Cross Reference

A.B.S.  220434  220434

BIRTH  CX0028  CX0028

KAGER  88-0016  880016

MONROE  L80515  L80515

MOOG  AMGK7399  AMGK7399

MOOG  AMGK7399NC  AMGK7399NC

MOOG  K7399

RAYBESTOS  5051316  5051316

SIDEM  91081  91081

SPIDAN  57656  57656

TRISCAN  8500 80515  850080515

TRW  104345


Application, Suspension Parts for:

CHRYSLER VOYAGER IV (RG, RS) 1999/09-2008/12


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NISSAN PRIMASTAR Box OPEL VIVARO A Combi RENAULT TRAFIC II Bus VAUXHALL VIVARO A Platform/Chassis Ball Joint OEM:40160-00Q0A 041292B TC2343 RE-BJ-7762 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN PRIMASTAR Box OPEL VIVARO A Combi RENAULT TRAFIC II Bus VAUXHALL VIVARO A Platform/Chassis Ball Joint OEM:40160-00Q0A 041292B TC2343 RE-BJ-7762


Description:

Front Axle;Left and right;Lower


OEM No.

NISSAN : 40160-00Q0A

OPEL : 44 31 869

OPEL : 93161884

RENAULT : 77 01 477 385

VAUXHALL : 44 31 869

VAUXHALL : 93161884

DACIA : 7701477385

RENAULT : 7701477385


Cross Reference

A.B.S. : 220520

BENDIX : 041292B

BLUE PRINT : ADN186107

BORG & BECK : BBJ5425

BORG & BECK : BBJ5576

DELPHI : TC2343

FEBI BILSTEIN : 30653

FIRST LINE : FBJ5576

LEMFORDER : 30773 01

MAPCO : 59790

METZGER : 57002018

MEYLE : 16-16 010 0010

MONROE : L10552

MOOG : RE-BJ-7762

NK : 5043637

OPTIMAL : G3-1003

QUINTON HAZELL : QSJ3489S

RTS : 93-90482-056

RUVILLE : 915594

SIDEM : 6280

SPIDAN : 50437

SWAG : 60 93 0653

SKF : VKDS 316022

TRISCAN : 8500 10552

TRW : 21390618

TRW : JBJ1083


Application, Suspension Parts for:

NISSAN  PRIMASTAR Box (X83) 1.9 dCi 100 2002-

NISSAN  PRIMASTAR Box (X83) 1.9 dCi 80 2002-

NISSAN  PRIMASTAR Box (X83) 2.0 2003-

NISSAN  PRIMASTAR Box (X83) 2.0 2006-

NISSAN  PRIMASTAR Box (X83) 2.0 dCi 115 2006-

NISSAN  PRIMASTAR Box (X83) 2.0 dCi 90 2006-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 115 2008-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 140 2003-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 150 2006-

NISSAN  PRIMASTAR Bus (X83) 2.0 2001-

NISSAN  PRIMASTAR Bus (X83) 2.0 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 100 2001-

NISSAN  PRIMASTAR Bus (X83) dCi 115 2008-

NISSAN  PRIMASTAR Bus (X83) dCi 120 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 140 2003-

NISSAN  PRIMASTAR Bus (X83) dCi 150 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 80 2001-

NISSAN  PRIMASTAR Bus (X83) dCi 90 2006-

NISSAN  PRIMASTAR Platform/Chassis (X83) 2.5 dCi 150 2006-

OPEL  VIVARO A Box (X83) 1.9 DI (F7) 2001-

OPEL  VIVARO A Box (X83) 1.9 DTI (F7) 2001-

OPEL  VIVARO A Box (X83) 2.0 16V (F7) 2001-

OPEL  VIVARO A Box (X83) 2.0 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.0 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.0 ECOTEC (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 DTI (F7) 2003-

OPEL  VIVARO A Combi (X83) 1.9 DI (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 1.9 DTI (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 2.0 16V (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 2.0 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.0 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.0 ECOTEC (F7, A07, J7) 2006-

OPEL  VIVARO A Combi (X83) 2.5 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.5 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.5 DTI (F7, J7, A07) 2003-

OPEL  VIVARO A Platform/Chassis (X83) 1.9 DTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 1.9 Di 2001-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 16V 2003-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 ECOTEC 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 DTi 2003-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 2001-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 100 (FL0C) 2001-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 80 (FL0B) 2001-

RENAULT  TRAFIC II Box (FL) 2.0 (FL0A) 2001-

RENAULT  TRAFIC II Box (FL) 2.0 16V 2006-

RENAULT  TRAFIC II Box (FL) 2.0 dCi 115 (FL01, FL0U) 2006-

RENAULT  TRAFIC II Box (FL) 2.0 dCi 90 (FL0H) 2006-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 2007-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 135 (FL0D) 2003-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 145 (FL0J) 2006-

RENAULT  TRAFIC II Bus (JL) 1.9 dCI 100 (JL0C) 2001-

RENAULT  TRAFIC II Bus (JL) 1.9 dCI 80 (JL0B) 2001-

RENAULT  TRAFIC II Bus (JL) 1.9 dCi 2012-2018

RENAULT  TRAFIC II Bus (JL) 2.0 (JL0A) 2001-

RENAULT  TRAFIC II Bus (JL) 2.0 16V 2006-

RENAULT  TRAFIC II Bus (JL) 2.0 dCi 115 2006-

RENAULT  TRAFIC II Bus (JL) 2.0 dCi 90 2006-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 115 2008-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 135 (JL0D) 2003-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 145 (JL0J) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 1.9 dCi 100 (EL0C) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 1.9 dCi 80 (EL0B) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 (EL0A) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 16V 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 dCi 115 (EL0H) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 dCi 90 (EL0H) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 2007-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 135 (EL0D) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 145 (EL0J) 2006-

VAUXHALL  VIVARO A Box (X83) 1.9 DI 2001-2006

VAUXHALL  VIVARO A Box (X83) 1.9 DTI 2001-2006

VAUXHALL  VIVARO A Box (X83) 2.0 16V 2001-2006

VAUXHALL  VIVARO A Box (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.5 CDTI 2006-2008

VAUXHALL  VIVARO A Box (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.5 DTI 2003-2014

VAUXHALL  VIVARO A Combi (X83) 1.9 DI 2001-2006

VAUXHALL  VIVARO A Combi (X83) 1.9 DTI 2001-2006

VAUXHALL  VIVARO A Combi (X83) 2.0 16V 2001-2006

VAUXHALL  VIVARO A Combi (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 DTI 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 1.9 DI 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 16V 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-2014


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MERCEDES BENZ CLS C219 E-CLASS W211 SL R230 Ball Joint OEM:0003301007 041510B TC1995 ME-BJ-8111 Mon, 17 Jan 2022 17:16:18 +0800 MERCEDES BENZ CLS C219 E-CLASS W211 SL R230 Ball Joint OEM:0003301007 041510B TC1995 ME-BJ-8111


Description:

Front Axle, Upper


OEM No.

OE  000 330 10 07  0003301007

OE  211 330 99 07  2113309907

OE  211 331 00 83  2113310083


Cross Reference

A.B.S.  220436  220436

BENDIX  041510B  041510B

DELPHI  TC1995  TC1995

DITAS  A2-5784  A25784

FEBI BILSTEIN  28511  28511

FRAP  2582  2582

LEMFORDER  30933  30933

LEMFORDER  30933 01  3093301

MAPCO  51882  51882

METZGER  57018618  57018618

METZGER  ME-9907  ME9907

MEYLE  016 010 0009  0160100009

MONROE  L23555  L23555

MOOG  ME-BJ-8111  MEBJ8111

NK  5043320

OCAP  0404273

OPTIMAL  EL1263  EL1263

OPTIMAL  G3-966  G3966

QUINTON HAZELL  QSJ3438S  QSJ3438S

SIDEM  49081  49081

SPIDAN  44087  44087

SWAG  10 92 8511  10928511

TOPRAN  401 206  401206

TRISCAN  8500 23555  850023555

TRUCKTEC AUTOMOTIVE  02.31.074  0231074

TRW  JBJ783  JBJ783

VAICO  V30-7576  V307576


Application, Suspension Parts for:

MERCEDES BENZ CLS (C219) 2004/10-2011/02

MERCEDES BENZ E-CLASS (W211) 2002/03-2009/03

MERCEDES BENZ E-CLASS T-Model (S211) 2003/02-2009/07

MERCEDES BENZ SL (R230) 2001/10-2012/01


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MAZDA E-SERIE Box Bus BONGO FRIENDEE E2000/E2200 NISSAN VANETTE S21 Ball Joint OEM:3252249 SB-1411 CBKK-5 CBMZ-13 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA E-SERIE Box Bus BONGO FRIENDEE  E2000/E2200 NISSAN VANETTE S21 Ball Joint OEM:3252249 SB-1411 CBKK-5 CBMZ-13


Description:

Front Axle, Upper

Cone Size : 17.8 mm


OEM No.

OE  3 252 249  3252249

OE  40110-HA00A  40110HA00A

OE  K7103-45-40YT  K71034540YT

OE  S083-99-354  S08399354

OE  S083-99-364  S08399364

OE  S47P-34-540  S47P34540

OE  S47P-34-540A  S47P34540A

OE  SO8-399-364  SO8399364


Cross Reference

555  SB-1411  SB1411

A.B.S.  220139  220139

ASHIKA  73-03-313  7303313

BLUE PRINT  ADM58609  ADM58609

CTR  CBKK-5  CBKK5

CTR  CBMZ-13  CBMZ13

DELPHI  TC590  TC590

FAI AUTOPARTS  SS1113  SS1113

FLENNOR  FL703-D  FL703D

HERTH+BUSS JAKOPARTS  J4863005  J4863005

HERTH+BUSS JAKOPARTS  J4983001  J4983001

INDELDIS KX 7  SU11140  SU11140

JAPANPARTS  BJ-313  BJ313

JAPKO  73313  73313

KAGER  88-0165  880165

KAGER  88-0539  880539

KAVO PARTS  SBJ-4509  SBJ4509

KSP  5005057  5005057

LEMFORDER  14915  14915

LEMFORDER  14915 01  1491501

LEMFORDER  183000063571  183000063571

MAPCO  51540  51540

MEYLE  35-16 010 0018  35160100018

MOOG  FD-BJ-10065  FDBJ10065

NIPPARTS  J4863005  J4863005

NK  5043213  5043213

OCAP  0400339  0400339

OPTIMAL  G3-814  G3814

QUINTON HAZELL  QSJ9217S  QSJ9217S

RUVILLE  917025  917025

SIDEM  52180  52180

SPIDAN  44588  44588

TRISCAN  8500 16202  850016202


Application, Suspension Parts for:

MAZDA B-SERIE (UN) 1998/11-2006/11

MAZDA E-SERIE Box (SR2) 1983/10-2004/07

MAZDA E-SERIE Bus (SR1) 1984/01-1994/05

MAZDA BONGO FRIENDEE 

MAZDA E2000/E2200 SD/SR 1987- 

MAZDA E2000/E2200 SD/SR 1997- 

MAZDA E2000/E2200 SK/SL 1999- 

NISSAN VANETTE S21 1999-


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FORD FOCUS C-MAX VOLVO C30 C70 S40 V50 Ball Joint OEM:1470387 TC1971 VV-BJ-4873 Mon, 17 Jan 2022 17:16:18 +0800 FORD FOCUS C-MAX VOLVO C30 C70 S40 V50 Ball Joint OEM:1470387 TC1971 VV-BJ-4873


Description:

Front Axle, Lower


OEM No.

OE  1 470 387  1470387

OE  31 201 180  31201180

OE  31 201 181  31201181

OE  3M51-3K209-BA  3M513K209BA


Cross Reference

DELPHI  TC1971

FEBI BILSTEIN  30380

FIRST LINE  FBJ5536

LEMFORDER  31350 01  3135001

MEYLE  716 010 0017  7160100017

MONROE  L10575

MOOG  VV-BJ-4873  VVBJ4873

NK  5042526

QUINTON HAZELL  QSJ3332S

RTS  93-90618-056  9390618056

SIDEM  67082

SPIDAN  50334

SWAG  50 93 0380  50930380

TOPRAN  302 479  302479

TRISCAN  8500 10575  850010575

TRW  JBJ740

VAICO  V25-9692  V259692


Application, Suspension Parts for:

FORD C-MAX (DM2) 2007/02-2010/09

FORD FOCUS C-MAX (DM2) 2003/10-2007/03

FORD FOCUS II (DA_, HCP, DP) 2004/07-2013/09

FORD FOCUS II Convertible 2006/10-2010/09

FORD FOCUS II Saloon (DB_, FCH, DH) 2005/04-

FORD FOCUS II Turnier (DA_, FFS, DS) 2004/07-2012/09

FORD (CHANGAN) FOCUS Hatchback (CD5) 2005/09-2011/12

FORD (CHANGAN) FOCUS Saloon (CD4) 2005/09-2011/12

VOLVO C30 (533) 2006/09-2013/12

VOLVO C70 II Convertible (542) 2006/03-2013/12

VOLVO S40 II (544) 2003/12-2012/12

VOLVO V50 (545) 2003/12-2012/12


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FORD RANGER ER ET MAZDA BT-50 Pickup CD UN Ball Joint OEM:UR61-34-550 SB-1732 CBMZ-43 Mon, 17 Jan 2022 17:16:18 +0800 FORD RANGER ER ET MAZDA BT-50 Pickup CD UN Ball Joint OEM:UR61-34-550 SB-1732 CBMZ-43



Description:

Front Axle, Lower


OEM No.

OE  UR61-34-550  UR6134550


Cross Reference

555  SB-1732  SB1732

CTR  CBMZ-43  CBMZ43

FEBI BILSTEIN  42444


Application, Suspension Parts for:

FORD RANGER (ER, EQ, R_) 1997/04-2006/06

FORD RANGER (ET) 2005/01-2012/07

MAZDA BT-50 Pickup (CD, UN) 2006/08-2015/12


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FORD TRANSIT Box Bus Platform/Chassis TOURNEO Ball Joint OEM:1417352 041536B FD-BJ-0814 Mon, 17 Jan 2022 17:16:18 +0800 FORD TRANSIT Box Bus Platform/Chassis  TOURNEO Ball Joint OEM:1417352 041536B FD-BJ-0814


Description:

Front Axle


OEM No.

OE  1 417 352  1417352

OE  1 451 914  1451914

OE  KT6C11 3K209 BA  KT6C113K209BA

OE  KTYC15 3468 AF  KTYC153468AF


Cross Reference

BENDIX  041536B

FLENNOR  FL8869-D  FL8869D

KAGER  88-0596  880596

LEMFORDER  29626 01  2962601

METZGER  57013808

MOOG  FD-BJ-0814

OPTIMAL  G3-997  G3997

SIDEM  4284

SPIDAN  50783

TRW : JBJ730


Application, Suspension Parts for:

FORD TRANSIT Box (FA_ _) 2006/04-

FORD TRANSIT Bus (FD_ _, FB_ _, FS_ _, FZ_ _, FC_ _) 2006/04-

FORD TRANSIT Platform/Chassis (FM_ _, FN_ _) 2006/04-2014/08

FORD TRANSIT TOURNEO 2006/07-2014/08


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FORD FIESTA V Van FUSION JU MAZDA 2 DY Ball Joint OEM:1149932 TC1158 FD-BJ-2260 Mon, 17 Jan 2022 17:16:18 +0800 FORD FIESTA V Van FUSION JU MAZDA 2 DY Ball Joint OEM:1149932 TC1158 FD-BJ-2260



Description:

Front Axle;Left and right;Lower


OEM No.

FORD : 1146130

FORD : 1146131

FORD : 1149932

FORD : 1149933

FORD : 1202213

FORD : 1202214

FORD : 1207447

FORD : 1207448

FORD : 1209076

FORD : 1209077

FORD : 1212807

FORD : 1212808

FORD : 1214911

FORD : 1214912

FORD : 2N11-3042-AE

FORD : 2N11-3042-AH

FORD : 2N11-3051-AE

FORD : 2N11-3051-AH

FORD : 2S61-3042-AD

FORD : 2S61-3042-AE

FORD : 2S61-3042-AF

FORD : 2S61-3042-AG

FORD : 2S61-3042-AH

FORD : 2S61-3051-AD

FORD : 2S61-3051-AE

FORD : 2S61-3051-AF

FORD : 2S61-3051-AG

FORD : 2S61-3051-AH

FORD : 2S61-3395-AB

FORD : 3S61-3042-AH

MAZDA : DD32-34-300

MAZDA : DD32-34-350


Cross Reference

DELPHI : TC1158

FIRST LINE : FBJ5420

FIRST LINE : FBJ5420

LEMFORDER : 027 290 059 537

LEMFORDER : 26003 02

MOOG : FD-BJ-2260

TRW : JBJ711


Application, Suspension Parts for:

FORD  FIESTA V (JH_, JD_) 1.0 2002-2008

FORD  FIESTA V (JH_, JD_) 1.0 Flex 2006-2010

FORD  FIESTA V (JH_, JD_) 1.0 Supercharger 2002-2006

FORD  FIESTA V (JH_, JD_) 1.25 16V 2002-2008

FORD  FIESTA V (JH_, JD_) 1.25 16V 2003-2008

FORD  FIESTA V (JH_, JD_) 1.3 2001-2008

FORD  FIESTA V (JH_, JD_) 1.3 2001-2008

FORD  FIESTA V (JH_, JD_) 1.3 2002-2004

FORD  FIESTA V (JH_, JD_) 1.4 16V 2001-2008

FORD  FIESTA V (JH_, JD_) 1.4 TDCi 2001-2008

FORD  FIESTA V (JH_, JD_) 1.6 2001-2004

FORD  FIESTA V (JH_, JD_) 1.6 2002-2008

FORD  FIESTA V (JH_, JD_) 1.6 16V 2001-2008

FORD  FIESTA V (JH_, JD_) 1.6 Flex 2004-2010

FORD  FIESTA V (JH_, JD_) 1.6 TDCi 2004-2008

FORD  FIESTA V (JH_, JD_) ST150 2005-2008

FORD  FIESTA V Van 1.3 2003-2005

FORD  FIESTA V Van 1.4 TDCi 2003-2010

FORD  FUSION (JU_) 1.25 2004-2012

FORD  FUSION (JU_) 1.3 2002-2005

FORD  FUSION (JU_) 1.4 2002-2012

FORD  FUSION (JU_) 1.4 LPG 2010-2012

FORD  FUSION (JU_) 1.4 TDCi 2002-2012

FORD  FUSION (JU_) 1.6 2002-2008

FORD  FUSION (JU_) 1.6 TDCi 2004-2012

FORD AUSTRALIA  FIESTA Hatchback (WP, WQ) 1.6 i 2004-2008

FORD AUSTRALIA  FIESTA Hatchback (WP, WQ) 2.0 i XR4 2007-2009

FORD AUSTRALIA  FIESTA Hatchback (WS) 1.4 i 2009-2010

FORD AUSTRALIA  FIESTA Hatchback (WS) 1.6 i 2008-2010

MAZDA  2 (DY) 1.2 2003-2007

MAZDA  2 (DY) 1.25 2003-2007

MAZDA  2 (DY) 1.3 L 2003-2007

MAZDA  2 (DY) 1.4 2003-2007

MAZDA  2 (DY) 1.4 2003-2007

MAZDA  2 (DY) 1.4 CD 2003-2007

MAZDA  2 (DY) 1.5 2003-2007

MAZDA  2 (DY) 1.6 2003-2007

MAZDA  2 (DY) 1.6 2003-2007


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TOYOTA CELICA Convertible RAV 4 I Cabrio A1 Ball Joint OEM:43330-29225 SB-2972 CBT-41 K90687 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CELICA Convertible RAV 4 I Cabrio A1 Ball Joint OEM:43330-29225 SB-2972 CBT-41 K90687


Description:

Front Axle, Lower

Outer Thread  : 14x1.5 mm


OEM No.

OE  43330-29225  4333029225

OE  43330-29325  4333029325

OE  43330-29326  4333029326

OE  43330-49025  4333049025


Cross Reference

555  SB-2972  SB2972

A.B.S.  220311

A.B.S.  220415

ASHIKA  7302-241  7302241

CTR  CBT-41  CBT41

DELPHI  TC1184

FEBI BILSTEIN  28699

FLENNOR  FL895-D  FL895D

HERTH+BUSS JAKOPARTS  J4862022

JAPANPARTS  J BJ-241  JBJ241

KAGER  88-0126  880126

KAVO PARTS  SBJ-9002  SBJ9002

LEMFORDER  15715

LEMFORDER  15715 02  1571502

MAPCO  59234

MEYLE  30-16 010 0015  30160100015

MOOG  K90687

MOOG  K9649

NIPPARTS  J4862022

OPTIMAL  G3-906  G3906

QUINTON HAZELL  QSJ1807S

RAYBESTOS  505-1195  5051195

RAYBESTOS  5051284  5051284

RUVILLE  916998

SIDEM  45199

SWAG  81 92 8699  81928699

TRISCAN  8500 13504  850013504

TRW  104187

TRW  104370

TRW  JBJ 7524


Application, Suspension Parts for:

TOYOTA CELICA Convertible (_T18_) 1989/10-1993/11

TOYOTA CELICA Coupe (_T18_) 1989/09-1994/12

TOYOTA RAV 4 I (_A1_) 1994/01-2000/09

TOYOTA RAV 4 I Cabrio (_A1_) 1997/12-2000/06


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INFINITI EX G Coupe NISSAN 350 Z Roadster Z33 Ball Joint OEM:40014-AL550 SB-N522 C1358LR Mon, 17 Jan 2022 17:16:18 +0800 INFINITI EX G Coupe NISSAN 350 Z Roadster Z33 Ball Joint OEM:40014-AL550 SB-N522 C1358LR


Description:

Front Axle, Lower


OEM No.

OE  40014-AL550  40014AL550

OE  40015-AL550  40015AL550


Cross Reference

555  SB-N522  SBN522

A.B.S.  220667

FENOX  BJ10129

LYNXAUTO  C1358LR


Application, Suspension Parts for:

INFINITI EX 2007/09-

INFINITI G Convertible 2010/09-

INFINITI G Coupe 2007/09-

INFINITI G Saloon 2002/08-

INFINITI G Saloon 2007/01-

NISSAN 350 Z Coupe (Z33) 2002/09-2009/11

NISSAN 350 Z Roadster (Z33) 2003/10-2009/12


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CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Ball Joint OEM:364067 CX9210 TC2170 FI-BJ-4958 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Ball Joint OEM:364067 CX9210 TC2170 FI-BJ-4958



Description:

Front Axle, Lower


OEM No.

OE  3640.67  364067

OE  3640.76  364076

OE  5070 5629  50705629

OE  93501837  93501837


Cross Reference

3RG  33224

A.B.S.  220450

ASMETAL  10FI3210

AYD  9206993

AYWIPARTS  AW1320090LR

BENDIX  041529B

BIRTH  CX9210

BORG & BECK  BBJ5542

BSG  BSG 70-310-018  BSG70310018

COMLINE  CBJ7096

DELPHI  TC2170

DENCKERMANN  D110221

FAI AUTOPARTS  SS2747

FEBEST  2520-BOX3  2520BOX3

FEBI BILSTEIN  29385

FENOX  BJ10049

FIRST LINE  FBJ5542

FLENNOR  FL877-D  FL877D

FORMPART  2104016

FORTUNE LINE  FZ3822

FRAP  3541

G.U.D  GSP401025

JP GROUP  4140301409

KAGER  88-0581  880581

KAMOKA  9954086

KAWE  FL877-D  FL877D

KRAFT AUTOMOTIVE  4225511

LEMFORDER  31196

LEMFORDER  31196 01  3119601

LYNXAUTO  C1216LR

MAPCO  49099

MAXGEAR  72-2024  722024

METZGER  57016208

METZGER  57016218

METZGER  M-87  M87

MEYLE  11-16 010 0014  11160100014

MGA  SR5849

MONROE  L10546

MOOG  FI-BJ-4958  FIBJ4958

MOTAQUIP  LVSJ900

MOTAQUIP  VSJ900

NK  5041923

OCAP  0402638

OPTIMAL  G3-988  G3988

PROFIT  2301-0394  23010394

QUINTON HAZELL  QSJ3416S

RIW  FI1018

RTS  93-90192-056  9390192056

RUVILLE  916600

SASIC  7570001

SBS  19075041923

SIDEM  54086

SPIDAN  46727

STARLINE  16.50.710  1650710

STELLOX  52-06993-SX  5206993SX

SWAG  62 92 9385  62929385

TALOSA  47-01327  4701327

TOPRAN  722 722  722722

TRISCAN  8500 10546  850010546

TRW  JBJ741

VAICO  V24-7127  V247127

VEMA  25513


Application, Suspension Parts for:

CITROEN JUMPER Box 2006/04-

CITROEN JUMPER Bus 2006/04-

CITROEN JUMPER Platform/Chassis 2006/04-

FIAT DUCATO Box (250, 290) 2006/07-

FIAT DUCATO Bus (250, 290) 2006/07-

FIAT DUCATO Platform/Chassis (250, 290) 2006/07-

PEUGEOT BOXER Box 2006/04-

PEUGEOT BOXER Bus 2005/09-

PEUGEOT BOXER Platform/Chassis 2006/04-


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CITROEN BERLINGO FIRST MPV XSARA Coupe Break PARTNER Combispace Ball Joint OEM:364051 TC952 CI-BJ-0523 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN BERLINGO FIRST MPV XSARA Coupe Break PARTNER Combispace Ball Joint OEM:364051 TC952 CI-BJ-0523



Description:

Front Axle, Lower


OEM No.

OE  3640.50  364050

OE  3640.51  364051


Cross Reference

A.B.S.  220037

BIRTH  CX0011

DELPHI  TC952

DENCKERMANN  D110166

FAI AUTOPARTS  SS931

FEBI BILSTEIN  17715

FIRST LINE  FBJ5384

FLENNOR  FL740-D  FL740D

FLENNOR  FL749-D  FL749D

INDELDIS KX 7  SU11710

KAGER  88-0160  880160

KAGER  88-0497  880497

KAMOKA  9953584

LEMFORDER  25534

LEMFORDER  25534 02  2553402

LEMFORDER  26047 02  2604702

MAPCO  19389

MAPCO  19473

METZGER  57009418

METZGER  CI-102AK  CI102AK

MEYLE  11-16 010 0008  11160100008

MGA  SR5677

MONROE  L28527

MOOG  CI-BJ-0523  CIBJ0523

MOOG  CI-BJ-0573  CIBJ0573

NK  5041919

OCAP  0401796

OCAP  0401797

OPTIMAL  G3-850  G3850

OPTIMAL  G3-851  G3851

PEX  12.04.274  1204274

QUINTON HAZELL  QSJ9536S

QUINTON HAZELL  QSJ9537S

RTS  93-00780-056  9300780056

RUVILLE  916626

SASIC  6403513

SIDEM  53584

SPIDAN  51478

SWAG  62 78 0015  62780015

SWAG  62 78 0016  62780016

TOPRAN  720 226  720226

TRISCAN  8500 28527  850028527

TRW  JBJ706

TRW  JBJ707

VAICO  V22-0054  V220054

VAICO  V42-9533  V429533


Application, Suspension Parts for:

CITROEN BERLINGO / BERLINGO FIRST Box (M_) 1996/07-2011/12

CITROEN BERLINGO / BERLINGO FIRST MPV (MF, GJK, GFK) 1996/07-2011/12

CITROEN XSARA (N1) 1997/04-2005/12

CITROEN XSARA Break (N2) 1997/10-2010/03

CITROEN XSARA Coupe (N0) 1998/01-2005/04

CITROEN XSARA PICASSO (N68) 1999/12-

CITROEN (DF-PSA) C-TRIOMPHE 2001/09-2008/01

PEUGEOT PARTNER Box (5) 1996/04-2015/12

PEUGEOT PARTNER Combispace (5F) 1996/05-2015/12


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CITROEN BERLINGO FIRST MPV XSARA Coupe Break PARTNER Combispace Ball Joint OEM:364038 TC420 CI-BJ-3355 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN BERLINGO FIRST MPV XSARA Coupe Break PARTNER Combispace Ball Joint OEM:364038 TC420 CI-BJ-3355



Description:

Front Axle, Lower


OEM No.

OE  3640.38  364038

OE  3640.42  364042

OE  96025445  96025445

OE  96 103 696  96103696


Cross Reference

A.B.S.  220352

DELPHI  TC420

FEBI BILSTEIN  17723

FLENNOR  FL949-D  FL949D

LEMFORDER  14767 01  1476701

LEMFORDER  14767 04  1476704

LEMFORDER  22341 01  2234101

MAPCO  19427

METZGER  CI-102K  CI102K

MEYLE  40-16 010 0002  40160100002

MOOG  CI-BJ-3355  CIBJ3355

NK  5041917

OCAP  0400642

OPTIMAL  G3-050  G3050

PEX  12.04.051  1204051

QUINTON HAZELL  QSJ1185S

QUINTON HAZELL  QSJ1600S

RUVILLE  916621

SBS  19075041917

SIDEM  7781

SPIDAN  46078

SWAG  62 78 0017  62780017

TOPRAN  720 225  720225

TRISCAN  8500 38503  850038503

TRW  JBJ126


Application, Suspension Parts for:

CITROEN BERLINGO / BERLINGO FIRST Box (M_) 1996/07-2011/12

CITROEN BERLINGO / BERLINGO FIRST MPV (MF, GJK, GFK) 1996/07-2011/12

CITROEN XSARA (N1) 1997/04-2005/12

CITROEN XSARA Break (N2) 1997/10-2010/03

CITROEN XSARA Coupe (N0) 1998/01-2005/04

CITROEN ZX (N2) 1991/03-1999/07

CITROEN ZX Break (N2) 1993/10-1999/07

PEUGEOT PARTNER Box (5) 1996/04-2015/12

PEUGEOT PARTNER Combispace (5F) 1996/05-2015/12


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CITROEN AX SAXO PEUGEOT 106 I II Ball Joint OEM:364036 TC485 PE-BJ-3356 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN AX SAXO PEUGEOT 106 I II Ball Joint OEM:364036 TC485 PE-BJ-3356



Description:

Front Axle, Lower


OEM No.

OE  3640.36  364036

OE  96 093 233  96093233


Cross Reference

DELPHI  TC485

FEBI BILSTEIN  11850

FLENNOR  FL938-D  FL938D

KAGER  88-0293  880293

LEMFORDER  15334

LEMFORDER  15334 03  1533403

LEMFORDER  15334 04  1533404

LEMFORDER  023260015521

MAPCO  19428

MASTER-SPORT  15334-PCS-MS  15334PCSMS

METZGER  P-21  P21

MEYLE  11-16 010 3356  11160103356

MGA  SR5050

MOOG  PE-BJ-3356  PEBJ3356

NK  5041913

NK  5043706

OCAP  0400199

OPTIMAL  G3-049  G3049

PEX  12.04.013  1204013

QUINTON HAZELL  QSJ1228S

RUVILLE  915909

SASIC  6403363

SIDEM  7687

SPIDAN  44207

SWAG  62 78 0005  62780005

TRISCAN  8500 38500  850038500

TRW  JBJ129


Application, Suspension Parts for:

CITROEN AX (ZA-_) 1986/07-1998/12

CITROEN SAXO (S0, S1) 1996/02-2004/04

PEUGEOT 106 I (1A, 1C) 1991/08-1996/04

PEUGEOT 106 II (1) 1996/04-2004/07


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VOLVO S60 S80 I V70 II XC70 CROSS COUNTRY Ball Joint OEM:274548 TC1192 VV-BJ-0893 Mon, 17 Jan 2022 17:16:18 +0800 VOLVO S60 S80 I V70 II XC70 CROSS COUNTRY Ball Joint OEM:274548 TC1192 VV-BJ-0893



Description:

Front Axle, Lower

Thread size : M12x1.75 mm


OEM No.

OE  274 185  274185

OE  274186  274186

OE  274187  274187

OE  274 193  274193

OE  274 524  274524

OE  274 544  274544

OE  274 548  274548

OE  8634 438  8634438

OE  9173 613  9173613

OE  9492 639  9492639

OE  9 173 613 2  91736132


Cross Reference

A.B.S.  220345

DELPHI  TC1192

FAI AUTOPARTS  SS1326

FEBI BILSTEIN  23343

FLENNOR  FL817-D  FL817D

INDELDIS KX 7  SU12500

KAGER  88-0038  880038

KAMOKA  9967685

LEMFORDER  25550 02  2555002

MAPCO  49924

METZGER  9-116  9116

METZGER  57008518

MEYLE  516 010 0002  5160100002

MOOG  VV-BJ-0893  VVBJ0893

NK  5044813

OCAP  0403841

OCAP  0403841-K  0403841K

OPTIMAL  G3-928  G3928

PEX  12.04.294  1204294

QUINTON HAZELL  QSJ3237S

RUVILLE  916533

SBS  19075044813

SIDEM  67685

SPIDAN  45798

SWAG  55 92 3343  55923343

TRISCAN  8500 27515  850027515

TRW  JBJ720


Application, Suspension Parts for:

VOLVO S60 I (384) 2000/07-2010/04

VOLVO S80 I (184) 1998/05-2008/02

VOLVO V70 II (285) 1999/11-2008/12

VOLVO XC70 CROSS COUNTRY (295) 1997/10-2007/10


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NISSAN SERENA C23 2.0 TD 4WD Ball Joint OEM:55120-AD302 0220-C23UPR MB-9554 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN SERENA C23 2.0 TD 4WD Ball Joint OEM:55120-AD302 0220-C23UPR MB-9554



Description:

Rear Axle, Upper


OEM No.

NISSAN : 55120-0C700

NISSAN : 55120-5C000

NISSAN : 55120-5V200

NISSAN : 55120-5V201

NISSAN : 55120-5V251

NISSAN : 55120-5V252

NISSAN : 55120-AD302

NISSAN : 55120-AD350

NISSAN : 55120-AD352

NISSAN : 55121-0C700

NISSAN : 55121-5C000

NISSAN : 55121-5V200

NISSAN : 55121-5V201

NISSAN : 55121-5V251

NISSAN : 55121-5V252

NISSAN : 55121-AD302

NISSAN : 55121-AD350

NISSAN : 55121-AD352


Cross Reference

FEBEST : 0220-C23UPR

MASUMA : MB-9554


Application, Suspension Parts for:

NISSAN SERENA (C23) 2.0 1992-2001

NISSAN SERENA (C23) 2.0 TD 4WD (KVNC23) 1991-1996


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KIA PICANTO SA Ball Joint OEM:54530-07000 BBJ5445 CBKK-16 KI-BJ-4757 Mon, 17 Jan 2022 17:16:18 +0800 KIA PICANTO SA Ball Joint OEM:54530-07000 BBJ5445 CBKK-16 KI-BJ-4757



Description:

Front Axle, Lower


OEM No.

OE  54530-07000  5453007000


Cross Reference

BLUE PRINT  ADG08684

BORG & BECK  BBJ5445

CTR  CBKK-16  CBKK16

DELPHI  TC1733

FAI AUTOPARTS  SS5821

FEBI BILSTEIN  29705

FIRST LINE  FBJ5445

HERTH+BUSS JAKOPARTS  J4860311

KAMOKA  9981083

KAVO PARTS  SBJ-4007  SBJ4007

LEMFORDER  34505 01  3450501

METZGER  57024201

MEYLE  28-16 010 0000  28160100000

MONROE  L18505

MOOG  KI-BJ-4757  KIBJ4757

NIPPARTS  J4860310

QUINTON HAZELL  QSJ3362S

SIDEM  81083

SPIDAN  57727

SWAG  90 92 9705  90929705

TRISCAN  8500 18505  850018505

TRW  JBJ7546


Application, Suspension Parts for:

KIA PICANTO (SA) 2004/04-


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HYUNDAI ix35 KIA SPORTAGE SL Ball Joint OEM:54530-3S000 J4860527 HY-BJ-10813 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ix35 KIA SPORTAGE SL Ball Joint OEM:54530-3S000 J4860527 HY-BJ-10813



Description:

Front Axle


OEM No.

OE  54530-3S000  545303S000


Cross Reference

ASHIKA  73-0H-H16  730HH16

HERTH+BUSS JAKOPARTS  J4860527

JAPANPARTS  BJ-H16  BJH16

JAPKO  73H16

MOOG  HY-BJ-10813  HYBJ10813

NIPPARTS  N4860525

SIDEM  81183

SPIDAN  51170

VAICO  V52-0041  V520041


Application, Suspension Parts for:

HYUNDAI ix35 (LM, EL, ELH) 2009/08-

KIA SPORTAGE (SL) 2009/09-


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HYUNDAI H-1 Cargo Travel TQ Ball Joint OEM:54530-3J000 ADG086275 HY-BJ-10432 K500073 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI H-1 Cargo Travel TQ Ball Joint OEM:54530-3J000 ADG086275 HY-BJ-10432 K500073



Description:

Front Axle, Lower


OEM No.

OE  54530-3J000  545303J000


Cross Reference

BLUE PRINT  ADG086275

FAI AUTOPARTS  SS2888

MAPCO  51228  51228

MOOG  K500073

MOOG  HY-BJ-10432  HYBJ10432

SIDEM  87388

SPIDAN  51137

TRW  JBJ7631


Application, Suspension Parts for:

HYUNDAI H-1 Cargo (TQ) 2008/02-

HYUNDAI H-1 Travel (TQ) 2008/02-


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KIA PICANTO TA RIO III UB SOUL AM Ball Joint OEM:54530-2K000 BBJ5646 K500229 Mon, 17 Jan 2022 17:16:18 +0800 KIA PICANTO TA RIO III UB SOUL AM Ball Joint OEM:54530-2K000 BBJ5646 K500229


Description:

Front Axle


OEM No.

OE  54530-2K000  545302K000


Cross Reference

A.B.S.  220537

ASHIKA  73-0K-K06  730KK06

AYD  9210517

BLUE PRINT  ADG086324

BORG & BECK  BBJ5646

COMLINE  CBJ7152

DJ PARTS  DB1311

FEBEST  2220-SOULF  2220SOULF

FEBI BILSTEIN  41853

FIRST LINE  FBJ5646

FORMPART  4903003

FRAP  4490

HERTH+BUSS JAKOPARTS  J4860320

JAPANPARTS  BJ-K06  BJK06

JAPKO  73K06

JP GROUP  3640300409

KAGER  88-0621  880621

KAMOKA  9981184

KAVO PARTS  SBJ-4017  SBJ4017

MAGNETI MARELLI  600000148440

MAPCO  52373

MDR  MBJ-8K06  MBJ8K06

METZGER  57029118

MOOG  K500229

MOOG  KI-BJ-12659  KIBJ12659

NIPPARTS  N4860315

NK  5043511

NPS  K420A44

OCAP  0408094

PARTS-MALL  PXCJB-017  PXCJB017

PARTS-MALL  PXCJB-017-S  PXCJB017S

PATRON  PS3189

RTS  93-08810  9308810

SASIC  7576043

SIDEM  81184

SPIDAN  51234

STELLOX  52-00236-SX  5200236SX

SWAG  91 94 1853  91941853

TALOSA  47-03714  4703714


Application, Suspension Parts for:

KIA PICANTO (TA) 2011/05-

KIA RIO III (UB) 2011/09-

KIA SOUL (AM) 2009/01-


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NISSAN SERENA C24 Ball Joint OEM:54500-4N000# 0220-C24 0220C24 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN SERENA C24 Ball Joint OEM:54500-4N000# 0220-C24  0220C24


Description:

Front Axle, Lower


OEM No.

OE  54500-4N000#  545004N000

OE  54501-4N000#  545014N000


Cross Reference

ASVA  0220-C24  0220C24

FEBEST  0220-C24  0220C24


Application, Suspension Parts for:

NISSAN SERENA (C24) 1999/06-2013/12


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NISSAN 100 NX B13 ALMERA N15 I SUNNY III N14 Liftback Traveller Y10 Ball Joint OEM:54500-0M010# SB4742 CBN36 NI-BJ-0311 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN 100 NX B13 ALMERA N15 I SUNNY III N14 Liftback Traveller Y10 Ball Joint OEM:54500-0M010# SB4742 CBN36 NI-BJ-0311



OEM No.

MAZDA : 1N00-99-356

NISSAN : 40160-0M010

NISSAN : 40160-0M020

NISSAN : 40160-50Y00

NISSAN : 40160-50Y02

NISSAN : 40160-50Y0R

NISSAN : 40160-50Y10

NISSAN : 40160-52Y00

NISSAN : 40160-52Y10

NISSAN : 40160-52Y20

NISSAN : 40160-60Y00

NISSAN : 40160-60Y10

NISSAN : 40160-60Y20

NISSAN : 40160-69Y00

NISSAN : 40160-69Y10

NISSAN : 40160-F4200

NISSAN : 40160-Y02G0

NISSAN : 40161-52Y10

NISSAN : 54500-0M010

NISSAN : 54500-0M020

NISSAN : 54500-0M060

NISSAN : 54500-52Y10

NISSAN : 54500-52Y15

NISSAN : 54500-52Y60

NISSAN : 54500-52Y70

NISSAN : 54500-69Y10

NISSAN : 54501-0M010

NISSAN : 54501-52Y10

NISSAN : 54501-52Y15

NISSAN : 54501-52Y60

NISSAN : 54501-52Y70

NISSAN : 54501-69Y10


Cross Reference

555 : SB4742

555 : SB7721

A.B.S. : 210396

A.B.S. : 210680

A.B.S. : 220162

A.B.S. : 220164

A.B.S. : 220177

A.B.S. : 230582

ASHIKA : 10701109

ASHIKA : 10701190

ASHIKA : 1110HH97

ASHIKA : 530HH61

ASHIKA : 7305522

ASHIKA : 7305523R

ASHIKA : BJ522

ASHIKA : SJ190

ASHUKI : 14584201

ASHUKI : 14613005

ASHUKI : 14640005

ASHUKI : 14737001

AUGROS : 5271642B

AUGROS : 5278328B

BENDIX : 041330B

BENDIX : 041351B

BENDIX : 042246B

BENDIX : 842304B

BIRTH : 2507

BIRTH : 2508

BIRTH : CX0037

BIRTH : CX3492

BLUE PRINT : ADC48608

BLUE PRINT : ADC48610

BLUE PRINT : ADN18630

BLUE PRINT : ADN18631

BLUE PRINT : ADN18659

BOGE : BBJ0179

BOGE : BBJ0202

BORG & BECK : BBJ5303

BORG & BECK : BBJ5306

BORG & BECK : BCA5694

BOSAL : 108218

BOSAL : 108224

CECAUTO : 8392322

COMLINE : CBJ5004

COMLINE : CBJ7117

CTR : CBM21

CTR : CBM22

CTR : CBN33

CTR : CBN36

DEEZA : NIG217

DELPHI : TC830

DELPHI : TC831

DELPHI : TC833

DELPHI : TC847

DELPHI : TC854

DENCKERMANN : D110032

DENCKERMANN : D110200

DITAS : A25596

DITAS : A25942

DJ PARTS : DB1029

DJ PARTS : DB1031

DYS : 2702433

DYS : 2709834

FAI : 15070

FAI : SS581

FAI : SS785

FAI : SS786

FAI : SS792

FAI AutoParts : 15070

FAI AutoParts : SS4992

FAI AutoParts : SS581

FAI AutoParts : SS770

FAI AutoParts : SS785

FAI AutoParts : SS786

FAI AutoParts : SS792

FARCOM : 181097

FEBEST : 0220N14

FEBI BILSTEIN : 14246

FEBI BILSTEIN : 15069

FEBI BILSTEIN : 15070

FEBI BILSTEIN : 15273

FEBI BILSTEIN : 17201

FEDERAL MOGUL : K9449

FIRST LINE : FBJ5303

FIRST LINE : FBJ5306

FIRST LINE : FBJ5332

FIRST LINE : FCA5694

FIRST LINE : FCA6507

FIRST LINE : FCA6508

FLENNOR : FL105D

FLENNOR : FL442D

FLENNOR : FL623G

FORMPART : 8680871033417

FORMPART : 8680871035503

FRAP : 3368

GMB : 01040541

HERTH+BUSS JAKOPARTS : J4861024

HERTH+BUSS JAKOPARTS : J4885000

HERTH+BUSS JAKOPARTS : J4911007

HERTH+BUSS JAKOPARTS : J4985000

INDELDIS KX 7 : SU11240

INDELDIS KX 7 : SU11290

INTERNATIONAL : QP50612020

INTERNATIONAL : QP50612021

IPS Parts : IJO10522

IR : 5704547

IR : 5704676

IR : 570721021

IR : IR7210C

JAPANPARTS : 10701190

JAPANPARTS : 7305522

JAPANPARTS : BJ522

JAPANPARTS : BJ523R

JAPANPARTS : JBJ522

JAPANPARTS : JLBH61

JAPANPARTS : JSJ190

JAPANPARTS : JTIH97

JAPANPARTS : LBH61

JAPANPARTS : SBJ522

JAPANPARTS : SJ190

JAPANPARTS : SSJ190

JAPANPARTS : TIH97

JAPKO : 107190

JAPKO : 111H97

JAPKO : 53H61

JAPKO : 73522

JP GROUP : 3940300379

JP GROUP : 3940300389

JP GROUP : 4040300209

KAGER : 870143

KAGER : 880204

KAGER : 880313

KAMOKA : 9941583

KAMOKA : 9972185

KAPIMSAN : 1705600

KAPIMSAN : 1705601

KAVO PARTS : SBJ5508

KAVO PARTS : SBJ6509

KAVO PARTS : SCA6508

KAVO PARTS : SCA6520

KAWE : FL105D

KAWE : FL442D

KAWE : SBJ6509

KAWE : SCA6508

KLOKKERHOLM : 1628362A1

KSP : 2003031

KSP : 2005039

KSP : 4005041

KSP : SBJ5508

KSP : SCA6508

LEMFORDER : 11874

LEMFORDER : 1187401

LEMFORDER : 1187402

LEMFORDER : 1187403

LEMFORDER : 15281

LEMFORDER : 1528101

LEMFORDER : 1528102

LEMFORDER : 15282

LEMFORDER : 1528201

LEMFORDER : 1528202

LEMFORDER : 1560001

LEMFORDER : 183000244574

LEMFORDER : 22675

LEMFORDER : 2267501

LEMFORDER : 5721830084

LEMFORDER : 5721830094

LEMFORDER : 5741830244

LYNXauto : SB5510

LYNXauto : SB5722

MAPCO : 19522

MAPCO : 19553

MAPCO : 19555

MAPCO : 49529

MAPCO : 49531

MAPCO : 59522

MASTER-SPORT GERMANY : 11874PCSMS

MAXGEAR : 720421

MAXGEAR : 721577

METZGER : 57010308

METZGER : 57010418

METZGER : 57018718

METZGER : 57018912

METZGER : D620

METZGER : D622

METZGER : D624

METZGER : D910

METZGER : MI0830

METZGER : MI1038

MEYLE : 32160100021

MEYLE : 32160100022

MEYLE : 36160100039

MEYLE : 36160500029

MGA : SB7531

MGA : SR5295

MGA : SR5698

MGA : SR7497

MONROE : L14509

MONROE : L42505

MONROE : L42507

MOOG : HYWP2656

MOOG : NI-BJ-0311

NIPPARTS : J4861024

NK : 5042230

NPS : N420N30

OCAP : 0403586

OCAP : 0403603

OPTIMAL : G3-553

QUINTON HAZELL : FBJ5303

QUINTON HAZELL : QSJ1335S

RTS : 93-02322

RUVILLE : 916819

SIDEM : 41583

SPIDAN : 44641

TRISCAN : 8500 14509

TRW : JBJ181

VAICO : V38-0002

VAICO : V38-0002-1

VAICO : V38-9525

YAMATO : J11010YMT

sbs : 19075042230


Application, Suspension Parts for:

NISSAN 100 NX (B13) 1.6 1990-1994

NISSAN 100 NX (B13) 1.6 SR 1993-1994

NISSAN 100 NX (B13) 2.0 1990-1994

NISSAN 100 NX (B13) 2.0 GTI 1991-1994

NISSAN ALMERA I (N15) 1.4 1995-2000

NISSAN ALMERA I (N15) 1.4 GX,LX 1995-2000

NISSAN ALMERA I (N15) 1.5 1995-2000

NISSAN ALMERA I (N15) 1.6 1995-2000

NISSAN ALMERA I (N15) 1.6 1995-2000

NISSAN ALMERA I (N15) 1.6 SLX 1995-2000

NISSAN ALMERA I (N15) 1.8 1995-2000

NISSAN ALMERA I (N15) 2.0 D 1995-2000

NISSAN ALMERA I Hatchback (N15) 1.4 1995-2000

NISSAN ALMERA I Hatchback (N15) 1.4 S,GX,LX 1995-2000

NISSAN ALMERA I Hatchback (N15) 1.5 1995-2000

NISSAN ALMERA I Hatchback (N15) 1.6 1995-2000

NISSAN ALMERA I Hatchback (N15) 1.6 SR,SLX 1995-2000

NISSAN ALMERA I Hatchback (N15) 2.0 D 1995-2000

NISSAN ALMERA I Hatchback (N15) 2.0 GTi 1996-2000

NISSAN SUNNY III (N14) 1.4 1990-1995

NISSAN SUNNY III (N14) 1.4 i 1990-1995

NISSAN SUNNY III (N14) 1.4 i 16V 1990-1995

NISSAN SUNNY III (N14) 1.6 1990-1994

NISSAN SUNNY III (N14) 1.6 SR 4WD 1992-1995

NISSAN SUNNY III (N14) 1.6 i 1990-1995

NISSAN SUNNY III (N14) 1.6 i 16V 1992-1995

NISSAN SUNNY III (N14) 1.6 i 16V 4WD 1990-1995

NISSAN SUNNY III (N14) 1.8 1990-1995

NISSAN SUNNY III (N14) 2.0 1990-1996

NISSAN SUNNY III (N14) 2.0 D 1990-1995

NISSAN SUNNY III Box (Y10) 1.6 L 1992-1996

NISSAN SUNNY III Box (Y10) 1.6 i 16V 1992-2000

NISSAN SUNNY III Box (Y10) 1.7 D 1990-2000

NISSAN SUNNY III Hatchback (N14) 1.4 1990-1995

NISSAN SUNNY III Hatchback (N14) 1.4 i 1990-1995

NISSAN SUNNY III Hatchback (N14) 1.4 i 16V 1990-1995

NISSAN SUNNY III Hatchback (N14) 1.6 SR 4x4 1992-1995

NISSAN SUNNY III Hatchback (N14) 1.6 i 1990-1995

NISSAN SUNNY III Hatchback (N14) 1.6 i 16V 1992-1995

NISSAN SUNNY III Hatchback (N14) 1.6 i 16V 4x4 1992-1995

NISSAN SUNNY III Hatchback (N14) 2.0 D 1990-1995

NISSAN SUNNY III Hatchback (N14) 2.0 GTI 16V 1990-1995

NISSAN SUNNY III Hatchback (N14) 2.0 GTI-R 4x4 1990-1995

NISSAN SUNNY III Liftback (N14) 1.4 1990-1995

NISSAN SUNNY III Liftback (N14) 1.4 i 1990-1995

NISSAN SUNNY III Liftback (N14) 1.4 i 16V 1990-1995

NISSAN SUNNY III Liftback (N14) 1.6 SR 4x4 1992-1995

NISSAN SUNNY III Liftback (N14) 1.6 i 1990-1995

NISSAN SUNNY III Liftback (N14) 1.6 i 16V 1992-1995

NISSAN SUNNY III Liftback (N14) 2.0 D 1990-1995

NISSAN SUNNY III Liftback (N14) 2.0 i 16V 1990-1995

NISSAN SUNNY III Traveller (Y10) 1.6 1995-2000

NISSAN SUNNY III Traveller (Y10) 1.6 16V 4x4 1990-1995

NISSAN SUNNY III Traveller (Y10) 1.6 i 1991-2000

NISSAN SUNNY III Traveller (Y10) 1.6 i 16V 4x4 1992-2000

NISSAN SUNNY III Traveller (Y10) 2.0 D 1991-2000


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HYUNDAI GRANDEUR TG SONATA V NF AZERA LIMITED Ball Joint OEM:54430-3K000 73-0H-H07 K500036 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI GRANDEUR TG SONATA V NF AZERA LIMITED Ball Joint OEM:54430-3K000 73-0H-H07 K500036


Description:

Front Axle, Upper


OEM No.

OE  54430-3K000  544303K000


Cross Reference

ASHIKA  73-0H-H07  730HH07

BLUE PRINT  ADG086121

JAPANPARTS  BJ-H07  BJH07

JAPKO  73H07

MOOG  K500036

TRW  104500036

TRW  JBJ7607


Application, Suspension Parts for:

HYUNDAI GRANDEUR (TG) 2003/06-

HYUNDAI SONATA V (NF) 2004/12-2012/11

HYUNDAI (BEIJING) SONATA (NF) 2005/09-2010/12

HYUNDAI AZERA LIMITED 2006

HYUNDAI AZERA SE 2006

HYUNDAI SONATA GL 2006

HYUNDAI SONATA GLS 2006

HYUNDAI SONATA GLS 2006-2007

HYUNDAI SONATA LIMITED 2007

HYUNDAI SONATA LX 2006

HYUNDAI SONATA SE 2007


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HONDA ACCORD IX Saloon CR VII CL CN VIII CU CP Estate CW Ball Joint OEM:52510-TA0-A02# 0320-CU2R JTC7718 Mon, 17 Jan 2022 17:16:18 +0800 HONDA ACCORD IX Saloon CR VII CL CN VIII CU CP Estate CW Ball Joint OEM:52510-TA0-A02# 0320-CU2R JTC7718


Description:

Rear Axle, Upper


OEM No.

HONDA : 52510-TA0-A01#

HONDA : 52510-TA0-A02#

HONDA : 52510-TL0-E01#

HONDA : 52520-TA0-A01#

HONDA : 52520-TA0-A02#

HONDA : 52520-TL0-E01#


Cross Reference

FEBEST : 0320-CU2R

LYNXauto : C1360LR

PATRON : PS3435

TEKNOROT : AC-254

TRW : JTC7718


Application, Suspension Parts for:

HONDA ACCORD IX Saloon (CR) 2.4 2012-

HONDA ACCORD IX Saloon (CR) 2.4 2012-

HONDA ACCORD IX Saloon (CR) 3.5 2012-

HONDA ACCORD VII (CL, CN) 2.4 2008-2012

HONDA ACCORD VIII (CU) 2.0 i (CU1) 2008-2015

HONDA ACCORD VIII (CU) 2.2 i-DTEC (CU3) 2008-2015

HONDA ACCORD VIII (CU) 2.2 i-DTEC (CU3) 2008-2015

HONDA ACCORD VIII (CU) 2.4 i (CU2) 2008-2015

HONDA ACCORD VIII Estate (CW) 2.0 i (CW1) 2008-

HONDA ACCORD VIII Estate (CW) 2.2 i-DTEC (CW3) 2008-

HONDA ACCORD VIII Estate (CW) 2.2 i-DTEC (CW3) 2008-

HONDA ACCORD VIII Estate (CW) 2.4 i (CW2) 2008-

HONDA (GAC) ACCORD VIII (CP_) 2.0 2008-2013

HONDA (GAC) ACCORD VIII (CP_) 2.4 2008-2013

HONDA (GAC) ACCORD VIII (CP_) 3.5 2008-2012


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HONDA ACCORD VII Tourer ODYSSEY MPV SHUTTLE RA Ball Joint OEM:52400-S7S-003# 0320-ODR C1361LR Mon, 17 Jan 2022 17:16:18 +0800 HONDA ACCORD VII Tourer ODYSSEY MPV SHUTTLE RA Ball Joint OEM:52400-S7S-003# 0320-ODR C1361LR


Description:

Rear Axle left and right, Upper


OEM No.

HONDA : 52390-S7S-003

HONDA : 52390-SED-003

HONDA : 52390-SX0-003

HONDA : 52390-SX0-013

HONDA : 52400-S7S-003

HONDA : 52400-SED-003

HONDA : 52400-SX0-003

HONDA : 52400-SX0-013


Cross Reference

ASVA : 0320-RA

FEBEST : 0320-ODR

LYNXauto : C1361LR


Application, Suspension Parts for:

HONDA ACCORD VII Tourer (CM, CN) 2.0 (CM1) 2003-2008

HONDA ACCORD VII Tourer (CM, CN) 2.2 i-CTDi (CN2) 2004-2008

HONDA ODYSSEY MPV (RA_) 2.3 1997-1999

HONDA ODYSSEY MPV (RA_) 2.3 4x4 1997-1999

HONDA SHUTTLE (RA) 2.2 16V (RA1) 1994-1998

HONDA SHUTTLE (RA) 3.0 (RA8) 1997-2004

HONDA SHUTTLE (RA) 3.0 4x4 1997-2002


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HONDA INSIGHT ZE JAZZ III GE GG GP ZA Ball Joint OEM:51360-TG5-C01# SB-H112 CBHO-48 C1273LR Mon, 17 Jan 2022 17:16:18 +0800 HONDA INSIGHT ZE JAZZ III GE GG GP ZA Ball Joint OEM:51360-TG5-C01# SB-H112 CBHO-48 C1273LR


Description:

Front Axle left and right


OEM No.

HONDA : 51220-SYY-010

HONDA : 51220-TG0-T02

HONDA : 51220-TK6-A01

HONDA : 51350-SYY-010

HONDA : 51350-TF0-030

HONDA : 51350-TG0-T02

HONDA : 51350-TG5-C01

HONDA : 51350-TK6-A01

HONDA : 51360-SYY-010

HONDA : 51360-TF0-030

HONDA : 51360-TG0-T02

HONDA : 51360-TG5-C01

HONDA : 51360-TK6-A01


Cross Reference

555 : SB-H112

ASHIKA : 73-04-413

CTR : CBHO-48

CTR : CBHO-56

FEBEST : 0320-GE

GMB : 0105-0825

JAPANPARTS : BJ-413

JAPKO : 73413

LYNXauto : C1273LR

MOOG : HO-BJ-10747

NIPPARTS : N4864018

OCAP : 0403295

SIDEM : 47081

TRW : JBJ7623


Application, Suspension Parts for:

HONDA INSIGHT (ZE_) 1.3 Hybrid (ZE28, ZE2) 2009-

HONDA JAZZ III (GE_, GG_, GP_, ZA_) 1.2 2008-

HONDA JAZZ III (GE_, GG_, GP_, ZA_) 1.3 i 2008-

HONDA JAZZ III (GE_, GG_, GP_, ZA_) 1.5 i-VTEC (GE8) 2008-2014


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ACURA MDX YD2 PILOT Ball Joint OEM:51360-SZA-A03# 0320-PL Mon, 17 Jan 2022 17:16:18 +0800 ACURA MDX YD2 PILOT Ball Joint OEM:51360-SZA-A03# 0320-PL


Description:

Front Axle, Lower


OEM No.

HONDA : 51350-STX-A04

HONDA : 51350-STX-A05

HONDA : 51350-STX-A06

HONDA : 51350-STX-A07

HONDA : 51350-SZA-A01

HONDA : 51350-SZA-A02

HONDA : 51350-SZA-A03

HONDA : 51350-SZA-A04

HONDA : 51360-STX-A04

HONDA : 51360-STX-A05

HONDA : 51360-STX-A06

HONDA : 51360-STX-A07

HONDA : 51360-SZA-A01

HONDA : 51360-SZA-A02

HONDA : 51360-SZA-A03

HONDA : 51360-SZA-A04


Cross Reference

FEBEST : 0320-PL


Application, Suspension Parts for:

ACURA MDX (YD2) 3.7 AWD 2006-

ACURA MDX (YD2) 3.7 AWD 2006-

ACURA MDX (YD2) 3.7 AWD 2006-

HONDA PILOT 3.5 2008-

HONDA PILOT 3.5 4WD 2008-

HONDA PILOT 3.5 4WD 2010-2015

HONDA PILOT 3.5 4WD 2011-


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HONDA AIRWAVE 1.5 VTEC Ball Joint OEM:51360-SLA-023# 0320-GJ1F Mon, 17 Jan 2022 17:16:18 +0800 HONDA AIRWAVE 1.5 VTEC Ball Joint OEM:51360-SLA-023# 0320-GJ1F


Description:

Front Axle, Lower


OEM No.

HONDA : 51350-SLA-023

HONDA : 51350-SLA-033

HONDA : 51350-SLB-023

HONDA : 51350-SLC-003

HONDA : 51360-SLA-023

HONDA : 51360-SLA-033

HONDA : 51360-SLA-J03

HONDA : 51360-SLA-J04

HONDA : 51360-SLB-023

HONDA : 51360-SLB-J03

HONDA : 51360-SLC-003


Cross Reference

FEBEST : 0320-GJ1F


Application, Suspension Parts for:

HONDA AIRWAVE 1.5 VTEC 2004-

HONDA AIRWAVE 1.5 VTEC 4x4 2004-


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HONDA LIFE JB Ball Joint OEM:51360-SFA-013# 0320-JB7 Mon, 17 Jan 2022 17:16:18 +0800 HONDA LIFE JB Ball Joint OEM:51360-SFA-013# 0320-JB7


Description:

Front Axle, Lower


OEM No.

OE  51350-SFA-013#  51350SFA013

OE  51360-SFA-013#  51360SFA013


Cross Reference

FEBEST  0320-JB7  0320JB7


Application, Suspension Parts for:

HONDA LIFE 2001/09-2003/08

HONDA LIFE (JB_) 2003/09-


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HONDA SMX 2.0 Lowdown STEPWGN LA-RF UA-RF Ball Joint OEM:51350-S47-013 0320-004 0320-ST C1362LR Mon, 17 Jan 2022 17:16:18 +0800 HONDA SMX 2.0 Lowdown STEPWGN LA-RF UA-RF Ball Joint OEM:51350-S47-013 0320-004 0320-ST C1362LR


Description:

Front Axle, Lower


OEM No.

HONDA : 51350-S47-003

HONDA : 51350-S47-013

HONDA : 51350-S7S-003

HONDA : 51350-S7S-013

HONDA : 51360-S47-003

HONDA : 51360-S47-013

HONDA : 51360-S7S-003

HONDA : 51360-S7S-013


Cross Reference

ASVA : 0320-004

FEBEST : 0320-ST

LYNXauto : C1362LR


Application, Suspension Parts for:

HONDA SMX 2.0 Lowdown 1999-2002

HONDA STEPWGN (LA-RF_, UA-RF_) 2.0 2000-2005

HONDA STEPWGN (LA-RF_, UA-RF_) 2.0 4WD 2000-2005


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HONDA CAPA 1.5 LOGO GA 1.3 Ball Joint OEM:51350-S2G-013 0320-CAP C1359LR Mon, 17 Jan 2022 17:16:18 +0800 HONDA CAPA 1.5 LOGO GA 1.3 Ball Joint OEM:51350-S2G-013 0320-CAP C1359LR


Description:

Front Axle, Lower


OEM No.

HONDA : 51350-S2G-013

HONDA : 51350-S2R-003

HONDA : 51350-S50-G01

HONDA : 51350-S7H-003

HONDA : 51360-S2G-013

HONDA : 51360-S2R-003

HONDA : 51360-S50-G01

HONDA : 51360-S7H-003


Cross Reference

ASHIKA : 73-04-409

FEBEST : 0320-CAP

JAPANPARTS : BJ-409

JAPKO : 73409

LYNXauto : C1359LR

OCAP : 0402788

SIDEM : 47288


Application, Suspension Parts for:

HONDA CAPA 1.5 16V 1998-2002

HONDA CAPA 1.5 4x4 1998-2002

HONDA LOGO (GA) 1.3 (GA3) 1999-2002

HONDA Z 0.7 4x4 1998-2002


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HONDA ODYSSEY CARGO EX LX Ball Joint OEM:51350-S0X-A02# 505-1321 K90359 Mon, 17 Jan 2022 17:16:18 +0800 HONDA ODYSSEY CARGO EX LX Ball Joint OEM:51350-S0X-A02# 505-1321 K90359


Description:

Front Axle, Lower


OEM No.

OE  51350-S0X-A02#  51350S0XA02

OE  51360-S0X-A02#  51360S0XA02


Cross Reference

MOOG  AMGK90359

MOOG  K90359

RAYBESTOS  505-1321  5051321

TRW  104341


Application, Suspension Parts for:

HONDA ODYSSEY (RL1, RA6, RA_) 1998/09-

HONDA ODYSSEY CARGO  1999-2002 

HONDA ODYSSEY EX  1999-2004 

HONDA ODYSSEY LX  1999-2004


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HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51275-SS0-901 SB-6242 HO-BJ-6619 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51275-SS0-901 SB-6242 HO-BJ-6619


Description:

Front Axle left and right


OEM No.

HONDA : 51210-S5A-J20

HONDA : 51210-S5T-Z00

HONDA : 51215-S5A-J20

HONDA : 51220-S5A-003

HONDA : 51220-S5A-J10

HONDA : 51220-S5A-J30

HONDA : 51275-SS0-901


Cross Reference

555 : SB-6242

A.B.S. : 220494

ACKOJA : A26-1121

ASHIKA : 73-04-403

ASHUKI : 1458-8004

BIRTH : CX0178

BLUE PRINT : ADH28627

BORG & BECK : BBJ5442

CORTECO : 49399503

DELPHI : TC1299

DORMAN : 536660

FAI AutoParts : SS4081

FEBI BILSTEIN : 42154

GSP : S080079

HERTH+BUSS JAKOPARTS : J4864008

JAPANPARTS : BJ-403

JAPKO : 73403

KAVO PARTS : SBJ-2010

MAGNETI MARELLI : 600000149450

MAPCO : 52535

METZGER : 57014518

MONROE : L40532

MOOG : HO-BJ-6619

NIPPARTS : J4864008

OCAP : 0404291

QH Benelux : QSJ3313S

QUINTON HAZELL : QSJ3313S

RUVILLE : 917477

SWAG : 85 94 2154

TRISCAN : 8500 40532

TRW : JBJ491

VAICO : V26-0054

VAICO : V26-0054-1


Application, Suspension Parts for:

HONDA CIVIC VII Coupe (EM2) 1.6 i 2001-2005

HONDA CIVIC VII Coupe (EM2) 1.7 i 2001-2005

HONDA CIVIC VII Coupe (EM2) 1.7 i VTEC 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.4 i 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.4 iS (EP1) 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.6 i 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.7 CTDi 2002-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 2.0 i Sport 2001-2005

HONDA CIVIC VII Saloon (ES, ET) 1.3 IMA (ED9, ES9) 2003-2005

HONDA CIVIC VII Saloon (ES, ET) 1.4 (ES4) 2000-2005

HONDA CIVIC VII Saloon (ES, ET) 1.6 2001-2005

HONDA CIVIC VII Saloon (ES, ET) 1.7 (EU3) 2001-2005

HONDA CIVIC VII Saloon (ES, ET) 2.0 (ET1) 2003-2005


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HONDA CIVIC VII Hatchback EP3 EU3 Saloon CR-V II RD4 RD5 Ball Joint OEM:51220-SCA-000 SB-6272 CBHO-32 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CIVIC VII Hatchback EP3 EU3 Saloon CR-V II RD4 RD5 Ball Joint OEM:51220-SCA-000 SB-6272 CBHO-32


Description:

Front Axle, Lower


OEM No.

OE  51220-S5T-Z00  51220S5TZ00

OE  51220-S6F-E01  51220S6FE01

OE  51220-S9A-020  51220S9A020

OE  51220-S9A-982  51220S9A982

OE  51220-SCA-000  51220SCA000

OE  51220-SCA-981  51220SCA981


Cross Reference

555  SB-6272  SB6272

ASHUKI  1458-7004  14587004

BORG & BECK  BBJ5443

CTR  CBHO-32  CBHO32

HERTH+BUSS JAKOPARTS  J4864007

KAVO PARTS  SBJ-2011  SBJ2011

LEMFORDER  31208 01  3120801

MEYLE  31-16 010 0016  31160100016

NIPPARTS  J4864007

QUINTON HAZELL  QSJ3524S

TRW  JBJ7603


Application, Suspension Parts for:

HONDA CIVIC VII Hatchback (EU, EP, EV) 1999/03-2006/02

HONDA CIVIC VII Saloon (ES, ET) 2000/10-2006/04

HONDA CR-V II (RD_) 2001/09-2007/03

HONDA CR-V RD4,RD5 2001-

HONDA CIVIC EP3,EU3 2002-2005


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HONDA HR-V GH JAZZ II GD GE3 GE2 Ball Joint OEM:51220-SAA-E01 SB-6302 SBJ-2003 HO-BJ-4919 Mon, 17 Jan 2022 17:16:18 +0800 HONDA HR-V GH JAZZ II GD GE3 GE2 Ball Joint OEM:51220-SAA-E01 SB-6302 SBJ-2003 HO-BJ-4919


Description:

Front Axle


OEM No.

OE  51220-S2H-013  51220S2H013

OE  51220-SAA-013  51220SAA013

OE  51220-SAA-E01  51220SAAE01

OE  51220-SEL-T01  51220SELT01


Cross Reference

555  SB-6302  SB6302

KAVO PARTS  SBJ-2003  SBJ2003

METZGER  57014108

MEYLE  31-16 010 0013  31160100013

MOOG  HO-BJ-4919  HOBJ4919

NIPPARTS  J4864011

QUINTON HAZELL  QSJ3327S


Application, Suspension Parts for:

HONDA HR-V (GH) 1999/03-

HONDA JAZZ II (GD_, GE3, GE2) 2001/06-2008/12


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HONDA CIVIC VII EP3 EU3 CR-V II RD4 RD5 Ball Joint OEM:51220-S6F-E01 SB-6272 CBHO-32 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CIVIC VII EP3 EU3 CR-V II RD4 RD5 Ball Joint OEM:51220-S6F-E01 SB-6272 CBHO-32


Description:

Front Axle, Lower


OEM No.

OE  51220-S5T-Z00  51220S5TZ00

OE  51220-S6F-E01  51220S6FE01

OE  51220-S9A-020  51220S9A020

OE  51220-S9A-982  51220S9A982

OE  51220-SCA-000  51220SCA000

OE  51220-SCA-981  51220SCA981


Cross Reference

555  SB-6272  SB6272

ASHUKI  1458-7004  14587004

BORG & BECK  BBJ5443

CTR  CBHO-32  CBHO32

HERTH+BUSS JAKOPARTS  J4864007

KAVO PARTS  SBJ-2011  SBJ2011

LEMFORDER  31208 01  3120801

MEYLE  31-16 010 0016  31160100016

NIPPARTS  J4864007

QUINTON HAZELL  QSJ3524S

TRW  JBJ7603


Application, Suspension Parts for:

HONDA CIVIC VII Hatchback (EU, EP, EV) 1999/03-2006/02

HONDA CIVIC VII Saloon (ES, ET) 2000/10-2006/04

HONDA CR-V II (RD_) 2001/09-2007/03

HONDA CR-V RD4,RD5 2001-

HONDA CIVIC EP3,EU3 2002-2005


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HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51220-S5A-003 SB-6242 CBHO-30 K90332 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51220-S5A-003 SB-6242 CBHO-30 K90332


Description:

Front Axle, Lower

Thread Size : M12x1.25


OEM No.

OE  51210-S5A-J20  51210S5AJ20

OE  51210-S5A-J30  51210S5AJ30

OE  51215-S5A-J20  51215S5AJ20

OE  51215-S5A-J30  51215S5AJ30

OE  51220-S5A-003  51220S5A003

OE  51220-S5A-J10  51220S5AJ10

OE  51220-S5A-J30  51220S5AJ30


Cross Reference

555  SB-6242  SB6242

A.B.S.  220494

ASHIKA  73-04-403  7304403

ASHUKI  1458-8004  14588004

BLUE PRINT  ADH28627

BORG & BECK  BBJ5442

CTR  CBHO-30  CBHO30

DELPHI  TC1299

DITAS  A2-5536  A25536

DITAS  DR1001

FAI AUTOPARTS  SS4081

FEBI BILSTEIN  31237

FIRST LINE  FBJ5442

HERTH+BUSS JAKOPARTS  J4864008

JAPANPARTS  BJ-403  BJ403

JAPKO  73403

KAVO PARTS  SBJ-2010  SBJ2010

METZGER  57014518

MEYLE  31-16 010 0000  31160100000

MOOG  HO-BJ-6619  HOBJ6619

MOOG  K90332

NIPPARTS  J4864008

OCAP  0404291

QUINTON HAZELL  QSJ3313S

RAYBESTOS  5051310

SIDEM  47287

SPIDAN  50581

SWAG  85 93 1237  85931237

TRISCAN  8500 40532  850040532

TRW  104294

TRW  JBJ491

VAICO  V26-0054  V260054


Application, Suspension Parts for:

HONDA CIVIC VII Coupe (EM2) 2001/02-2005/12

HONDA CIVIC VII Hatchback (EU, EP, EV) 1999/03-2006/02

HONDA CIVIC VII Saloon (ES, ET) 2000/10-2006/04


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HONDA ELYSION 2.4 3.0 i-VTEC Ball Joint OEM:51215-SJK-000 0320-RR4 0320-RR6LF Mon, 17 Jan 2022 17:16:18 +0800 HONDA ELYSION 2.4 3.0 i-VTEC Ball Joint OEM:51215-SJK-000 0320-RR4 0320-RR6LF


Description:

Front Axle left and right, Lower


OEM No.

HONDA : 51210-SJK-010

HONDA : 51210-SJK-020

HONDA : 51210-SJK-030

HONDA : 51215-SJK-000

HONDA : 51215-SJK-010

HONDA : 51215-SJK-020

HONDA : 51215-SJK-030


Cross Reference

ASVA : 0320-RR4

FEBEST : 0320-RR6LF


Application, Suspension Parts for:

HONDA ELYSION 2.4 i-VTEC 2004-

HONDA ELYSION 3.0 i-VTEC 4WD (RR4) 2004-2007


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HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51215-S5A-J00 SB-6242 CBHO-40 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CIVIC VII Coupe EM2 Hatchback EU EP EV Saloon ES ET Ball Joint OEM:51215-S5A-J00 SB-6242 CBHO-40


Description:

Front Axle left and right, Lower


OEM No.

HONDA : 51210-S5A-J00

HONDA : 51210S5AJ00

HONDA : 51210-S5A-J10

HONDA : 51210S5AJ10

HONDA : 51210S5AJ20

HONDA : 51210S5AJ30

HONDA : 51210 S6D G10

HONDA : 51210S6DG10

HONDA : 51215-S5A-J00

HONDA : 51215S5AJ00

HONDA : 51215-S5A-J10

HONDA : 51215S5AJ10

HONDA : 51215S5AJ30

HONDA : 51215-S6D-G10

HONDA : 51215S6DG10

HONDA : 5121D-S5D-J61

HONDA : 5121DS5DJ61

HONDA : 51220S5A003

HONDA : 51220S5A305

HONDA : 51220S5AJ10

HONDA : 51220S5AJ20

HONDA : 51220S5AJ30

HONDA : 51275-SS0-901

HONDA : 51275SS0901


Cross Reference

555 : SB-6242

555 : SB6242

A.B.S. : 220494

ACDelco : 45D2310

ASHIKA : 7304403

ASHIKA : BJ403

BLUE PRINT : ADH28627

BORG & BECK : BBJ5442

CTR : CBHO-30

CTR : CBHO30

CTR : CBHO-40

CTR : CBHO40

DELPHI : TC1299

DODA : 1060230092

FA1 : SS4081

FAI AutoParts : SS4081

FEBEST : 0320EU

FEBI BILSTEIN : 31237

FENOX : BJ10069

FIRST LINE : FBJ5442

GMB : 01050355

HERTH+BUSS ELPARTS : J4864008

JAPANPARTS : 7304403

JAPANPARTS : BJ-403

JAPANPARTS : BJ403

JP GROUP : 3440300709

KAVO PARTS : SBJ2010

LYNXauto : C1027LR

LYNXauto : SB3408

METZGER : 57014518

METZGER : HO608

MEYLE : 31160100000

MGA : SR5746

MONROE : L40532

MOOG : HO-BJ-6619

MOOG : HOBJ6619

NIPPARTS : J4864008

OCAP : 0404291

OCAP : 404291

PATRON : PS3148

QUINTON HAZELL : QSJ3313S

RAYBESTOS : 5051310

RTS : 93-06642

RTS : 9306642

RUVILLE : 917477

SIDEM : 47287

SPIDAN : 50581

STELLOX : 52-37005A-SX

SWAG : 85931237

SWAG : 85942154

TRISCAN : 850040532

TRW : 104294

TRW : JBJ491

VAICO : V260054

VEMO : V260054

YAMATO : J14008JC


Application, Suspension Parts for:

HONDA CIVIC VII Coupe (EM2) 1.6 i 2001-2005

HONDA CIVIC VII Coupe (EM2) 1.7 i 2001-2005

HONDA CIVIC VII Coupe (EM2) 1.7 i VTEC 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.4 i 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.4 iS (EP1) 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.6 i 2001-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 1.7 CTDi 2002-2005

HONDA CIVIC VII Hatchback (EU, EP, EV) 2.0 Type-R 2001-2005

HONDA CIVIC VII Saloon (ES, ET) 1.4 (ES4) 2000-2005

HONDA CIVIC VII Saloon (ES, ET) 1.6 2001-2005


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ACURA TSX HONDA ACCORD DX EX HYBRID LX VALUE PACKAGE VII Tourer Ball Joint OEM:51210-SDA-A01# SB-6312 K80228 Mon, 17 Jan 2022 17:16:18 +0800 ACURA TSX HONDA ACCORD DX EX HYBRID LX VALUE PACKAGE VII Tourer Ball Joint OEM:51210-SDA-A01# SB-6312 K80228


Description:

Front Axle, Lower


OEM No.

OE  51210-SDA-A01#  51210SDAA01

OE  51210-SDA-A02#  51210SDAA02

OE  51215-SDA-A01#  51215SDAA01

OE  51215-SDA-A02#  51215SDAA02

OE  51220-SDA-A02  51220SDAA02


Cross Reference

555  SB-6312  SB6312

ASHUKI  1458-4104  14584104

FIRST LINE  FBJ5579

MEYLE  31-16 010 0015  31160100015

MOOG  K80228

NIPPARTS  N4864014  N4864014

RAYBESTOS  5051370

TRW  10480228

TRW  JBJ7604


Application, Suspension Parts for:

ACURA TSX BASE MODEL 2004-2008

HONDA ACCORD DX 2003-2005

HONDA ACCORD EX 2003-2005

HONDA ACCORD EX 2006-2007

HONDA ACCORD HYBRID 2005-2007

HONDA ACCORD LX 2003-2005

HONDA ACCORD LX 2006-2007

HONDA ACCORD LX SPECIAL EDITION 2006

HONDA ACCORD SPECIAL EDITION 2007

HONDA ACCORD VALUE PACKAGE 2006-2007

HONDA ACCORD VII (CL, CN) 2003/01-2012/09

HONDA ACCORD VII Tourer (CM, CN) 2003/04-2008/05


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LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT V6 V8 FJ CRUISER TRAIL TEAMS Ball Joint OEM:48630-60050# K500018 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX470 TOYOTA 4RUNNER LIMITED SPORT V6 V8 FJ CRUISER TRAIL TEAMS Ball Joint OEM:48630-60050# K500018


Description:

Front Axle, Upper


OEM No.

OE  48610-60050#  4861060050

OE  48630-60020#  4863060020


Cross Reference

MOOG  K500018


Application, Suspension Parts for:

LEXUS GX470 BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2007

TOYOTA 4RUNNER BASE MODEL V6 4.0L 3956CC 1GRFE 2003-2004

TOYOTA 4RUNNER BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2004

TOYOTA 4RUNNER LIMITED V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER LIMITED V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SPORT V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SPORT V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SR5 V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SR5 V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA FJ CRUISER BASE MODEL V6 4.0L 3956CC 1GRFE 2007-2009

TOYOTA FJ CRUISER TRAIL TEAMS SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2008

TOYOTA FJ CRUISER TRD SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2007


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LEXUS IS I SportCross TOYOTA ALTEZZA BREVIS CHASER CRESTA Saloon PROGRES VEROSSA Ball Joint OEM:48610-29065# SB-3831 CBT-84 0120-065 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS I SportCross TOYOTA ALTEZZA BREVIS CHASER CRESTA Saloon PROGRES VEROSSA Ball Joint OEM:48610-29065# SB-3831 CBT-84 0120-065


Description:

Front Axle, Upper


OEM No.

TOYOTA : 43310-29065#

TOYOTA : 43310-39025#

TOYOTA : 43310-39045#

TOYOTA : 43310-59025#

TOYOTA : 48610-29055#

TOYOTA : 48610-29065#

TOYOTA : 48610-29075#

TOYOTA : 48610-29115#

TOYOTA : 48610-39025#

TOYOTA : 48610-39045#

TOYOTA : 48610-39055#

TOYOTA : 48610-39115#

TOYOTA : 48610-39155#

TOYOTA : 48610-59025#

TOYOTA : 48610-59075#

TOYOTA : 48630-29055#

TOYOTA : 48630-29065#

TOYOTA : 48630-29105#

TOYOTA : 48630-39025#

TOYOTA : 48630-59025#

TOYOTA : 48630-59075#


Cross Reference

555 : SB-3831

ASHIKA : 73-02-251

CTR : CBT-84

FEBEST : 0120-065

GMB : 0101-0330

JAPANPARTS : BJ-251

JAPKO : 73251

LYNXauto : C1242LR

NIPPARTS : N4882015

OCAP : 0409283

SIDEM : 45385


Application, Suspension Parts for:

LEXUS IS I (_E1_) 200 (GXE10) 1999-2005

LEXUS IS I (_E1_) 300 (JCE10) 2001-2005

LEXUS IS SportCross (_E1_) 200 (GXE10_) 2002-2005

LEXUS IS SportCross (_E1_) 300 (JCE10_) 2001-2005

TOYOTA ALTEZZA (_E1_) 2.0 VVTi (SXE10) 1999-2005

TOYOTA BREVIS (JCG1_) 2.5 4WD 1999-2002

TOYOTA CHASER (_X10_) 2.5 (JZX100_) 1996-2001

TOYOTA CHASER (_X10_) 2.5 (JZX100_) 1996-2001

TOYOTA CRESTA Saloon 2.0 VVTi 24V 1996-2001

TOYOTA CRESTA Saloon 2.5 VVTi 1996-2001

TOYOTA MARK II Saloon 2.5 (JZX110) 1992-1996

TOYOTA PROGRES (JCG1_) 2.5 (JCG10) 1997-2007

TOYOTA PROGRES (JCG1_) 3.0 (JCG11) 1997-2007

TOYOTA VEROSSA (_X11_) 2.0 VVTi 2000-2003

TOYOTA VEROSSA (_X11_) 2.5 VVTi 2000-2003

TOYOTA VEROSSA (_X11_) 2.5 VVTi 2000-2003


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DAIHATSU TERIOS J2 TOYOTA RUSH Closed Off-Road Vehicle F700 Ball Joint OEM:48068-BZ080# SB-T082 ADD68636 0120-J210 Mon, 17 Jan 2022 17:16:18 +0800 DAIHATSU TERIOS J2 TOYOTA RUSH Closed Off-Road Vehicle F700 Ball Joint OEM:48068-BZ080# SB-T082 ADD68636 0120-J210


Description:

Left and right, Lower


OEM No.

DAIHATSU : 48068-B4010#

DAIHATSU : 48068-B4011#

DAIHATSU : 48068-BZ060#

DAIHATSU : 48068-BZ090#

DAIHATSU : 48069-B4010#

DAIHATSU : 48069-B4011#

DAIHATSU : 48069-BZ060#

DAIHATSU : 48069-BZ090#

TOYOTA : 48068-BZ080#

TOYOTA : 48069-BZ080#


Cross Reference

555 : SB-T082

BLUE PRINT : ADD68636

BLUE PRINT : ADD68637

FEBEST : 0120-J210

LYNXauto : C1396LR

OCAP : 0405760


Application, Suspension Parts for:

DAIHATSU TERIOS (J2_) 1.3 VVT-i 4x4 2005-

DAIHATSU TERIOS (J2_) 1.5 4x4 2006-

DAIHATSU TERIOS (J2_) 1.5 VVT-i 4x4 2010-

DAIHATSU TERIOS (J2_) 1.5 VVT-i RWD 2005-

DAIHATSU TERIOS (J2_) 1.5 VVT-i RWD 2010-

TOYOTA RUSH Closed Off-Road Vehicle (F700_) 1.5 4WD (J210E) 2006-


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LEXUS GX URJ15 GRJ15 TOYOTA LAND CRUISER PRADO J15 Ball Joint OEM:48068-60040# SB-T402 CBT-101 TO-BJ-15492 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX URJ15 GRJ15 TOYOTA LAND CRUISER PRADO J15 Ball Joint OEM:48068-60040# SB-T402 CBT-101 TO-BJ-15492


Description:

Front Axle left and right, Lower


OEM No.

TOYOTA : 48068-60040#

TOYOTA : 48068-60050#

TOYOTA : 48068-60051#

TOYOTA : 48069-60040#

TOYOTA : 48069-60050#

TOYOTA : 48069-60051#


Cross Reference

555 : SB-T402

BORG & BECK : BBJ5752

CTR : CBT-101

FEBEST : 0120-150LOW

MOOG : TO-BJ-15492

NPS : T420A139

SIDEM : 45388


Application, Suspension Parts for:

LEXUS GX (URJ15_, GRJ15_) 460 4WD (URJ150) 2010-

LEXUS GX (URJ15_, GRJ15_) 460 4WD (URJ150) 2010-

TOYOTA LAND CRUISER PRADO (_J15_) 2.7 (TRJ150_, TRJ155_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 2.8 D-4D (GDJ150, GDJ155) 2018-

TOYOTA LAND CRUISER PRADO (_J15_) 2.8 D-4D (GDJ150_, GDJ155_, GDJ150) 2015-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D (LJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D-4D (KDJ150_, KDJ150, KDJ155) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D-4D (KDJ155_, KDJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 TDi (KDJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.5 (GRJ152_) 2015-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 Dual VVTi (GRJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVT-i (GRJ150_, GRJ125_, GRJ150) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150_) 2010-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150_) 2012-


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LEXUS GX470 TOYOTA 4RUNNER LIMITED FJ CRUISER TRAIL TRD Ball Joint OEM:48068-60010# 45D2426 K500017 5051435 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX470 TOYOTA 4RUNNER LIMITED FJ CRUISER TRAIL TRD Ball Joint OEM:48068-60010# 45D2426 K500017 5051435


Description:

Front Axle, Lower


OEM No.

OE  48068-60010#  4806860010

OE  48069-60010#  4806960010


Cross Reference

ACDelco  45D2426  45D2426

MOOG  K500017  K500017

RAYBESTOS  5051435


Application, Suspension Parts for:

LEXUS GX470 BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2009

TOYOTA 4RUNNER BASE MODEL V6 4.0L 3956CC 1GRFE 2003-2004

TOYOTA 4RUNNER BASE MODEL V8 4.7L 4663CC/285CID 2UZFE 2003-2004

TOYOTA 4RUNNER LIMITED V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER LIMITED V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SPORT V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SPORT V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA 4RUNNER SR5 V6 4.0L 3956CC 1GRFE 2005-2009

TOYOTA 4RUNNER SR5 V8 4.7L 4663CC/285CID 2UZFE 2005-2009

TOYOTA FJ CRUISER BASE MODEL V6 4.0L 3956CC 1GRFE 2007-2009

TOYOTA FJ CRUISER TRAIL TEAMS SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2008

TOYOTA FJ CRUISER TRD SPECIAL EDITION V6 4.0L 3956CC 1GRFE 2007


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TOYOTA AVENSIS VERSO M2 Ball Joint OEM:48068-29235 SB-T112 CBT-91 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA AVENSIS VERSO M2 Ball Joint OEM:48068-29235 SB-T112 CBT-91


Description:

Front Axle, Lower


OEM No.

TOYOTA : 43308-29255

TOYOTA : 48068-26265

TOYOTA : 48068-29235

TOYOTA : 48068-29245

TOYOTA : 48068-29255

TOYOTA : 48068-29265

TOYOTA : 48068-49045

TOYOTA : 48068-49065

TOYOTA : 48069-26265

TOYOTA : 48069-29235

TOYOTA : 48069-29245

TOYOTA : 48069-29255

TOYOTA : 48069-29265

TOYOTA : 48069-49045

TOYOTA : 48069-49065


Cross Reference

555 : SB-T112

ASHIKA : 73-02-205

CTR : CBT-91

FEBEST : 0120-N60

FIRST LINE : FCA6376

FIRST LINE : FCA6377

GMB : 0101-0915

HERTH+BUSS JAKOPARTS : J4902076

HERTH+BUSS JAKOPARTS : J4912076

JAPANPARTS : BJ-205

JAPKO : 73205

LYNXauto : C1228LR

NIPPARTS : N4862044

OCAP : 0403104

SIDEM : 45988


Application, Suspension Parts for:

TOYOTA AVENSIS VERSO (_M2_) 2.0 (ACM20_) 2001-2009

TOYOTA AVENSIS VERSO (_M2_) 2.0 D (CLM20_) 2001-2005

TOYOTA AVENSIS VERSO (_M2_) 2.4 (ACM21) 2001-2007


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TOYOTA DYNA 400 Platform Chassis Ball Joint OEM:48066-39065 SB-T931 0120-BUUP Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA DYNA 400 Platform Chassis Ball Joint OEM:48066-39065 SB-T931 0120-BUUP



OEM No.

TOYOTA : 48066-39065

TOYOTA : 48066-39075

TOYOTA : 48067-39065

TOYOTA : 48067-39075


Cross Reference

555 : SB-T931

FEBEST : 0120-BUUP

GMB : 0114-0501

LYNXauto : C1366LR


Application, Suspension Parts for:

TOYOTA DYNA 400 Platform/Chassis (BU_, XZU_) 4.6 D (XZU3_, XZU4_) 2000-2006

TOYOTA DYNA Platform/Chassis (KD_, LY_, _Y2_, _U3_, _U4_) 4.6 D4d 2003-


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TOYOTA CHASER X9 CROWN Saloon S17 ORIGIN JCG1 VEROSSA X11 Ball Joint OEM:43350-22050 0120-777 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CHASER X9 CROWN Saloon S17 ORIGIN JCG1 VEROSSA X11 Ball Joint OEM:43350-22050 0120-777


Description:

Rear Axle, Upper


OEM No.

OE  43350-22050  4335022050

OE  48770-22030#  4877022030

OE  48770-22040#  4877022040

OE  48770-22050#  4877022050

OE  48770-30010#  4877030010

OE  48770-39035#  4877039035

OE  48790-22030#  4879022030

OE  48790-22040#  4879022040

OE  48790-22050#  4879022050

OE  48790-30010#  4879030010

OE  48790-39035#  4879039035


Cross Reference

ASVA  0120-777  0120777

FEBEST  0120-777  0120777


Application, Suspension Parts for:

TOYOTA CHASER (_X9_) 1992/10-1996/09

TOYOTA CROWN Saloon (_S17_) 1999/09-2004/05

TOYOTA ORIGIN (JCG1_) 2000/08-2001/03

TOYOTA VEROSSA (_X11_) 2000/10-2004/04

TOYOTA MARK 2 GX90,LX90,SX90,JZX9* 1992/10-1996/08

TOYOTA CHASER GX90,JZX9*,LX90,SX90 1992/10-1996/08

TOYOTA CRESTA GX90,JZX9*,LX90,SX90 1992/10-1996/08


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LEXUS IS I SportCross E1 TOYOTA MARK Ⅱ CRESSIDA Ball Joint OEM:43340-59066 SB-3984L SB-3984R JBJ7560 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS I SportCross E1 TOYOTA MARK Ⅱ CRESSIDA Ball Joint OEM:43340-59066 SB-3984L SB-3984R JBJ7560


Description:

Front Axle, Left, Right, Lower


OEM No.

OE  43340-59065  4334059065

OE  43340-59066  4334059066

OE  43340-59135  4334059135


OE  43330-59065  4333059065

OE  43330-59066  4333059066

OE  43330-59135  4333059135


Cross Reference

555  SB-3984L  SB3984L

KAGER  88-0525  880525

TRW  JBJ7560


555  SB-3984R  SB3984R

KAGER  88-0526  880526

TRW  JBJ7559


Application, Suspension Parts for:

LEXUS IS I (_E1_) 1999/04-2005/07

LEXUS IS SportCross (_E1_) 2001/10-2005/10

TOYOTA MARK Ⅱ (CRESSIDA) GX110,JZX110 2000-2005


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TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43340-39545 SB-T172L SB-T172R K500044 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CAMRY ACV40 ACV41 AHV41 Ball Joint OEM:43340-39545 SB-T172L SB-T172R K500044


Description:

Front Axle, Lower, Left, Right


OEM No.

OE  43340-09040  4334009040

OE  43340-09110  4334009110

OE  43340-09130  4334009130

OE  43340-39545  4334039545

LEXUS : 43330-09330

LEXUS : 43330-09580

LEXUS : 43330-09590

LEXUS : 43330-39775

LEXUS : 43330-39845

TOYOTA : 43330-09330

TOYOTA : 43330-09580

TOYOTA : 43330-09590

TOYOTA : 43330-09710

TOYOTA : 43330-39775

TOYOTA : 43330-39845


Cross Reference

555  SB-T172L  SBT172L

MOOG  K500044

RAYBESTOS  505-1362  5051362

TRW  104500044


555 : SB-T172R  SBT172R

DELPHI : TC2559

FEBI BILSTEIN : 43076

LEMFORDER : 38113 01

NK : 5044548

SIDEM : 45197

SWAG : 81943076

TRW : JBJ7630


Application, Suspension Parts for:

TOYOTA CAMRY ACV40 2006/05-

TOYOTA CAMRY ACV41 2006/05-2009/02

TOYOTA CAMRY AHV41 2010/03-


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LEXUS IS II E2 Ball Joint OEM:43340-39505 SS2851 SB-A052L K500124 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS II E2 Ball Joint OEM:43340-39505 SS2851 SB-A052L K500124


Description:

Front Axle, Left


OEM No.

OE  43340-39505  4334039505


Cross Reference

555  SB-A052L

FAI AUTOPARTS  SS2851

BLUE PRINT : ADT386129

BORG & BECK : BBJ5605

FAI : SS2851

FAI AutoParts : SS2851

FEBI BILSTEIN : 43025

FIRST LINE : FBJ5605

MOOG : TO-BJ-13535

MOOG  K500124

OCAP : 0495497

SWAG : 81 94 3025


Application, Suspension Parts for:

LEXUS IS II (_E2_) 2005/08-2013/03


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LEXUS GS S16 SC Convertible UZZ40 Ball Joint OEM:43340-39415 SB-T282L CBT-76 K500102 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GS S16 SC Convertible UZZ40 Ball Joint OEM:43340-39415 SB-T282L CBT-76 K500102


Description:

Front Axle, Left, Lower


OEM No.

OE  43340-39345  4334039345

OE  43340-39415  4334039415


Cross Reference

555  SB-T282L  SBT282L

BLUE PRINT  ADT386130

CTR  CBT-76  CBT76

FIRST LINE  FBJ5515

HERTH+BUSS JAKOPARTS  J4862050

KAGER  88-0523  880523

MOOG  K500102

QUINTON HAZELL  QSJ3516S

RAYBESTOS  5051411

SIDEM  45286

TRW  104500102


Application, Suspension Parts for:

LEXUS GS (_S16_) 1997/08-2004/12

LEXUS SC Convertible (UZZ40_) 2001/01-2010/07


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BMW 5 F10 Touring F11 BRILLIANCE 5 SERIES F10 F18 Brake pad FMSI:8705-D1504 OEM:34 11 6 775 310 FDB4380 TRW:GDB1882 WVA:23794 24697, F1504 Mon, 17 Jan 2022 17:16:18 +0800 BMW 5 F10 Touring F11 BRILLIANCE 5 SERIES F10 F18 Brake pad FMSI:8705-D1504 OEM:34 11 6 775 310 FDB4380 TRW:GDB1882 WVA:23794 24697, F1504

Location: Front Axle 

Measures:155.1/154.6x63.9/63.7x19.3/20.3 mm


OEM No.

OE  34 11 6 775 310  34116775310

OE  34 11 6 796 844  34116796844

OE  34 11 6 856 592  34116856591

OE  34 11 6 858 047  34116858047

OE  34 11 6 860 242  34116860242

OE  34 11 6 872 632  34116872632


Cross Reference

ATE  13.0460-7268.2  13046072682

ATE  13.0470-7268.2  13047072682

FERODO  FDB4380

FMSI  8705-D1504  8705D1504

FMSI  D1504

FMSI  D1504-8705  D15048705

ICER  182002

LPR  05P1641

MINTEX  MDB3007

PAGID  T1818

REMSA  1052.30  105230

TEXTAR  2469701

TRW  GDB1882

WOKING  P11523.30  P1152330

WVA  23794

WVA  24697



Application, Brake pads set for

BMW 5 (F10) 2009/01-2016/10

BMW 5 Touring (F11) 2009/11-

BMW (BRILLIANCE) 5 SERIES (F10, F18) 2010/08-2017/05

BMW 528i 2011-2015

BMW 528i xDrive 2012-2015


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TOYOTA MARK II CRESTA CHASER GX90 Ball Joint OEM:43340-29185 SB-3512L CBT-44L Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA MARK II CRESTA CHASER GX90 Ball Joint OEM:43340-29185 SB-3512L CBT-44L


Description:

Front Axle, Left, Lower


OEM No.

OE  43340-29085  4334029085

OE  43340-29145  4334029145

OE  43340-29146  4334029146

OE  43340-29165  4334029165

OE  43340-29185  4334029185

OE  43340-29355  4334029355

OE  43340-59085  4334059085

OE  43340-59105  4334059105


Cross Reference

555  SB-3512L  SB3512L

555  SB-3832L  SB3832L

555  SB-3834L  SB3834L

CTR  CBT-44L  CBT44L


Application, Suspension Parts for:

TOYOTA MARK II,CRESTA,CHASER GX90,LX90,SX90,JZX9# 1992-


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LEXUS RX U3 MCU15 TOYOTA CAMRY Saloon V3 PREVIA R3 Ball Joint OEM:43340-29175 SB-3752L CBT57L K90346 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX U3 MCU15 TOYOTA CAMRY Saloon V3 PREVIA R3 Ball Joint OEM:43340-29175 SB-3752L CBT57L K90346


Description:

Front Axle , Left , Lower


OEM No.

OE  43340-09010  4334009010

OE  43340-09180  4334009180

OE  43340-29175  4334029175

OE  43340-29215  4334029215


Cross Reference

555  SB-3752L  SB3752L

A.B.S.  220309

BLUE PRINT  ADT38675

CTR  CBT57L

DELPHI  TC1514

FIRST LINE  FBJ5467

FLENNOR  FL893-D  FL893D

HERTH+BUSS JAKOPARTS  J4862033

KAGER  88-0048  880048

KAVO PARTS  SBJ-9012  SBJ9012

LEMFORDER  34706 01  3470601

MAPCO  51388

MEYLE  30-16 010 0043  30160100043

MOOG  AMGK90346

MOOG  K90346

MOOG  TO-BJ-3001  TOBJ3001

NIPPARTS  J4862033

OCAP  0494338

OPTIMAL  G3-904  G3904

QUINTON HAZELL  QSJ3372S

RAYBESTOS  505-1302  5051302

RUVILLE  926910

SIDEM  45196

SPIDAN  45475

SPIDAN  57553

TRW  104307

TRW  JBJ7532


Application, Suspension Parts for:

LEXUS RX (_U3_) 2003/02-2008/12

LEXUS RX (MCU15) 1998/01-2003/05

TOYOTA CAMRY Saloon (_V3_) 2001/08-2006/11

TOYOTA PREVIA (_R3_) 2000/02-2006/02


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LEXUS GX URJ15 GRJ15 TOYOTA 4 RUNNER N28 FJ CRUISER GSJ1 LAND CRUISER PRADO J15 Ball Joint OEM:43330-60040 SB-T402 CBT-101 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS GX URJ15 GRJ15 TOYOTA 4 RUNNER N28 FJ CRUISER GSJ1 LAND CRUISER PRADO J15 Ball Joint OEM:43330-60040 SB-T402 CBT-101


Description:

Front Axle, Lower


OEM No.

TOYOTA : 43330-60040

TOYOTA : 48068-60040

TOYOTA : 48068-60050

TOYOTA : 48068-60051

TOYOTA : 48069-60040

TOYOTA : 48069-60050

TOYOTA : 48069-60051


Cross Reference

555 : SB-T402

CTR : CBT-101

FEBEST : 0120-150LOW

GMB : 0101-0695

LYNXauto : C1323LR

SIDEM : 45388


Application, Suspension Parts for:

LEXUS GX (URJ15_, GRJ15_) 460 4WD (URJ150) 2010-

LEXUS GX (URJ15_, GRJ15_) 460 4WD (URJ150) 2010-

TOYOTA 4 RUNNER (_N28_) 4.0 (GRN280_) 2010-

TOYOTA 4 RUNNER (_N28_) 4.0 4WD (GRN285_) 2010-

TOYOTA FJ CRUISER (GSJ1_) 4.0 (GSJ15) 2006-2011

TOYOTA FJ CRUISER (GSJ1_) 4.0 4WD (GSJ15_) 2005-2018

TOYOTA FJ CRUISER (GSJ1_) 4.0 4WD (GSJ15_) 2006-2018

TOYOTA FJ CRUISER (GSJ1_) 4.0 4WD (GSJ15_) 2010-2014

TOYOTA FJ CRUISER (GSJ1_) 4.0 4WD (GSJ15_) 2010-2018

TOYOTA LAND CRUISER PRADO (_J15_) 2.7 (TRJ150_, TRJ155_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 2.8 D-4D (GDJ150_, GDJ155_, GDJ150) 2015-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D (LJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D-4D (KDJ150_, KDJ150, KDJ155) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 D-4D (KDJ155_, KDJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.0 TDi (KDJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 3.5 (GRJ152_) 2015-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 Dual VVTi (GRJ150_) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVT-i (GRJ150_, GRJ125_, GRJ150) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150) 2009-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150_) 2010-

TOYOTA LAND CRUISER PRADO (_J15_) 4.0 V6 VVTi (GRJ150_) 2012-


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LEXUS RX L1 Ball Joint OEM:43330-49165 J4872060 SBJ-9072 N4872064 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX L1 Ball Joint OEM:43330-49165 J4872060 SBJ-9072 N4872064


Description:

Front Axle, Right, Lower


OEM No.

OE  43330-49165  4333049165


Cross Reference

BLUE PRINT  ADT386204

HERTH+BUSS JAKOPARTS  J4872060

KAVO PARTS  SBJ-9072  SBJ9072

NIPPARTS  N4872064


Application, Suspension Parts for:

LEXUS RX (_L1_) 2008/12-2015/10


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TOYOTA PRIUS Hatchback W2 Ball Joint OEM:43330-49055 J4862044 K80301 10480301 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA PRIUS Hatchback W2 Ball Joint OEM:43330-49055 J4862044 K80301 10480301


Description:

Front Axle, Lower


OEM No.

OE  43330-49055  4333049055


Cross Reference

HERTH+BUSS JAKOPARTS  J4862044

KAGER  88-0572  880572

MOOG  K80301

TRW  10480301


Application, Suspension Parts for:

TOYOTA PRIUS Hatchback (_W2_) 2003/09-2009/12


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LEXUS IS II E2 Ball Joint OEM:43330-39625 SS2852 K500123 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS IS II E2 Ball Joint OEM:43330-39625 SS2852 K500123


Description:

Front Axle, Right


OEM No.

OE  43330-39625  4333039625


Cross Reference

FAI AUTOPARTS  SS2852


Application, Suspension Parts for:

LEXUS IS II (_E2_) 2005/08-2013/03


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TOYOTA DYNA 400 TOYOACE HV XZU307 Ball Joint OEM:43330-39515 0120-BUL Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA DYNA 400 TOYOACE HV XZU307 Ball Joint OEM:43330-39515 0120-BUL


Description:

Front Axle, Lower


OEM No.

OE  43330-39515  4333039515

OE  43330-39765  4333039765


Cross Reference

FEBEST  0120-BUL  0120BUL


Application, Suspension Parts for:

TOYOTA DYNA 400 Platform/Chassis (BU_, XZU_) 2000/10-2006/12

TOYOTA DYNA Platform/Chassis (KD_, LY_, _Y2_, _U3_, _U4_) 2001/08-

TOYOTA DYNA TOYOACE BU306/BU346 1999-2004

TOYOTA DYNA TOYOACE XZU308/XZU348 2004-

TOYOTA DYNA XZU307 2000-2002

TOYOTA DYNA/TOYOACE HV XKU308/XKU508 2006-


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TOYOTA LITE TOWNACE NOAH T.U.V LF85 RZF85 Ball Joint OEM:43330-29395 SB-3772 CBT-73 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA LITE TOWNACE NOAH T.U.V LF85 RZF85 Ball Joint OEM:43330-29395 SB-3772 CBT-73



OEM No.

OE  43330-29395  4333029395


Cross Reference

555  SB-3772  SB3772

CTR  CBT-73  CBT73


Application, Suspension Parts for:

TOYOTA LITE/TOWNACE CM70/CM80 1999-2004

TOYOTA LITE/TOWNACE KM70/KM80 1999-2007

TOYOTA LITE/TOWNACE NOAH,V CR40/CR50 1998-2004

TOYOTA LITE/TOWNACE NOAH,V KR52 2004-

TOYOTA LITE/TOWNACE NOAH,V SR40/SR50 1996-2001

TOYOTA T.U.V LF85/RZF85 1999-2005


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TOYOTA COROLLA Verso Ball Joint OEM:43330-09360 BBJ5558 TO-BJ-8972 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA COROLLA Verso Ball Joint OEM:43330-09360 BBJ5558 TO-BJ-8972


Description:

Front Axle, Lower


OEM No.

OE  43330-09360  4333009360


Cross Reference

ASHIKA  73-02-213  7302213

BLUE PRINT  ADT386167

BORG & BECK  BBJ5558

FIRST LINE  FBJ5558

JAPANPARTS  BJ-213  BJ213

JAPKO  73213

MEYLE  30-16 010 0051  30160100051

MOOG  TO-BJ-8972  TOBJ8972

SIDEM  45091

SPIDAN  50088


Application, Suspension Parts for:

TOYOTA COROLLA Verso (ZER_, ZZE12_, R1_) 2004/03-2009/04


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TOYOTA AVENSIS Estate Saloon T25 Ball Joint OEM:43330-09210 SB-3962 CBT-60 K80595 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA AVENSIS Estate Saloon T25 Ball Joint OEM:43330-09210 SB-3962 CBT-60 K80595


Description:

Front Axle, Lower


OEM No.

OE  43330-09190  4333009190

OE  43330-09210  4333009210

OE  43330-09670  4333009670


Cross Reference

555  SB-3962  SB3962

A.B.S.  220438

CTR  CBT-60  CBT60

DELPHI  TC1779

FEBI BILSTEIN  28704

HERTH+BUSS JAKOPARTS  J4862040

KAGER  88-0568  880568

KAVO PARTS  SBJ-9040  SBJ9040

LEMFORDER  31247 01  3124701

METZGER  T-626  T626

MEYLE  30-16 010 0042  30160100042

MOOG  K80595

MOOG  TO-BJ-4974  TOBJ4974

NIPPARTS  J4862040

QUINTON HAZELL  QSJ3371S

RAYBESTOS  5051327

SIDEM  45889

SPIDAN  46616

SWAG  81 92 8704  81928704

TRW  10480595


Application, Suspension Parts for:

TOYOTA AVENSIS (_T25_) 2003/03-2008/11

TOYOTA AVENSIS Estate (_T25_) 2003/04-2008/11

TOYOTA AVENSIS Saloon (T25) 2003/04-2008/11


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LEXUS RX MCU15 TOYOTA CAMRY V2 Estate V1 Ball Joint OEM:43330-06021 SB-2932 CBT-39 K9499 Mon, 17 Jan 2022 17:16:18 +0800 LEXUS RX MCU15 TOYOTA CAMRY V2 Estate V1 Ball Joint OEM:43330-06021 SB-2932 CBT-39 K9499


Description:

Front Axle, Lower


OEM No.

OE  43330-06020  4333006020

OE  43330-06021  4333006021

OE  43330-09050  4333009050

OE  43330-09051  4333009051

OE  43330-09140  4333009140

OE  43330-39285  4333039285

OE  43330-39435  4333039435


Cross Reference

555  SB-2932  SB2932

A.B.S.  220299

BLUE PRINT  ADT38611

CTR  CBT-39  CBT39

DELPHI  TC1516

DENCKERMANN  D110186

FEBI BILSTEIN  23589

FIRST LINE  FBJ5309

HERTH+BUSS JAKOPARTS  J4862001

KAGER  88-0213  880213

KAMOKA  9945094

KSP  1005087

MAPCO  59567

MOOG  AMGK9499

MOOG  K9499

MOOG  TO-BJ-1734  TOBJ1734

NIPPARTS  J4862001

OPTIMAL  G3-885  G3885

RAYBESTOS  505-1178  5051178

RUVILLE  916967

SIDEM  45094

SPIDAN  45341

SWAG  81 92 3589  81923589

TRW  104218

TRW  JBJ458

VAICO  V70-9513  V709513


Application, Suspension Parts for:

LEXUS RX (MCU15) 1998/01-2003/05

TOYOTA CAMRY (_V1_) 1991/06-1998/06

TOYOTA CAMRY (_V2_) 1996/08-2002/09

TOYOTA CAMRY Estate (_V1_) 1991/06-1997/08


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TOYOTA MARK Ⅱ PROGRES ALTEZZA VEROSSA CROWN GROWN MAJESTA Ball Joint OEM:43310-39045 SB-3831 CBT-84 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA MARK Ⅱ PROGRES ALTEZZA VEROSSA CROWN GROWN MAJESTA Ball Joint OEM:43310-39045 SB-3831 CBT-84


Description:

Front Axle, Upper


OEM No.

OE  43310-29065  4331029065

OE  43310-39025  4331039025

OE  43310-39045  4331039045

OE  43310-59025  4331059025


Cross Reference

555  SB-3831  SB3831

CTR  CBT-84  CBT84

KAVO PARTS  SBJ-9065  SBJ9065



Application, Suspension Parts for:

TOYOTA MARK Ⅱ GX100,JZX90,JZX100,LX90,LX100,GX90,SX90 1996-

TOYOTA MARK Ⅱ GX90,JZX90,LX90,SX90 1992-1995

TOYOTA MARK Ⅱ GX110,JZX110..GDGT,GD,GDG,GDS,GDV,WG 2000-2005

TOYOTA MARK Ⅱ BLIT GX110,JZX110..GDGT,GD,GDG,GDS,GDV,WG 2000-2005

TOYOTA PROGRES JCG10,JCG11 1998-2005

TOYOTA ALTEZZA GXE10,JCE10,SXE10 1998-

TOYOTA ALTEZZA GITA GXE10,JCE10,SXE10 1998-

TOYOTA VEROSSA GX110,JZX110 2001-2004

TOYOTA CROWN GS171,JZS171,JKS175 JZS175..D4 1999-2005

TOYOTA GROWN MAJESTA GS171,JZS171,JKS175 JZS175..D4 1999-2005


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TOYOTA HILUX VII Pickup N1 N2 N3 Ball Joint OEM:43310-09015 SB3881 TO-BJ-8833 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA HILUX VII Pickup N1 N2 N3  Ball Joint OEM:43310-09015 SB3881 TO-BJ-8833


Description:

Front Axle, Upper


OEM No.

OE  43310-09015  4331009015

OE  43310-09030  4331009030

OE  43310-0K010  433100K010

OE  43310-0K040  433100K040


Cross Reference

555  SB3881

MEYLE  30-16 010 0020  30160100020

MOOG  TO-BJ-8833  TOBJ8833

NIPPARTS  J4882013

RTS  93-02590  9302590

SIDEM  45089

TRW  JBJ7538


Application, Suspension Parts for:

TOYOTA HILUX VII Pickup (_N1_, _N2_, _N3_) 2004/08-


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CITROEN C1 PEUGEOT 107 TOYOTA AYGO ARIS VERSO FAW VIOS Ball Joint OEM:43308-59035 SB-3602 CBT-56 K500118 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN C1 PEUGEOT 107 TOYOTA AYGO ARIS VERSO FAW VIOS Ball Joint OEM:43308-59035 SB-3602 CBT-56 K500118


Description:

Front Axle, Lower


OEM No.

OE  3520.Q2##  3520Q2

OE  3521.L3##  3521L3

OE  43308-09010  4330809010

OE  43308-09070  4330809070

OE  43308-09080  4330809080

OE  43308-0H010  433080H010

OE  43308-19176  4330819176

OE  43308-59035  4330859035

OE  43308-59065  4330859065

OE  43308-59095  4330859095

OE  48068-59035##  4806859035

OE  48069-59035##  4806959035


Cross Reference

555  SB-3602  SB3602

CTR  CBT-56  CBT56

DELPHI  TC1006

FEBI BILSTEIN  22911

LEMFORDER  29904 01  2990401

METZGER  57023318

MEYLE  30-16 010 0027  30160100027

MOOG  K500118

MOOG  K90310

MOOG  TO-BJ-2274  TOBJ2274

NIPPARTS  J4862039

QUINTON HAZELL  QSJ3270S

RAYBESTOS  5051262

SIDEM  45986

SWAG  81 92 2911  81922911

TRISCAN  8500 13537  850013537

TRW  104290

TRW  JBJ710

TRW  JBJ7537


Application, Suspension Parts for:

CITROEN C1 (PM_, PN_) 2005/06-2014/09

PEUGEOT 107 2005/06-

TOYOTA AYGO (_B1_) 2005/02-

TOYOTA YARIS (_P1_) 1999/01-2005/12

TOYOTA YARIS (_P9_) 2005/01-

TOYOTA YARIS VERSO (_P2_) 1999/08-2005/09

TOYOTA (FAW) VIOS 2001/01-2008/02


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TOYOTA CALDINA Estate T24 1.8 2.0 Ball Joint OEM:42305-21040 0120-107 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA CALDINA Estate T24 1.8 2.0 Ball Joint OEM:42305-21040 0120-107


Description:

Rear Axle


OEM No.

TOYOTA : 42304-21040

TOYOTA : 42305-21040


Cross Reference

FEBEST : 0120-107


Application, Suspension Parts for:

TOYOTA CALDINA Estate (_T24_) 1.8 (ZZT241_) 2002-2007

TOYOTA CALDINA Estate (_T24_) 2.0 (AZT241W) 2002-2007

TOYOTA CALDINA Estate (_T24_) 2.0 (AZT241W_) 2002-2007

TOYOTA CALDINA Estate (_T24_) 2.0 4WD (AZT246W) 2002-2007

TOYOTA CALDINA Estate (_T24_) 2.0 4WD (AZT246W) 2002-2007

TOYOTA CALDINA Estate (_T24_) 2.0 4WD (ST246W) 2002-2007


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NISSAN CUBE Z12 JUKE F15 NV200 EVALIA Bus PULSAR TIIDA Hatchback Ball Joint OEM:40160-ED00A SB4952 CBN-70 K500051 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN CUBE Z12 JUKE F15 NV200 EVALIA Bus PULSAR TIIDA Hatchback Ball Joint OEM:40160-ED00A SB4952 CBN-70 K500051



OEM No.

CHEVROLET : 19317747-P

CHEVROLET : 19317748-P

NISSAN : 1016009

NISSAN : 40160ED000

NISSAN : 40160ED00A

NISSAN : 545009AM1A-P

NISSAN : 545009AM1A-P1

NISSAN : 545019AM1A-P

NISSAN : 545019AM1A-P1


Cross Reference

555 : SB4952

APlus : 20592AP

ASHIKA : 73-01-135

BGA : SJ6308

BIRTH : CX0143

BORG & BECK : BBJ5628

COMLINE : CBJ7094

CORTECO : 49398893

CTR : CBN-70

CTR : cbn70

DELPHI : TC2431

DELPHI : TC2441

DODA : 1060230022

EURO CAR PARTS : 617701259

FAHREN AUTOS : FAS0118

FAI AutoParts : SS7398

FEBEST : 0220-C11

FIRST LINE : FBJ5655

FORMPART : 4103027

JAPANPARTS : BJ-135

JP GROUP : 4040301300

KAVO PARTS : SBJ-6541

LYNXauto : C1303LR

METZGER : 57027008

MEYLE : 36-16 010 0014

MEYLE : 36-16 010 0034

MOOG : AXXPEK500051

MOOG : K500051

MOOG : K500223

MOTAQUIP : LVSJ1168

NIPPARTS : N4861044

OCAP : 0408071

OCAP : 0408071 NM

OPTIMAL : G3-1117

QUINTON HAZELL : QSJ3609S

QUINTON HAZELL : QSJ3652S

RTS : 93-02397

RTS : 93-92349

SIDEM : 41689

SKF : TV-553293

SKF : VKDS 812009

STELLOX : 52-00460-SX

SYD : 1016011

SYD : 92NS09481

SYD : AXXPEK500051

TEKNOROT : N-1005

TEKNOROT : N-854

TENACITY : ATBNI1042

TRADEX FRANCE : 93-1309481

VEMA : 26562

WONGA : 700521

WONGA : 92-33-1552


Application, Suspension Parts for:

NISSAN  CUBE (Z12) 1.5 dCi 2010-

NISSAN  CUBE (Z12) 1.5 dCi 2010-

NISSAN  CUBE (Z12) 1.6 16V 2010-

NISSAN  JUKE (F15) 1.2 DIG-T 2014-

NISSAN  JUKE (F15) 1.5 dCi 2010-

NISSAN  JUKE (F15) 1.6 2010-

NISSAN  JUKE (F15) 1.6 2013-

NISSAN  JUKE (F15) 1.6 2016-

NISSAN  JUKE (F15) 1.6 2018-

NISSAN  JUKE (F15) 1.6 CVTC 2014-

NISSAN  JUKE (F15) 1.6 DIG-T 2010-

NISSAN  JUKE (F15) 1.6 DIG-T 4x4 2010-

NISSAN  JUKE (F15) 1.6 DIG-T NISMO 2013-2014

NISSAN  JUKE (F15) 1.6 DIG-T NISMO 4x4 2013-2014

NISSAN  JUKE (F15) 1.6 DIG-T NISMO RS 2014-

NISSAN  JUKE (F15) 1.6 DIG-T NISMO RS 4x4 2014-

NISSAN  JUKE (F15) 1.6 LPG 2012-

NISSAN  JUKE (F15) 1.6 LPG 2018-

NISSAN  LEAF (ZE0) Electric 2010-

NISSAN  NV200 / EVALIA Bus 1.5 dci (M20, M20M) 2011-

NISSAN  NV200 / EVALIA Bus 1.5 dci (M20, M20M) 2011-

NISSAN  NV200 / EVALIA Bus 1.5 dci (M20, M20M, M20K, M20KK) 2010-

NISSAN  NV200 / EVALIA Bus 1.6 16V (M20, M20M) 2010-

NISSAN  NV200 Box Body/Estate 1.5 dci (M20, M20M) 2010-

NISSAN  NV200 Box Body/Estate 1.5 dci (M20, M20M) 2011-

NISSAN  NV200 Box Body/Estate 1.5 dci (M20, M20M) 2011-

NISSAN  NV200 Box Body/Estate 1.6 16V (M20, M20M) 2010-

NISSAN  PULSAR Hatchback (C13) 1.2 DIG-T 2014-

NISSAN  PULSAR Hatchback (C13) 1.5 dCi 2014-

NISSAN  PULSAR Hatchback (C13) 1.6 DIG-T 2015-

NISSAN  TIIDA Hatchback (C11) 1.5 2004-2012

NISSAN  TIIDA Hatchback (C11) 1.5 dCi 2007-2013

NISSAN  TIIDA Hatchback (C11) 1.5 dCi 2007-2011

NISSAN  TIIDA Hatchback (C11) 1.6 2007-2011

NISSAN  TIIDA Hatchback (C11) 1.8 2007-2011

NISSAN  TIIDA Saloon (SC11) 1.5 dCi 2007-2012

NISSAN  TIIDA Saloon (SC11) 1.5 dCi 2007-2012

NISSAN  TIIDA Saloon (SC11) 1.6 2007-2012

NISSAN  TIIDA Saloon (SC11) 1.8 2007-2011

NISSAN  TIIDA Saloon (SC11) 1.8 2007-2012


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NISSAN ALMERA TINO V10 MAXIMA QX V A33 Ball Joint OEM:40160-2Y000 SB-4882 NI-BJ-2309 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN ALMERA TINO V10 MAXIMA QX V A33 Ball Joint OEM:40160-2Y000 SB-4882 NI-BJ-2309


Description:

Front Axle, Lower


OEM No.

OE  40160-2Y000  401602Y000

OE  40160-2Y411  401602Y411

OE  40160-2Y412  401602Y412

OE  40160-4N000  401604N000

OE  40160-5Y720  401605Y720

OE  40160-AV600  40160AV600

OE  40160-AV605  40160AV605

OE  40160-AV606  40160AV606

OE  40160-AV60A  40160AV60A

OE  40161-2Y411  401612Y411

OE  40161-2Y412  401612Y412

OE  40161-5Y720  401615Y720

OE  40160-BU000  40160BU000


Cross Reference

555  SB-4882  SB4882

A.B.S.  220402

BLUE PRINT  ADN18695

FIRST LINE  FBJ5494

KAGER  88-0553  880553

KSP  2005033

MEYLE  36-16 010 0042  36160100042

MEYLE  36-16 010 0045  36160100045

MOOG  NI-BJ-2309  NIBJ2309

NIPPARTS  J4861031

SIDEM  41789

SPIDAN  57446


Application, Suspension Parts for:

NISSAN ALMERA TINO (V10) 1998/12-2006/02

NISSAN MAXIMA / MAXIMA QX V (A33) 1999/04-2003/11


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NISSAN PATHFINDER II R50 TERRANO II R20 Ball Joint OEM:40160-0W000 SB-4842 CBN-64 K90662 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN PATHFINDER II R50 TERRANO II R20 Ball Joint OEM:40160-0W000 SB-4842 CBN-64 K90662


Description:

Front Axle, Lower


OEM No.

OE  40160-0W000  401600W000

OE  40160-0W025  401600W025


Cross Reference

555  SB-4842  SB4842

CTR  CBN-64  CBN64

KAGER  88-0555  880555

MOOG  K90662

NIPPARTS  J4861034

RAYBESTOS  5051304

TRISCAN  8500 14523  850014523

TRW  104379

TRW  JBJ526


Application, Suspension Parts for:

NISSAN PATHFINDER II (R50) 1995/09-2005/07

NISSAN TERRANO II (R20) 1992/10-2007/09


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OPEL MOVANO Box Combi Dumptruck NISSAN INTERSTAR Bus AUXHALL MOVANO Mk I (A) Chassis/Cab Ball Joint OEM:40160-00QAC TC1130 RE-BJ-1040 JBJ726 Mon, 17 Jan 2022 17:16:18 +0800 OPEL MOVANO Box Combi Dumptruck NISSAN INTERSTAR Bus AUXHALL MOVANO Mk I (A) Chassis/Cab Ball Joint OEM:40160-00QAC TC1130 RE-BJ-1040 JBJ726


Description:

Front Axle, Lower

Cone Size : 22.0 mm


OEM No.

OE  40160-00QAC  4016000QAC

OE  4100255

OE  4401 909  4401909

OE  7700 312 852  7700312852

OE  7701 056 969  7701056969


Cross Reference

A.B.S.  220218

BIRTH  CX0020

DELPHI  TC1130

DENCKERMANN  D110059

DITAS  DR1952

FAI AUTOPARTS  SS036

FEBI BILSTEIN  22468

FIRST LINE  FBJ5413

FLENNOR  FL830-D  FL830D

LEMFORDER  27720

LEMFORDER  27720 02  2772002

MAPCO  49111

MEYLE  16-16 010 0009  16160100009

MGA  SR5702

MOOG  RE-BJ-1040  REBJ1040

NIPPARTS  J4861036

NK  5043926

OPTIMAL  G3-941  G3941

PEX  12.04.307  1204307

QUINTON HAZELL  QSJ1921S

RTS  93-00472  9300472

SASIC  4005276

SIDEM  6383

SPIDAN  44464

SWAG  60 92 2468  60922468

TRISCAN  8500 25518  850025518

TRW  JBJ726

VAICO  V40-0522  V400522


Application, Suspension Parts for:

NISSAN INTERSTAR Box (X70) 2002/04-

NISSAN INTERSTAR Bus (X70) 2002/04-

NISSAN INTERSTAR Platform/Chassis 2003/08-

OPEL MOVANO Box (X70) 1999/01-

OPEL MOVANO Combi (X70) 1998/07-

OPEL MOVANO Dumptruck (X70) 1999/01-

OPEL MOVANO Platform/Chassis (X70) 1998/07-

RENAULT MASTER II Box (FD) 1998/07-

RENAULT MASTER II Bus (JD) 1998/03-

RENAULT MASTER II Platform/Chassis (ED/HD/UD) 1998/07-

VAUXHALL MOVANO Mk I (A) Chassis/Cab (X70) 1998/10-2010/12

VAUXHALL MOVANO Mk I (A) Combi (X70) 1998/10-2010/05

VAUXHALL MOVANO Mk I (A) Van (X70) 1998/10-2010/12


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NISSAN PRIMASTAR Box Bus OPEL VAUXHALL VIVARO A Combi RENAULT TRAFIC II Platform/Chassis Ball Joint OEM:40160-00Q0A 041292B TC2343 RE-BJ-7762 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN PRIMASTAR Box Bus OPEL VAUXHALL VIVARO A Combi RENAULT TRAFIC II Platform/Chassis Ball Joint OEM:40160-00Q0A 041292B TC2343 RE-BJ-7762


Description:

Front Axle, Lower


OEM No.

DACIA : 7701477385

NISSAN : 4016000Q0A

OPEL : 4431869

RENAULT : 7701477385

VAUXHALL : 93161884


Cross Reference

A.B.S. : 220520

BENDIX : 041292B

BLUE PRINT : ADN186107

BORG & BECK : BBJ5425

BORG & BECK : BBJ5576

DELPHI : TC2343

FEBI BILSTEIN : 30653

FIRST LINE : FBJ5576

LEMFORDER : 30773 01

MAPCO : 59790

METZGER : 57002018

MEYLE : 16-16 010 0010

MONROE : L10552

MOOG : RE-BJ-7762

NK : 5043637

OPTIMAL : G3-1003

QUINTON HAZELL : QSJ3489S

RTS : 93-90482-056

RUVILLE : 915594

SIDEM : 6280

SKF : VKDS 316022

TRISCAN : 8500 10552

TRW : JBJ1083


Application, Suspension Parts for:

NISSAN  PRIMASTAR Box (X83) 1.9 dCi 100 2002-

NISSAN  PRIMASTAR Box (X83) 1.9 dCi 80 2002-

NISSAN  PRIMASTAR Box (X83) 2.0 2003-

NISSAN  PRIMASTAR Box (X83) 2.0 2006-

NISSAN  PRIMASTAR Box (X83) 2.0 dCi 115 2006-

NISSAN  PRIMASTAR Box (X83) 2.0 dCi 90 2006-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 115 2008-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 140 2003-

NISSAN  PRIMASTAR Box (X83) 2.5 dCi 150 2006-

NISSAN  PRIMASTAR Bus (X83) 2.0 2001-

NISSAN  PRIMASTAR Bus (X83) 2.0 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 100 2001-

NISSAN  PRIMASTAR Bus (X83) dCi 115 2008-

NISSAN  PRIMASTAR Bus (X83) dCi 120 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 140 2003-

NISSAN  PRIMASTAR Bus (X83) dCi 150 2006-

NISSAN  PRIMASTAR Bus (X83) dCi 80 2001-

NISSAN  PRIMASTAR Bus (X83) dCi 90 2006-

NISSAN  PRIMASTAR Platform/Chassis (X83) 2.5 dCi 150 2006-

OPEL  VIVARO A Box (X83) 1.9 DI (F7) 2001-

OPEL  VIVARO A Box (X83) 1.9 DTI (F7) 2001-

OPEL  VIVARO A Box (X83) 2.0 16V (F7) 2001-

OPEL  VIVARO A Box (X83) 2.0 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.0 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.0 ECOTEC (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 CDTI (F7) 2006-

OPEL  VIVARO A Box (X83) 2.5 DTI (F7) 2003-

OPEL  VIVARO A Combi (X83) 1.9 DI (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 1.9 DTI (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 2.0 16V (F7, J7, A07) 2001-

OPEL  VIVARO A Combi (X83) 2.0 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.0 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.0 ECOTEC (F7, A07, J7) 2006-

OPEL  VIVARO A Combi (X83) 2.5 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.5 CDTI (F7, J7, A07) 2006-

OPEL  VIVARO A Combi (X83) 2.5 DTI (F7, J7, A07) 2003-

OPEL  VIVARO A Platform/Chassis (X83) 1.9 DTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 1.9 Di 2001-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 16V 2003-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.0 ECOTEC 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-

OPEL  VIVARO A Platform/Chassis (X83) 2.5 DTi 2003-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 2001-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 100 (FL0C) 2001-

RENAULT  TRAFIC II Box (FL) 1.9 dCi 80 (FL0B) 2001-

RENAULT  TRAFIC II Box (FL) 2.0 (FL0A) 2001-

RENAULT  TRAFIC II Box (FL) 2.0 16V 2006-

RENAULT  TRAFIC II Box (FL) 2.0 dCi 115 (FL01, FL0U) 2006-

RENAULT  TRAFIC II Box (FL) 2.0 dCi 90 (FL0H) 2006-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 2007-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 135 (FL0D) 2003-

RENAULT  TRAFIC II Box (FL) 2.5 dCi 145 (FL0J) 2006-

RENAULT  TRAFIC II Bus (JL) 1.9 dCI 100 (JL0C) 2001-

RENAULT  TRAFIC II Bus (JL) 1.9 dCI 80 (JL0B) 2001-

RENAULT  TRAFIC II Bus (JL) 1.9 dCi 2012-2018

RENAULT  TRAFIC II Bus (JL) 2.0 (JL0A) 2001-

RENAULT  TRAFIC II Bus (JL) 2.0 16V 2006-

RENAULT  TRAFIC II Bus (JL) 2.0 dCi 115 2006-

RENAULT  TRAFIC II Bus (JL) 2.0 dCi 90 2006-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 115 2008-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 135 (JL0D) 2003-

RENAULT  TRAFIC II Bus (JL) 2.5 dCi 145 (JL0J) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 1.9 dCi 100 (EL0C) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 1.9 dCi 80 (EL0B) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 (EL0A) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 16V 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 dCi 115 (EL0H) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.0 dCi 90 (EL0H) 2006-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 2007-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 135 (EL0D) 2001-

RENAULT  TRAFIC II Platform/Chassis (EL) 2.5 dCi 145 (EL0J) 2006-

VAUXHALL  VIVARO A Box (X83) 1.9 DI 2001-2006

VAUXHALL  VIVARO A Box (X83) 1.9 DTI 2001-2006

VAUXHALL  VIVARO A Box (X83) 2.0 16V 2001-2006

VAUXHALL  VIVARO A Box (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.5 CDTI 2006-2008

VAUXHALL  VIVARO A Box (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Box (X83) 2.5 DTI 2003-2014

VAUXHALL  VIVARO A Combi (X83) 1.9 DI 2001-2006

VAUXHALL  VIVARO A Combi (X83) 1.9 DTI 2001-2006

VAUXHALL  VIVARO A Combi (X83) 2.0 16V 2001-2006

VAUXHALL  VIVARO A Combi (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Combi (X83) 2.5 DTI 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 1.9 DI 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 16V 2003-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.0 ECOTEC 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-2014

VAUXHALL  VIVARO A Platform/Chassis (X83) 2.5 CDTI 2006-2014


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NISSAN PATROL III/2 Hardtop K260 VI Y62 Ball Joint OEM:40110-1LB0A 0319-B-UA Mon, 17 Jan 2022 17:16:18 +0800 NISSAN PATROL III/2 Hardtop K260 VI Y62 Ball Joint OEM:40110-1LB0A 0319-B-UA



OEM No.

NISSAN : 40110-1LB0A  401101LB0A


Cross Reference

RUIMA : 0319-B-UA


Application, Suspension Parts for:

NISSAN PATROL III/2 Hardtop (K260) 3.0 1989-1993

NISSAN PATROL VI (Y62) 4.0 (Y62) 2013-

NISSAN PATROL VI (Y62) 5.6 2010-


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INFINITI EX G Convertible NISSAN 350Z Coupe Roadster Z33 Ball Joint OEM:40014-AL550 SB-N522 C1358LR Mon, 17 Jan 2022 17:16:18 +0800 INFINITI EX G Convertible NISSAN 350Z Coupe Roadster Z33 Ball Joint OEM:40014-AL550 SB-N522 C1358LR


Description:

Front Axle, Lower


OEM No.

OE  40014-AL550  40014AL550

OE  40015-AL550  40015AL550


Cross Reference

555  SB-N522  SBN522

A.B.S.  220667

FENOX  BJ10129

LYNXAUTO  C1358LR


Application, Suspension Parts for:

INFINITI EX 2007/09-

INFINITI G Convertible 2010/09-

INFINITI G Coupe 2007/09-

INFINITI G Saloon 2002/08-

INFINITI G Saloon 2007/01-

NISSAN 350 Z Coupe (Z33) 2002/09-2009/11

NISSAN 350 Z Roadster (Z33) 2003/10-2009/12


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MITSUBISHI CARISMA Saloon COLT CZC Convertible GALANT III IV Saloon LANCER IV Hatchback SMART FORFOUR Ball Joint OEM:4013A175 SB-7232 CBM-39 ADC48605 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI CARISMA Saloon COLT CZC Convertible GALANT III IV Saloon LANCER IV Hatchback SMART  FORFOUR Ball Joint OEM:4013A175 SB-7232 CBM-39 ADC48605


Description:

Front Axle, Lower


OEM No.

MITSUBISHI : 4013A033

MITSUBISHI : 4013A034

MITSUBISHI : 4013A135

MITSUBISHI : 4013A135 S1

MITSUBISHI : 4013A136

MITSUBISHI : 4013A136 S1

MITSUBISHI : 4013A150

MITSUBISHI : 4013A150 S1

MITSUBISHI : 4013A175

MITSUBISHI : AW311699

MITSUBISHI : MB241883

MITSUBISHI : MB349963

MITSUBISHI : MB349964

MITSUBISHI : MB518041

MITSUBISHI : MB518042

MITSUBISHI : MB518205

MITSUBISHI : MB518712

MITSUBISHI : MB518713

MITSUBISHI : MB518960

MITSUBISHI : MB518961

MITSUBISHI : MB573093

MITSUBISHI : MB573094

MITSUBISHI : MB573098

MITSUBISHI : MB860817

MITSUBISHI : MB860818

MITSUBISHI : MB891787

MITSUBISHI : MB891788

MITSUBISHI : MN133617

MITSUBISHI : MN133618

MITSUBISHI : MN150103

MITSUBISHI : MN150104

MITSUBISHI : MN186217

MITSUBISHI : MN186217 S1

MITSUBISHI : MN186218

MITSUBISHI : MN186218 S1

MITSUBISHI : MR179479

MITSUBISHI : MR179480

SMART : 454 330 07 07

SMART : 454 330 07 07 S1

SMART : 454 330 08 07

SMART : 454 330 08 07 S1

SMART : 454 333 01 27

SMART : A454 333 01 27


Cross Reference

4u : MT-B-10703

4u : MT-B-11341

4u : MT-B-40773

4u : MT-G-22570

4u : MT-G-22571

555 : SB-7232

A.B.S. : 211080

A.B.S. : 211081

A.B.S. : 211342

A.B.S. : 211343

A.B.S. : 220157

A.B.S. : 220168

A.B.S. : 220472

A.B.S. : 270953

A.B.S. : 270954

ACEMARK : 205713

AISIN : JBJMI-005

ASHIKA : 72-05-500L

ASHIKA : 72-05-500R

ASHIKA : 72-05-508L

ASHIKA : 72-05-508R

ASHIKA : 73-05-502

ASHIKA : 73-05-512

ASHUKI : 1470-2205

ASHUKI : 1473-2205

ASHUKI : C865-05

ASHUKI : C867-01

ASHUKI : C868-01

ASVA : 0401-105

ASVA : 0401-106

ASVA : 0420-011

ASVA : 0420-Z34

ASVA : 0424-019

ASVA : 0424-020

AUTLOG : FT1071

AYD : 9201589

AYD : 9210091

AYD : 9210891

AYD : 9211207

AYD : 9710089

AYD : 9710090

AYWIPARTS : AW1320038LR

AYWIPARTS : AW1320241LR

AYWIPARTS : AW1360260L

AYWIPARTS : AW1360261R

AYWIPARTS : AW1360810L

AYWIPARTS : AW1360811R

AYWIPARTS : AW1420158

AYWIPARTS : AW1420526

BBR Automotive : 001-10-19713

BBR Automotive : 001-10-19820

BBR Automotive : 001-10-21875

BENDIX : 041394B

BENDIX : 042380B

BENDIX : 042395B

BIRTH : BR1398

BIRTH : BR1399

BIRTH : BR1881

BIRTH : BR1882

BIRTH : BR2068

BIRTH : BR2069

BIRTH : CX0031

BIRTH : CX0141

BLUE PRINT : ADC48605

BLUE PRINT : ADC486105

BLUE PRINT : ADC486106

BLUE PRINT : ADC48653

BLUE PRINT : ADC48654

BORG & BECK : BBJ5027

BORG & BECK : BBJ5543

BORG & BECK : BCA5980

BORG & BECK : BCA5981

BORG & BECK : BCA6718

BORG & BECK : BCA6719

COMLINE : CBJ7048

COMLINE : CBJ7137

CTE : CBJ05010

CTE : CS-1702L

CTE : CS-1702R

CTR : CBM-39

DELPHI : TC2527

DELPHI : TC2528

DELPHI : TC592

DIEDERICHS : 1586012

DIEDERICHS : 1586013

DIEDERICHS : 1761300

DIEDERICHS : 1761301

DITAS : A1-2909

DITAS : A2-5934

DJ PARTS : DB1044

ETS : 16.BJ.221

ETS : 16.BJ.940

ETS : 16.TC.400

ETS : 16.TC.401

EUROBRAKE : 59075043009

FAI AutoParts : SS085

FAI AutoParts : SS086

FAI AutoParts : SS1154

FAI AutoParts : SS7343

FAI AutoParts : SS7361

FAI AutoParts : SS7362

FARE SA : 14370

FARE SA : 14371

FAST : FT15580

FAST : FT15581

FAST : FT15655

FEBEST : 0420-DA2F

FEBEST : 0420-Z34

FEBEST : 0424-Z34LH

FEBEST : 0424-Z34RH

FEBEST : MAB-105

FEBEST : MAB-106

FEBEST : MBJB-Z34

FEBI BILSTEIN : 19673

FEBI BILSTEIN : 19674

FEBI BILSTEIN : 28200

FEBI BILSTEIN : 33609

FEBI BILSTEIN : 33610

FEBI BILSTEIN : 33611

FEBI BILSTEIN : 34201

FEBI BILSTEIN : 34202

FEBI BILSTEIN : 41210

FENOX : BJ10126

FENOX : BJ10155

FENOX : CAB10071

FENOX : CAB20003

FENOX : CAB40005

FENOX : CAB50005

FIRST LINE : FBJ5027

FIRST LINE : FBJ5543

FIRST LINE : FCA5980

FIRST LINE : FCA5981

FIRST LINE : FCA6718

FIRST LINE : FCA6719

FLENNOR : FL10590-D

FLENNOR : FL613-D

FLENNOR : FL825-G

FLENNOR : FL842-G

FLENNOR : FL9956-G

FLENNOR : FL9957-G

FORMPART : 3009002

FORMPART : 3009003

FORMPART : 3903000

FORMPART : 3903005

FORMPART : 3903006

FORMPART : 3909012

FORMPART : 3909013

FRAP : 2256

FRAP : 2704

FRAP : 2705

FRAP : 3107

FRAP : 3108

G.U.D. : GSP401013

G.U.D. : GSP401297

G.U.D. : GSP401298

G.U.D. : GSP501198

G.U.D. : GSP501199

HERTH+BUSS JAKOPARTS : J4905012

HERTH+BUSS JAKOPARTS : J4905029

HERTH+BUSS JAKOPARTS : J4915012

HERTH+BUSS JAKOPARTS : J4915029

HERTH+BUSS JAKOPARTS : J4915039

IPS Parts : IJO-10512

IPS Parts : IRP-10530

IPS Parts : IRP-10531

JAPANPARTS : BJ-502

JAPANPARTS : BJ-512

JAPANPARTS : BS-500L

JAPANPARTS : BS-500R

JAPANPARTS : BS-508L

JAPANPARTS : BS-508R

JAPKO : 72500L

JAPKO : 72500R

JAPKO : 72508L

JAPKO : 72508R

JAPKO : 73502

JAPKO : 73512

JP GROUP : 3940100170

JP GROUP : 3940100180

JP GROUP : 3940101070

JP GROUP : 3940101079

JP GROUP : 3940101080

JP GROUP : 3940101089

JP GROUP : 3940300200

JP GROUP : 3940300209

JP GROUP : 3940300400

JP GROUP : 3940300409

KAMOKA : 9971280

KAMOKA : 9971284

KAVO PARTS : SBJ-5501

KAVO PARTS : SCA-5501

KAVO PARTS : SCA-5508

KAVO PARTS : SCA-5509

KAVO PARTS : SCA-5510

KAVO PARTS : SCA-5539

KAVO PARTS : SCA-5540

KAVO PARTS : SCA-5660

KAVO PARTS : SCA-5661

KAWE : 8500 10584

KAWE : 8500 10585

KAWE : 8500 10586


Application, Suspension Parts for:

MITSUBISHI  CARISMA (DA_) 1.6 (DA1A) 1995-2006

MITSUBISHI  CARISMA (DA_) 1.6 (DA1A) 1997-2006

MITSUBISHI  CARISMA (DA_) 1.6 (DA1A) 1998-2006

MITSUBISHI  CARISMA (DA_) 1.8 (DA2A) 1995-1997

MITSUBISHI  CARISMA (DA_) 1.8 16V GDI (DA2A) 1997-2006

MITSUBISHI  CARISMA (DA_) 1.8 MSX - 16V (DA2A) 1995-1997

MITSUBISHI  CARISMA (DA_) 1.9 TD (DA4A) 1996-2000

MITSUBISHI  CARISMA Saloon (DA_) 1.6 (DA1A) 1996-2006

MITSUBISHI  CARISMA Saloon (DA_) 1.6 (DA1A) 1997-2006

MITSUBISHI  CARISMA Saloon (DA_) 1.6 (DA1A) 1998-2006

MITSUBISHI  CARISMA Saloon (DA_) 1.8 (DA2A) 1996-1997

MITSUBISHI  CARISMA Saloon (DA_) 1.8 16V GDI (DA2A) 1997-2006

MITSUBISHI  CARISMA Saloon (DA_) 1.9 TD (DA4A) 1996-2000

MITSUBISHI  COLT CZC Convertible (RG) 1.5 (Z23) 2006-2009

MITSUBISHI  COLT CZC Convertible (RG) 1.5 Turbo (Z23) 2006-2009

MITSUBISHI  COLT III (C5_A) 1.3 (C51A) 1988-1992

MITSUBISHI  COLT III (C5_A) 1.3 GL (C61A) 1988-1990

MITSUBISHI  COLT III (C5_A) 1.5 Cat (C52A) 1990-1992

MITSUBISHI  COLT III (C5_A) 1.6 GTi 16V (C53A) 1988-1990

MITSUBISHI  COLT III (C5_A) 1.8 Diesel GLX (C54A) 1988-1992

MITSUBISHI  COLT III (C5_A) 1.8 GTi 16V Cat (C58A) 1990-1992

MITSUBISHI  COLT IV (CA_A) 1.3 GLi 12V (CA1A) 1992-1996

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.1 2004-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.3 2004-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.3 LPG 2004-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.5 2004-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.5 CZT 2005-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.5 DI-D 2004-2012

MITSUBISHI  COLT VI (Z3_A, Z2_A) 1.5 DI-D 2004-2012

MITSUBISHI  GALANT III (E1_A) 1.6 GLX (E11A) 1984-1990

MITSUBISHI  GALANT III (E1_A) 1.8 Turbo-D (E14A) 1984-1990

MITSUBISHI  GALANT III (E1_A) 2.0 GLS (E15A) 1984-1990

MITSUBISHI  GALANT III (E1_A) 2.0 Turbo ECi (E15A) 1984-1990

MITSUBISHI  GALANT IV (E3_A) 1.8 (E32A) 1988-1992

MITSUBISHI  GALANT IV (E3_A) 1.8 Turbo-D (E34A) 1988-1992

MITSUBISHI  GALANT IV (E3_A) 2.0 (E39A, E38A, E33A) 1989-1992

MITSUBISHI  GALANT IV (E3_A) 2.0 GTI 16V (E39A, E38A, E33A) 1988-1992

MITSUBISHI  GALANT IV Saloon (E3_A) 1.8 (E32A) 1987-1990

MITSUBISHI  GALANT IV Saloon (E3_A) 1.8 (E32A) 1987-1992

MITSUBISHI  GALANT IV Saloon (E3_A) 1.8 Turbo-D (E34A) 1987-1992

MITSUBISHI  GALANT IV Saloon (E3_A) 2.0 (E39A, E38A, E33A) 1987-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.3 (C61A) 1988-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.3 (C61A) 1988-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.3 12V (C61A) 1990-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.5 (C62A) 1988-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.5 12V (C62A) 1990-1992

MITSUBISHI  LANCER IV (C6_A, C7_A) 1.8 GLX Diesel (C64A) 1988-1992

MITSUBISHI  LANCER IV Hatchback (C6_A, C7_A) 1.3 12V (C61A) 1992-1994

MITSUBISHI  LANCER IV Hatchback (C6_A, C7_A) 1.5 12V (C62A) 1989-1992

MITSUBISHI  LANCER IV Hatchback (C6_A, C7_A) 1.8 D (C64A) 1988-1992

MITSUBISHI  LANCER IV Hatchback (C6_A, C7_A) 1.8 GTi 16V (C68A) 1989-1992

MITSUBISHI  SAPPORO III (E16A) 2.4 (E16A) 1987-1990

SMART  FORFOUR (454) 1.1 (454.030) 2004-2006

SMART  FORFOUR (454) 1.1 (454.033) 2005-2006

SMART  FORFOUR (454) 1.3 (454.031) 2004-2006

SMART  FORFOUR (454) 1.5 (454.032) 2004-2006

SMART  FORFOUR (454) 1.5 CDI (454.000) 2004-2006

SMART  FORFOUR (454) 1.5 CDI (454.001) 2004-2006


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CHANGFENG PAJERO Closed Off-Road MITSUBISHI L200 TRITON PAJERO III Canvas Top Ball Joint OEM:4010A099 SB-7841 CBM-32 Mon, 17 Jan 2022 17:16:18 +0800 CHANGFENG PAJERO Closed Off-Road MITSUBISHI L200 TRITON PAJERO III Canvas Top Ball Joint OEM:4010A099 SB-7841 CBM-32


Description:

Front Axle, Upper


OEM No.

OE  4010A013T

OE  4010A014T

OE  4010A015

OE  4010A015T

OE  4010A099

OE  MR494792

OE  MR496782

OE  MR496792


Cross Reference

555  SB-7841  SB7841

ASHUKI  1464-6005  14646005

BENDIX  041291B

BORG & BECK  BBJ5450

CTR  CBM-32  CBM32

DELPHI  TC2157

FAI AUTOPARTS  SS4986

FIRST LINE  FBJ5450

FLENNOR  FL0991-D  FL0991D

HERTH+BUSS JAKOPARTS  J4985006

KAGER  88-0546  880546

KAVO PARTS  SBJ-5516  SBJ5516

MEYLE  32-16 010 0003  32160100003

MEYLE  32-16 010 0027  32160100027

MOOG  MI-BJ-7231  MIBJ7231

NIPPARTS  J4885006

NPS  M420I58

OPTIMAL  G3-1002  G31002

QUINTON HAZELL  QSJ3508S

RTS  93-09777  9309777

RTS  93-09777-056  9309777056

SIDEM  71287

TRW  JBJ7547


Application, Suspension Parts for:

CHANGFENG PAJERO Closed Off-Road Vehicle 2004/12-2006/12

MITSUBISHI L 200 / TRITON (KA_T, KB_T) 2004/01-2015/12

MITSUBISHI PAJERO III Canvas Top (V6_W, V7_W) 2000/02-2006/12

MITSUBISHI PAJERO IV (V8_W, V9_W) 2006/10-


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CITROEN BERLINGO FIRST Box MPV XSARA Coupe ZX Break PEUGEOT PARTNER Combispace Ball Joint OEM:3640.51 TC952 JBJ706 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN BERLINGO FIRST Box MPV XSARA Coupe ZX Break PEUGEOT PARTNER Combispace Ball Joint OEM:3640.51 TC952 JBJ706


Description:

Front Axle, Lower


OEM No.

OE  3640.50  364050

OE  3640.51  364051


Cross Reference

A.B.S.  220037

BIRTH  CX0011

DELPHI  TC952

DENCKERMANN  D110166

FAI AUTOPARTS  SS931

FEBI BILSTEIN  17715

FIRST LINE  FBJ5384

FLENNOR  FL740-D  FL740D

FLENNOR  FL749-D  FL749D

INDELDIS KX 7  SU11710

KAGER  88-0160  880160

KAGER  88-0497  880497

KAMOKA  9953584

LEMFORDER  25534

LEMFORDER  25534 02  2553402

LEMFORDER  26047 02  2604702

MAPCO  19389

MAPCO  19473

METZGER  57009418

METZGER  CI-102AK  CI102AK

MEYLE  11-16 010 0008  11160100008

MGA  SR5677

MONROE  L28527

MOOG  CI-BJ-0523  CIBJ0523

MOOG  CI-BJ-0573  CIBJ0573

NK  5041919

OCAP  0401796

OCAP  0401797

OPTIMAL  G3-850  G3850

OPTIMAL  G3-851  G3851

PEX  12.04.274  1204274

QUINTON HAZELL  QSJ9536S

QUINTON HAZELL  QSJ9537S

RTS  93-00780-056  9300780056

RUVILLE  916626

SASIC  6403513

SIDEM  53584

SPIDAN  51478

SWAG  62 78 0015  62780015

SWAG  62 78 0016  62780016

TOPRAN  720 226  720226

TRISCAN  8500 28527  850028527

TRW  JBJ706

TRW  JBJ707

VAICO  V22-0054  V220054

VAICO  V42-9533  V429533


Application, Suspension Parts for:

CITROEN BERLINGO / BERLINGO FIRST Box (M_) 1996/07-2011/12

CITROEN BERLINGO / BERLINGO FIRST MPV (MF, GJK, GFK) 1996/07-2011/12

CITROEN XSARA (N1) 1997/04-2005/12

CITROEN XSARA Break (N2) 1997/10-2010/03

CITROEN XSARA Coupe (N0) 1998/01-2005/04

CITROEN XSARA PICASSO (N68) 1999/12-

CITROEN (DF-PSA) C-TRIOMPHE 2001/09-2008/01

PEUGEOT PARTNER Box (5) 1996/04-2015/12

PEUGEOT PARTNER Combispace (5F) 1996/05-2015/12


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CITROEN BERLINGO FIRST Box MPV XSARA Coupe ZX Break PEUGEOT PARTNER Combispace Ball Joint OEM:3640.43 TC419 CI-BJ-3354 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN BERLINGO FIRST Box MPV XSARA Coupe ZX Break PEUGEOT PARTNER Combispace Ball Joint OEM:3640.43 TC419 CI-BJ-3354


Description:

Front Axle, Lower


OEM No.

OE  3640.39  364039

OE  0000 364039  0000364039

OE  3640.43  364043

OE  96 087 507  96087507


Cross Reference

A.B.S.  220035

BIRTH  CX0641

DELPHI  TC419

FEBI BILSTEIN  17724

KAGER  88-0307  880307

LEMFORDER  22339

LEMFORDER  22339 02  2233902

LEMFORDER  22339 04  2233904

MAPCO  19426

MASTER-SPORT  22339-PCS-MS  22339PCSMS

METZGER  CI-101K  CI101K

MEYLE  40-16 010 0001  40160100001

MGA  SR5075

MOOG  CI-BJ-3354  CIBJ3354

NK  5041910

NK  5041916

OCAP  0400641

PEX  12.04.050  1204050

QUINTON HAZELL  QSJ1294S

RUVILLE  916622

SIDEM  7783

SPIDAN  46077

SPIDAN  51492

TRISCAN  8500 38502  850038502

TRW  JBJ127

VAICO  V22-0053  V220053


Application, Suspension Parts for:

CITROEN BERLINGO / BERLINGO FIRST Box (M_) 1996/07-2011/12

CITROEN BERLINGO / BERLINGO FIRST MPV (MF, GJK, GFK) 1996/07-2011/12

CITROEN XSARA (N1) 1997/04-2005/12

CITROEN XSARA Break (N2) 1997/10-2010/03

CITROEN XSARA Coupe (N0) 1998/01-2005/04

CITROEN ZX (N2) 1991/03-1999/07

CITROEN ZX Break (N2) 1993/10-1999/07

PEUGEOT PARTNER Box (5) 1996/04-2015/12

PEUGEOT PARTNER Combispace (5F) 1996/05-2015/12


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FORD EXPEDITION III F150 F250 F350 LINCOLN MARK LT F6 NAVIGATOR III Ball Joint OEM:9L3Z3079A# 2120-EXPF 9L3Z3050A Mon, 17 Jan 2022 17:16:18 +0800 FORD EXPEDITION III F150 F250 F350 LINCOLN MARK LT F6 NAVIGATOR III Ball Joint OEM:9L3Z3079A# 2120-EXPF 9L3Z3050A


Description:

Front Axle, Lower


OEM No.

FORD  7L1Z-3078-A  7L1Z3078A

FORD  7L1Z-3079-A  7L1Z3079A

FORD  9L3Z-3050-A  9L3Z3050A

FORD  9L3Z-3078-A#  9L3Z3078A

FORD  9L3Z-3079-A#  9L3Z3079A


Cross Reference

FEBEST  2120-EXPF  2120EXPF


Application, Suspension Parts for:

FORD EXPEDITION III 2007

FORD F150 2004-2014

FORD F250 2004-2014

FORD F350 2004-2014

LINCOLN MARK LT F6 2004-2014

LINCOLN NAVIGATOR III 2007-2015


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AUDI A1 SEAT IBIZA III IV SPORTCOUPE SKODA FABIA II VW POLO Ball Joint OEM:5U0407366A VOBJ7926 5U0407365A JBJ815 Mon, 17 Jan 2022 17:16:18 +0800 AUDI A1 SEAT IBIZA III IV SPORTCOUPE SKODA FABIA II VW POLO Ball Joint OEM:5U0407366A VOBJ7926 5U0407365A JBJ815


Description:

Front Axle, Right, Left, Lower


OEM No.

OE  5U0 407 366 A  5U0407366A

OE  6R0 407 366  6R0407366


OE  5U0 407 365 A  5U0407365A

OE  6R0 407 365  6R0407365


Cross Reference

LEMFORDER  33906 01  3390601

MEYLE  116 010 0025  1160100025

MOOG  VO-BJ-7926  VOBJ7926

OPTIMAL  G3-1019  G31019

TRW  JBJ816

VAICO  V10-9789  V109789


LEMFORDER  33905 01  3390501

MEYLE  116 010 0024  1160100024

MOOG  VO-BJ-7927  VOBJ7927

OPTIMAL  G3-1018  G31018

TRW  JBJ815

VAICO  V10-9788  V109788


Application, Suspension Parts for:

AUDI A1 (8X1, 8XK) 2010/05-2018/10

SEAT IBIZA III (6L1) 2002/02-2009/11

SEAT IBIZA IV (6J5, 6P1) 2008/03-

SEAT IBIZA IV SPORTCOUPE (6J1, 6P5) 2008/07-

SEAT IBIZA IV ST (6J8, 6P8) 2010/03-

SKODA FABIA II (542) 2006/12-2014/12

SKODA FABIA II Combi (545) 2007/10-2014/12

SKODA ROOMSTER (5J) 2006/03-2015/05

VOLKSWAGEN POLO (6R1, 6C1) 2009/03-

VOLKSWAGEN POLO (9N_) 2001/10-2012/01


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FORD MAVERICK RANGER MAZDA BT-50 Pickup Stabilizer Link OEM:UH71-34-157 0523-BT50 2123-EQ Mon, 17 Jan 2022 17:16:18 +0800 FORD MAVERICK RANGER MAZDA BT-50 Pickup Stabilizer Link OEM:UH71-34-157 0523-BT50 2123-EQ



OEM No.

MAZDA : 0187-34-776

MAZDA : UH71-34-157


Cross Reference

ASVA : 0523-BT50

FEBEST : 2123-EQ

FEBI BILSTEIN : 42387


Application, Suspension Parts for:

FORD MAVERICK 2.0 16V 2001-

FORD RANGER (ET) 2.5 TDCi 4x4 2006-2012

FORD RANGER (ET) 3.0 TDCi 4x4 2006-2012

MAZDA BT-50 Pickup (CD, UN) 2.5 MRZ-CD 4x4 2006-2015

MAZDA BT-50 Pickup (CD, UN) 3.0 CDVi 4x4 2006-2015


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MAZDA CX-9 TB Stabilizer Link OEM:TD11-34-170A CLMZ-32 K750160 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA CX-9 TB Stabilizer Link OEM:TD11-34-170A CLMZ-32 K750160


Description:

Front Axle, Right


OEM No.

OE  TD11-34-170A  TD1134170A


Cross Reference

CTR  CLMZ-32  CLMZ32

MOOG  K750160

RAYBESTOS  545-1763  5451763


Application, Suspension Parts for:

MAZDA CX-9 (TB) 2006/09-


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MAZDA CX-9 TB Stabilizer Link OEM:TD11-34-150A CLMZ-31 K750161 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA CX-9 TB Stabilizer Link OEM:TD11-34-150A CLMZ-31 K750161


Description:

Front Axle, Left


OEM No.

OE  TD11-34-150A  TD1134150A


Cross Reference

CTR  CLMZ-31  CLMZ31

MOOG  K750161

RAYBESTOS  545-1762  5451762


Application, Suspension Parts for:

MAZDA CX-9 (TB) 2006/09-


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TOYOTA RAV 4 II A2 1.8 2.0 Stabilizer Link OEM:T11-2906030 SL-3920 CLT-50 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA RAV 4 II A2 1.8 2.0 Stabilizer Link OEM:T11-2906030 SL-3920 CLT-50


Description:

Front Axle left and right


OEM No.

CITROEN/PEUGEOT : VSL849

FORD : 4487771

FORD : 4487771

FORD : 4562792

FORD : 4562792

FORD : 4779527

FORD : 4779527

FORD : 5096832

FORD : 5096832

FORD : 5152208

FORD : 5152208

FORD : 7L8Z 5K483 A

FORD : 7L8Z 5K483 A

FORD : 7L8Z5K483B

FORD : 7L8Z5K483B

LEXUS : 48820-42020

MAZDA : EF91-34-150A

MAZDA : EF91-34-150A

MAZDA : ZZC0-34-150

MAZDA : ZZC0-34-150

MAZDA : ZZC034150A

MAZDA : ZZC034150A

TOYOTA : 4779527

TOYOTA : 4779527

TOYOTA : 4882042020

TOYOTA : 4882042020

TOYOTA : 4882942010

TOYOTA : 4882942010

TOYOTA : EF91-34-150A

TOYOTA : EF91-34-150A

TOYOTA : T11-2906030

TOYOTA : T11-2906030


Cross Reference

555 : SL-3920

BLUE PRINT : ADT38541

CORTECO : 49398487

CTR : CLF-4

CTR : CLT-50

DELPHI : TC1416

DELTA : 1-T1-826

DODA : 1050070077

DODA : 1050070250

FEBEST : 0123-204

FEBI BILSTEIN : 26085

FENOX : LS11117

JAPANPARTS : SI-220

LEMFORDER : 34497 01

MAPCO : 49237HPS

MOOG : TO-LS-2993

NIPPARTS : J4962019

OPTIMAL : G7-1066

PARTS-MALL : PXCLF-047

PATRON : PS4196

QUINTON HAZELL : 4840400609

RTS : 97-92510

SASIC : 2306238

STELLOX : 56-98033A-SX

SWAG : 81 92 6085

TRW : JTS7552

YAMATO : J62092JC


Application, Suspension Parts for:

TOYOTA RAV 4 II (_A2_) 1.8 (ZCA25_, ZCA26_) 2000-2005

TOYOTA RAV 4 II (_A2_) 2.0 4WD (ACA21, ACA20) 2000-2005

TOYOTA RAV 4 II (_A2_) 2.0 D 4WD (CLA20_, CLA21_) 2001-2005


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MAZDA XEDOS 9 TA Stabilizer Link OEM:T001-34-170A BDL7007 MD-LS-4436 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA XEDOS 9 TA Stabilizer Link OEM:T001-34-170A BDL7007 MD-LS-4436


Description:

Front Axle, Right

Length: 53 mm

Thread Size: M10x1.25 mm


OEM No.

OE  T001-34-170  T00134170

OE  T001-34-170A  T00134170A


Cross Reference

BORG & BECK  BDL7007

FIRST LINE  FDL7007

FLENNOR  FL0983-H  FL0983H

HERTH+BUSS JAKOPARTS  J4973018

MAPCO  51338

MOOG  MD-LS-4436  MDLS4436

TRW  JTS234


Application, Suspension Parts for:

MAZDA XEDOS 9 (TA) 1993/07-2002/09


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MAZDA FRIENDEE/FREDA SGL/SGR Stabilizer Link OEM:S10H-34-150 S10H34150 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA FRIENDEE/FREDA SGL/SGR Stabilizer Link OEM:S10H-34-150 S10H34150


Description:

Front Axle


OEM No.

OE  S10H-34-150  S10H34150


Application, Suspension Parts for:

MAZDA FRIENDEE/FREDA SGL/SGR 1995-


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MAZDA FRIENDEE/FREDA SGL/SGR Stabilizer Link OEM:S10H-28-170 S10H28170 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA FRIENDEE/FREDA SGL/SGR Stabilizer Link OEM:S10H-28-170 S10H28170


Description:

Rear Axle


OEM No.

OE  S10H-28-170  S10H28170


Application, Suspension Parts for:

MAZDA FRIENDEE/FREDA SGL/SGR 1995-


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LAND ROVER DISCOVERY III L319 Stabilizer Link OEM:RGD000311 101-6402 K750079 Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER DISCOVERY III L319 Stabilizer Link OEM:RGD000311 101-6402 K750079


Description:

Rear Axle


OEM No.

OE  RGD 000311  RGD000311

OE  RGD 000312  RGD000312


Cross Reference

ACDelco  45G20681

BECK/ARNLEY  101-6402  1016402

DELPHI  TC1908

FEBI BILSTEIN  34746

LEMFORDER  29592

LEMFORDER  29592 01  2959201

MAPCO  51682

MEYLE  53-16 060 0010/HD  53160600010HD

MOOG  K750079

MOOG  LR-LS-4045  LRLS4045

QUINTON HAZELL  QLS3516S

RAYBESTOS  5451681

SIDEM  65161

SPIDAN  46683

SWAG  22 93 4746  22934746

TRW  18750079

TRW  JTS639

VAICO  V48-9521  V489521


Application, Suspension Parts for:

LAND ROVER DISCOVERY III (L319) 2004/07-2009/09


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LAND ROVER RANGE ROVER III L322 Stabilizer Link OEM:RGD000131 BDL7159HD K750555 Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER RANGE ROVER III L322 Stabilizer Link OEM:RGD000131 BDL7159HD K750555


Description:

Rear Axle


OEM No.

OE  LR030048

OE  RGD000130

OE  RGD000131

OE  RGD500131

OE  RGD500150


Cross Reference

A.B.S.  260562

AYWIPARTS  AW1350412LR

BORG & BECK  BDL7159

BORG & BECK  BDL7159HD

DEEZA  LA-L125  LAL125

DELPHI  TC1795

FAI AUTOPARTS  SS6371

FEBEST  2923-RRIIIR  2923RRIIIR

FEBI BILSTEIN  34853

FIRST LINE  FDL7159

FIRST LINE  FDL7159HD

FORMPART  1708012

G.U.D  GSP301136

LEMFORDER  29587 01  2958701

LYNXAUTO  C7382LR

MALO  53241

MAPCO  52685HPS

MEYLE  53-16 060 0015/HD  53160600015HD

MONROE  L17612

MOOG  K750555

MOOG  LR-LS-4053  LRLS4053

NK  5114023

OCAP  0505349

OPTIMAL  G7-1210  G71210

ORIGINAL IMPERIUM  38221

QH BENELUX  QLS3518S

QUINTON HAZELL  QLS3518S

RIW  LR4013

RTS  97-01627  9701627

SIDEM  65167

SPIDAN  50890

SWAG  22 93 4853  22934853

TALOSA  50-07259  5007259

TRISCAN  8500 17612  850017612

TRW  JTS600

VAICO  V48-0029  V480029


Application, Suspension Parts for:

LAND ROVER RANGE ROVER III (L322) 2002/03-2012/12


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MITSUBISHI L 200 TRITON Stabilizer Link OEM:MR992309 SL-7950L FDL6983 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI L 200 TRITON Stabilizer Link OEM:MR992309 SL-7950L FDL6983


Description:

Front Axle, Left


OEM No.

OE  MR992309  MR 992309


Cross Reference

555  SL-7950L  SL7950L

A.B.S.  260609

FEBI BILSTEIN  27987

FIRST LINE  FDL6983

HERTH+BUSS JAKOPARTS  J4965024

MEYLE  32-16 060 0029  32160600029

NIPPARTS  N4965016

ORIGINAL IMPERIUM  71211

SWAG  80 92 7987  80927987

TRW  JTS7661


Application, Suspension Parts for:

MITSUBISHI L 200 (K7_T, K6_T) 1996/01-2007/12

MITSUBISHI L 200 / TRITON (KA_T, KB_T) 2004/01-2015/12


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MITSUBISHI PAJERO IV V8_W V9_W Stabilizer Link OEM:MR992191 J4965026 MI-LS-9093 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI PAJERO IV V8_W V9_W Stabilizer Link OEM:MR992191 J4965026 MI-LS-9093


Description:

Front Axle, Left


OEM No.

OE  4056A133  4056-A133

OE  MR992191  MR 992191


Cross Reference

A.B.S.  260621

ASHIKA  106-05-526  10605526

BLUE PRINT  ADC48560

FEBI BILSTEIN  30843

HERTH+BUSS JAKOPARTS  J4965026

JAPANPARTS  SI-526  SI526

JAPKO  106526

MOOG  MI-LS-9093  MILS9093

QUINTON HAZELL  QLS3553S

SIDEM  71264

SPIDAN  50885

SWAG  80 93 0843  80930843


Application, Suspension Parts for:

MITSUBISHI PAJERO IV (V8_W, V9_W) 2006/10-


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MITSUBISHI GRANDIS NA_W Stabilizer Link OEM:MR594339 J4965018 MR594340 ADC48537C Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI GRANDIS NA_W Stabilizer Link OEM:MR594339 J4965018 MR594340 ADC48537C


Description:

Front Axle, Left, Right


OEM No.

OE  MR594339  MR 594339


OE  MR594340  MR 594340


Cross Reference

BLUE PRINT  ADC48536C

HERTH+BUSS JAKOPARTS  J4965018

TRISCAN  8500 42612  850042612


BLUE PRINT  ADC48537C

HERTH+BUSS JAKOPARTS  J4975018

TRISCAN  8500 42611  850042611


Application, Suspension Parts for:

MITSUBISHI GRANDIS (NA_W) 2003/03-2011/12


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TOYOTA RAV 4 II FIAT 500 FORD ESCAPE MERCURY MARINER HYBRID MITSUBISHI GALANT Stabilizer Link OEM:MR589437 SL-3920 CLT-50 K750033 Mon, 17 Jan 2022 17:16:18 +0800 TOYOTA RAV 4 II FIAT 500 FORD ESCAPE MERCURY MARINER HYBRID MITSUBISHI GALANT Stabilizer Link OEM:MR589437 SL-3920 CLT-50 K750033


Description:

Front Axle


OEM No.

OE  48820-42020  4882042020

OE  5L8Z5K483AA  5L8Z5K483AA

OE  7L8Z5K483A  7L8Z5K483A

OE  MR589437  MR 589437

OE  ZZC0-34-150  ZZC034150

OE  ZZC0-34-150A  ZZC034150A


Cross Reference

555  SL-3920  SL3920

A.B.S.  260384

ACDelco  45G20538

BECK/ARNLEY  101-5090  1015090

BIRTH  BX5038

CTR  CLT-50  CLT50

DELPHI  TC1416

FEBI BILSTEIN  26085

HERTH+BUSS JAKOPARTS  J4962019

KAGER  85-0713  850713

KAVO PARTS  SLS-9034  SLS9034

MAPCO  49237

MAPCO  49237HPS

METZGER  T-508  T508

MEVOTECH  MK80296

MEVOTECH  MK80779

MEYLE  30-16 060 0022  30160600022

MOOG  K750033

MOOG  K80296

MOOG  K80779

MOOG  TO-LS-2993  TOLS2993

NIPPARTS  J4962019

NK  5114532

OPTIMAL  G7-1066  G71066

QUINTON HAZELL  QLS3384S

RAYBESTOS  545-1538  5451538

SIDEM  45562

SWAG  81 92 6085  81926085

TRISCAN  8500 13617  850013617

TRW  1880296

TRW  JTS7552


Application, Suspension Parts for:

TOYOTA RAV 4 II (_A2_) 2000/05-2005/11

TOYOTA RAV4 2001-2005

FIAT 500 2012-2012

FORD ESCAPE 2005-2012

FORD ESCAPE HYBRID 2005-2007

MAZDA TRIBUTE 2005-2011

MERCURY MARINER 2005-2011

MERCURY MARINER HYBRID 2006-2006

MITSUBISHI ECLIPSE 2006-2012

MITSUBISHI ENDEAVOR 2004-2011

MITSUBISHI GALANT 2004-2011

MITSUBISHI OUTLANDER 2010-2012


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MITSUBISHI ENDEAVOR Stabilizer Link OEM:MR589337 545-1716 K750148 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI ENDEAVOR Stabilizer Link OEM:MR589337 545-1716 K750148


Description:

Rear Axle


OEM No.

OE  MR589337  MR 589337


Cross Reference

ACDelco  45G20716

MOOG  K750148

RAYBESTOS  545-1716  5451716

TRW  18750148


Application, Suspension Parts for:

MITSUBISHI ENDEAVOR 2004-2011


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VOLVO S40 I V40 Estate MITSUBISHI CARISMA Saloon SPACE STAR MPV Stabilizer Link OEM:MR465000 048578B FDL6607 VV-LS-1432 Mon, 17 Jan 2022 17:16:18 +0800 VOLVO S40 I V40 Estate MITSUBISHI CARISMA Saloon SPACE STAR MPV Stabilizer Link OEM:MR465000 048578B FDL6607 VV-LS-1432



OEM No.

MITSUBISHI : M884359

MITSUBISHI : MR272118

MITSUBISHI : MR465000

VOLVO : 30852103

VOLVO : 30870317

VOLVO : 30871764

VOLVO : 30884359

VOLVO : 985946


Cross Reference

3RG : 21893

A.B.S. : 260139

AKRON-MALO : 236871

AKRON-MALO : 501182

ASHIKA : 106-05-505

ASHUKI : 1467-5105

AYD : 9601116

AYD : 9614230

BENDIX : 042903B

BENDIX : 048578B

BENDIX : MME272118

BGA : LS6105

BIRTH : TD0466

BLUE PRINT : ADC48548

BORG & BECK : BDL6607

COMLINE : CSL7051

CORTECO : 49401140

CORTECO : 49401229

DELPHI : TC2045

DENCKERMANN : D140310

DITAS : A2-6040

DJ PARTS : DL1621

DYS : 30-89661

ETS : 32.LB.113

ETS : MR465000

FAI AutoParts : SS5567

FEBEST : 0423DGR

FEBI BILSTEIN : 19399

FEBI BILSTEIN : 26867

FENOX : LS10012

FENOX : LS10012

FIRST LINE : FDL6607

FLENNOR : FL795-H

FORMPART : 3008006

G.U.D. : GSP301128

HERTH+BUSS JAKOPARTS : J4895015

JAPANPARTS : SI-505

JAPKO : 106505

JP GROUP : 4950500100

KAVO PARTS : SLS-5536

KAVO PARTS : SLS-5538

KAWE : 8500 27606

KEY PARTS : KDL6607

KRAFT AUTOMOTIVE : 4306315

LEMFORDER : 31212 01

LEMFORDER : 31212 02

LYNXauto : C7237LR

MAPCO : 49909

MASTER-SPORT GERMANY : 30852103

MASTER-SPORT GERMANY : 31212-PCS-MS

MASTER-SPORT GERMANY : 31212-SET-MS

MAXGEAR : 72-1477

METZGER : 53014019

MEYLE : 516 060 1432/S

MGA : SA5073

MONROE : 30884359

MONROE : L27606

MOOG : MI-LS-2237

MOOG : VV-LS-1432

MOTAQUIP : LVSL991

NIPPARTS : J4895015

NK : 30871765

NK : 5114805

NPS : M405I29

NPS : M884359

OCAP : 0180466

OPTIMAL : G7-806

OPTIMAL : G7-806S

ORIGINAL IMPERIUM : 32643

PATRON : PS4251

PEMEBLA : JAPSI-505

QUATTRO FRENI : QF17D00059

QUINTON HAZELL : QLS3349S

RIW : VO4010

RTS : 97-97041

RUVILLE : 916520

RUVILLE : 917361

SIDEM : 67669

SKF : VKDS 346023

STARLINE : 44.26.736

STELLOX : 56-01116-SX

STELLOX : 56-72030A-SX

STELLOX : 56-72030-SX

SWAG : 55 91 9399

SWAG : 55 92 6867

ScanTech : 85.2103.1

TALOSA : 50-03812

TEKNOROT : VO-439

TOPRAN : 600 402

TRICLO : 788485

TRISCAN : 8500 27606

TRW : JTS350

VAICO : V95-0114

VEMA : 22889

YAMATO : J65043YMT

YAMATO : J65044YMT

sbs : 19145114805

sbs : MR 272118


Application, Suspension Parts for:

MITSUBISHI CARISMA (DA_) 1.6 (DA1A) 1995-2006

MITSUBISHI CARISMA (DA_) 1.6 (DA1A) 1997-2006

MITSUBISHI CARISMA (DA_) 1.6 (DA1A) 1998-2006

MITSUBISHI CARISMA (DA_) 1.6 (DA1A) 2000-2006

MITSUBISHI CARISMA (DA_) 1.8 16V GDI (DA2A) 1997-2006

MITSUBISHI CARISMA (DA_) 1.8 GDI (DA2A) 2000-2006

MITSUBISHI CARISMA (DA_) 1.9 DI-D 2000-2006

MITSUBISHI CARISMA (DA_) 1.9 DI-D (DA5A) 2000-2006

MITSUBISHI CARISMA (DA_) 1.9 TD (DA4A) 1996-2000

MITSUBISHI CARISMA Saloon (DA_) 1.3 16V 2000-2004

MITSUBISHI CARISMA Saloon (DA_) 1.6 (DA1A) 1996-2006

MITSUBISHI CARISMA Saloon (DA_) 1.6 (DA1A) 1997-2006

MITSUBISHI CARISMA Saloon (DA_) 1.6 (DA1A) 1998-2006

MITSUBISHI CARISMA Saloon (DA_) 1.6 (DA1A) 2000-2006

MITSUBISHI CARISMA Saloon (DA_) 1.8 16V GDI (DA2A) 1997-2006

MITSUBISHI CARISMA Saloon (DA_) 1.8 GDI (DA2A) 2000-2006

MITSUBISHI CARISMA Saloon (DA_) 1.9 DI-D 2000-2006

MITSUBISHI CARISMA Saloon (DA_) 1.9 DI-D (DA5A) 2000-2006

MITSUBISHI CARISMA Saloon (DA_) 1.9 TD (DA4A) 1996-2000

MITSUBISHI SPACE STAR MPV (DG_A) 1.3 16V (DG1A) 1998-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.3 16V (DG1A) 1998-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.3 16V (DG1A) 2000-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.6 2001-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.6 16V (DG3A) 2001-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.8 GDI (DG5A) 1998-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.8 GDI (DG5A) 1998-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.8 MPI 2002-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.9 DI-D 2002-2004

MITSUBISHI SPACE STAR MPV (DG_A) 1.9 DI-D (DG4A) 2001-2004

VOLVO S40 I (644) 1.6 1995-1999

VOLVO S40 I (644) 1.6 1999-2003

VOLVO S40 I (644) 1.8 1995-1999

VOLVO S40 I (644) 1.8 1999-2003

VOLVO S40 I (644) 1.8 2001-2003

VOLVO S40 I (644) 1.8 i 1998-2003

VOLVO S40 I (644) 1.8 i 2001-2003

VOLVO S40 I (644) 1.9 DI 1999-2000

VOLVO S40 I (644) 1.9 DI 2000-2003

VOLVO S40 I (644) 1.9 DI 2000-2003

VOLVO S40 I (644) 1.9 T4 1997-2000

VOLVO S40 I (644) 1.9 TD 1995-1999

VOLVO S40 I (644) 2.0 1995-1999

VOLVO S40 I (644) 2.0 1995-2003

VOLVO S40 I (644) 2.0 T 1997-2003

VOLVO S40 I (644) 2.0 T 2000-2001

VOLVO S40 I (644) 2.0 T 2001-2003

VOLVO S40 I (644) 2.0 T4 2000-2003

VOLVO V40 Estate (645) 1.6 1995-1999

VOLVO V40 Estate (645) 1.6 1999-2004

VOLVO V40 Estate (645) 1.8 1995-1999

VOLVO V40 Estate (645) 1.8 1999-2004

VOLVO V40 Estate (645) 1.8 i 1998-2004

VOLVO V40 Estate (645) 1.8 i 2001-2004

VOLVO V40 Estate (645) 1.9 DI 1999-2000

VOLVO V40 Estate (645) 1.9 DI 2000-2004

VOLVO V40 Estate (645) 1.9 DI 2000-2004

VOLVO V40 Estate (645) 1.9 T4 1997-2000

VOLVO V40 Estate (645) 1.9 TD 1995-1999

VOLVO V40 Estate (645) 2.0 1995-1999

VOLVO V40 Estate (645) 2.0 1995-2004

VOLVO V40 Estate (645) 2.0 T 1997-2000

VOLVO V40 Estate (645) 2.0 T 1999-2004

VOLVO V40 Estate (645) 2.0 T 2001-2004

VOLVO V40 Estate (645) 2.0 T4 2000-2004


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CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE SPYDER GTS GALANT Stabilizer Link OEM:MR333763 CLM-7 K7431 Mon, 17 Jan 2022 17:16:18 +0800 CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE SPYDER GTS GALANT Stabilizer Link OEM:MR333763 CLM-7 K7431


Description:

Front Axle, Right


OEM No.

OE  MR333763  MR 333763


Cross Reference

CTR  CLM-7  CLM7

MOOG  AMGK7431

MOOG  K7431

RAYBESTOS  545-1361  5451361

TRW  18406


Application, Suspension Parts for:

CHRYSLER SEBRING  2001-2005 

DODGE STRATUS  2001-2005 

DODGE STRATUS R/T  2002-2005 

MITSUBISHI ECLIPSE  2000-2004 

MITSUBISHI ECLIPSE GS 2005

MITSUBISHI ECLIPSE GT 2005

MITSUBISHI ECLIPSE GTS  2003-2005 

MITSUBISHI ECLIPSE SPYDER  2001-2004 

MITSUBISHI ECLIPSE SPYDER GS 2005

MITSUBISHI ECLIPSE SPYDER GT 2005

MITSUBISHI ECLIPSE SPYDER GTS  2003-2005 

MITSUBISHI GALANT  1999-2003


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MITSUBISHI (BBDC) OUTLANDER AIRTREK LANCER MINICA TOPPO Stabilizer Link OEM:MR319147 101-6377 K750181 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI (BBDC) OUTLANDER AIRTREK LANCER MINICA TOPPO Stabilizer Link OEM:MR319147 101-6377 K750181


Description:

Front Axle


OEM No.

OE  4056A040

OE  MR319147


Cross Reference

ACDelco  45G0396

BECK/ARNLEY  101-6377  1016377

BENDIX  042660B

FEBI BILSTEIN  31709

HERTH+BUSS JAKOPARTS  J4965016

KAGER  85-0566  850566

METZGER  53045618

METZGER  MI-6040  MI6040

MEYLE  32-16 060 0024  32160600024

MOOG  K750181

OPTIMAL  G7-1264  G71264

OPTIMAL  G7-1265  G71265

QUINTON HAZELL  QLS3719S

RAYBESTOS  545-1396  5451396

SWAG  80 93 1709  80931709

TRW  18750181

TRW  JTS7637


Application, Suspension Parts for:

MITSUBISHI OUTLANDER I (CU_W) 2001/03-2008/07

MITSUBISHI (BBDC) OUTLANDER (GU_W) 2005/11-

MITSUBISHI AIRTREK CU2W/CU4W/CU5W 2001-2005

MITSUBISHI DION CR5W/CR6W/CR9W 2000-2004

MITSUBISHI EK-SERIES H81W 2001-2004

MITSUBISHI LANCER CS 2000-2009

MITSUBISHI MINICA/MINICA TOPPO BJ H41A-H48A 1998-2003

MITSUBISHI OUTLANDER CU2W/CU5W 2002-2006


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MITSUBISHI SPACE RUNNER WAGON Stabilizer Link OEM:MR316436 SL-7900R 85-0578 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI SPACE RUNNER WAGON Stabilizer Link OEM:MR316436 SL-7900R 85-0578


Description:

Front Axle, Right


OEM No.

OE  4056A035

OE  MR316436


Cross Reference

555  SL-7900R  SL7900R

A.B.S.  260814

BLUE PRINT  ADC48534

FEBI BILSTEIN  41197

HERTH+BUSS JAKOPARTS  J4975011

KAGER  85-0578  850578

LEMFORDER  34671 01  3467101

MAPCO  59538

MAPCO  59538HPS

MEYLE  32-16 060 0019  32160600019

MEYLE  32-16 060 0019/HD  32160600019HD

MOOG  MI-LS-8442  MILS8442

NIPPARTS  J4975011

SWAG  80 94 1197  80941197

TRW  JTS7697


Application, Suspension Parts for:

MITSUBISHI SPACE RUNNER (N6_W) 1999/08-2003/01

MITSUBISHI SPACE WAGON (N3_W, N4_W) 1991/05-2000/11

MITSUBISHI SPACE WAGON (N9_W, N8_W) 1998/07-2004/12


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CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE GALANT Stabilizer Link OEM:MR297333 CLM-8 K7430 Mon, 17 Jan 2022 17:16:18 +0800 CHRYSLER SEBRING DODGE STRATUS MITSUBISHI ECLIPSE GALANT Stabilizer Link OEM:MR297333 CLM-8 K7430


Description:

Front Axle, Left


OEM No.

OE  MR297333  MR-297333


Cross Reference

CTR  CLM-8  CLM8

MOOG  AMGK7430

MOOG  K7430

RAYBESTOS  545-1362  5451362

TRW  18407


Application, Suspension Parts for:

CHRYSLER SEBRING  2001-2005 

DODGE STRATUS  2001-2005 

DODGE STRATUS R/T  2002-2005 

MITSUBISHI ECLIPSE  2000-2004 

MITSUBISHI ECLIPSE GS 2005

MITSUBISHI ECLIPSE GT 2005

MITSUBISHI ECLIPSE GTS  2003-2005 

MITSUBISHI ECLIPSE SPYDER  2001-2004 

MITSUBISHI ECLIPSE SPYDER GS 2005

MITSUBISHI ECLIPSE SPYDER GT 2005

MITSUBISHI ECLIPSE SPYDER GTS  2003-2005 

MITSUBISHI GALANT  1999-2003


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MITSUBISHI L400 Bus SPACE GEAR RUNNER WAGON Stabilizer Link OEM:MR267875 SL-7765 85-0592 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI L400 Bus SPACE GEAR RUNNER WAGON Stabilizer Link OEM:MR267875 SL-7765 85-0592


Description:

Rear Axle


OEM No.

OE  MR112394  MR-112394

OE  MR267875  MR-267875


Cross Reference

555  SL-7765  SL7765

A.B.S.  260225

ASHUKI  1467-1105  14671105

BLUE PRINT  ADC48546

HERTH+BUSS JAKOPARTS  J4895011

KAGER  85-0592  850592

KAVO PARTS  SLS-5521  SLS5521

MAPCO  59545

MEYLE  32-16 060 0021  32160600021

NIPPARTS  J4895011


Application, Suspension Parts for:

MITSUBISHI L 400 Bus (PD_W, PC_W, PA_V, PB_V, PA_W) 1994/06-2007/04

MITSUBISHI SPACE GEAR (PA/B/D_V/W) 1995/05-2000/05

MITSUBISHI SPACE RUNNER (N6_W) 1999/08-2003/01

MITSUBISHI SPACE WAGON (N9_W, N8_W) 1998/07-2004/12


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MITSUBISHI PAJERO SPORT I Stabilizer Link OEM:MR267643 85-0572 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI PAJERO SPORT I Stabilizer Link OEM:MR267643 85-0572


Description:

Front Axle


OEM No.

OE  MR267643  MR-267643


Cross Reference

KAGER  85-0572  850572


Application, Suspension Parts for:

MITSUBISHI PAJERO SPORT I (K7_, K9_) 1996/07-


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MITSUBISHI L400 Bus Stabilizer Link OEM:MR150705 J4965019 85-0576 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI L400 Bus Stabilizer Link OEM:MR150705 J4965019 85-0576


Description:

Front Axle


OEM No.

OE  MR150705  MR-150705

OE  MR267874  MR-267874


Cross Reference

HERTH+BUSS JAKOPARTS  J4965019

KAGER  85-0576  850576


Application, Suspension Parts for:

MITSUBISHI L 400 Bus (PD_W, PC_W, PA_V, PB_V, PA_W) 1994/06-2007/04


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MITSUBISHI L400 Bus DELICA SPACE GEAR L300 TRUCK Stabilizer Link OEM:MR132707 SL-7760 CLM-17 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI L400 Bus DELICA SPACE GEAR L300 TRUCK Stabilizer Link OEM:MR132707 SL-7760 CLM-17


Description:

Front Axle


OEM No.

OE  MR-132707  MR132707

OE  MR-267873  MR267873


Cross Reference

555  SL-7760  SL7760

A.B.S.  260224

ASHUKI  1488-6005  14886005

BLUE PRINT  ADC48520

CTR  CLM-17  CLM17

HERTH+BUSS JAKOPARTS  J4965006

KAGER  85-0575  850575

KAVO PARTS  SLS-5515  SLS5515

MAPCO  59544

MEYLE  32-16 060 0015  32160600015

MEYLE  32-160600015/HD  32160600015HD

NIPPARTS  J4965006

NPS  M405I23

RUVILLE  917343


Application, Suspension Parts for:

MITSUBISHI L 400 Bus (PD_W, PC_W, PA_V, PB_V, PA_W) 1994/06-2007/04

MITSUBISHI SPACE GEAR (PA/B/D_V/W) 1995/05-2000/05

MITSUBISHI DELICA SPACE GEAR/CARGO PA/PB/PC 1994-2006

MITSUBISHI DELICA TRUCK P02T/P05T/P13T/P15T/P25T 1994-1999

MITSUBISHI L300-TRUCK P13T/P15T 1994-2000

MITSUBISHI L400 PA3W/PA4W 1994-2002

MITSUBISHI L400 SPACE GEAR PD4W/PD5W 1994-2001


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CITROEN C-CROSSER ENTERPRISE MITSUBISHI OUTLANDER II PEUGEOT 4007 Stabilizer Link OEM:MN184194 SL-B015R 101-5596 Mon, 17 Jan 2022 17:16:18 +0800 CITROEN C-CROSSER ENTERPRISE MITSUBISHI OUTLANDER II PEUGEOT 4007 Stabilizer Link OEM:MN184194 SL-B015R 101-5596


Description:

Rear Axle, Right

Length: 80 mm

Thread Size: M10 x 1.25 mm


OEM No.

OE  517425AA

OE  517425AB

OE  517425AC

OE  517425AD

OE  5178.49  517849

OE  MN184194


Cross Reference

555  SL-B015R  SLB015R

A.B.S.  260624

ASHIKA  106-05-525  10605525

BECK/ARNLEY  101-5596  1015596

CTR  CLM-33

DELPHI  TC2289

FEBI BILSTEIN  30399

FIRST LINE  FDL7103

HERTH+BUSS JAKOPARTS  J4895023

MEVOTECH  MS25811

MEVOTECH  MS80824

MGA  SA7358

MONROE  L10635

MOOG  K750058

MOOG  K750289

MOOG  PE-LS-7424  PELS7424

NIPPARTS  N4895019

ORIGINAL IMPERIUM  32889

QUINTON HAZELL  QLS3556S

SIDEM  71263

SPIDAN  50318

SWAG  80 93 0399  80930399

TRISCAN  8500 10635  850010635

TRW  18750058

TRW  18750289

TRW  JTS7687

VAICO  V22-0107  V220107


Application, Suspension Parts for:

CITROEN C-CROSSER (EP_) 2007/02-

CITROEN C-CROSSER ENTERPRISE 2009/01-

MITSUBISHI OUTLANDER II (CW_W) 2006/11-2012/12

PEUGEOT 4007 (GP_) 2007/02-

CHRYSLER 200 2011-2013

CHRYSLER SEBRING 2007-2010

DODGE AVENGER 2008-2013

DODGE CALIBER 2007-2012

JEEP COMPASS 2007-2009

JEEP PATRIOT 2007-2009

MITSUBISHI LANCER 2008-2011

MITSUBISHI OUTLANDER CW5W 2007-2012

MITSUBISHI OUTLANDER SPORT 2011-2011


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MITSUBISHI L200 L300 III Bus PAJERO I Canvas Top Stabilizer Link OEM:MB912655 85-0563 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI L200 L300 III Bus PAJERO I Canvas Top Stabilizer Link OEM:MB912655 85-0563


OEM No.

OE  MB598097

OE  MB912655


Cross Reference

KAGER  85-0563  850563


Application, Suspension Parts for:

MITSUBISHI L 200 (K3_T, K2_T, K1_T, K0_T) 1983/01-1996/10

MITSUBISHI L 300 III Bus (P0_W, P1_W, P2_W) 1986/08-2013/12

MITSUBISHI PAJERO I (L04_G, L14_G) 1982/04-1991/12

MITSUBISHI PAJERO I Canvas Top (L04_G) 1982/12-1990/11


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MITSUBISHI GALANT V Saloon VI Estate Stabilizer Link OEM:MB892981 SL-7750 CLM-6 K90670 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI GALANT V Saloon VI Estate Stabilizer Link OEM:MB892981 SL-7750 CLM-6 K90670


Description:

Front Axle

Length : 120 mm

Thread Size : 2xM10x1.25 mm


OEM No.

OE  4056A026

OE  MB892981


Cross Reference

555  SL-7750  SL7750

A.B.S.  260217

CTR  CLM-6  CLM6

DELPHI  TC1558

DENCKERMANN  D140045

FAI AUTOPARTS  SS2404

FLENNOR  FL580-H  FL580H

HERTH+BUSS JAKOPARTS  J4965010

KAGER  85-0102  850102

KAMOKA  9971060

KAVO PARTS  SLS-5504  SLS5504

KSP  4010056

LEMFORDER  29660

LEMFORDER  29660 01  2966001

MAPCO  59541

METZGER  53044718

METZGER  MI-2981  MI2981

MEYLE  32-16 060 0000  32160600000

MONROE  L42602

MOOG  K90670

MOOG  MI-LS-1615  MILS1615

NIPPARTS  J4965010

NK  5113007

OCAP  0501764

OPTIMAL  G7-691  G7691

QUINTON HAZELL  QLS3365S

RAYBESTOS  5451363

RUVILLE  917331

SIDEM  71060

SPIDAN  44108

TRISCAN  8500 42602  850042602

TRW  18411

TRW  JTS232

VAICO  V37-9559  V379559


Application, Suspension Parts for:

MITSUBISHI GALANT V (E5_A, E7_A, E8_A) 1992/11-1996/10

MITSUBISHI GALANT V Saloon (E5_A, E7_A, E8_A) 1992/11-1998/12

MITSUBISHI GALANT VI (EA_) 1996/09-2004/10

MITSUBISHI GALANT VI Estate (EA_) 1996/09-2003/10


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HYUNDAI COUPE LANTRA II MITSUBISHI COLT IV LANCER Estate Stabilizer Link OEM:MB809354 SL-7705 CLM-3 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI COUPE LANTRA II MITSUBISHI COLT IV LANCER Estate Stabilizer Link OEM:MB809354 SL-7705 CLM-3


Description:

Rear Axle

Length : 75 mm

Thread size : 2x M10x1.25 mm


OEM No.

OE  4056A021

OE  MB809354


Cross Reference

555  SL-7705  SL7705

A.B.S.  260215

CTR  CLM-3  CLM3

DENCKERMANN  D140034

FEBI BILSTEIN  27983

FLENNOR  FL796-H  FL796H

HERTH+BUSS JAKOPARTS  J4895002

KAGER  85-0556  850556

KAMOKA  9971160

KAVO PARTS  SLS-5505  SLS5505

LEMFORDER  11859

LEMFORDER  11859 01  1185901

MAPCO  19544

METZGER  53045419

METZGER  MI-501  MI501

MEYLE  32-16 060 0002  32160600002

MONROE  L42603

NIPPARTS  J4895002

OPTIMAL  G7-807  G7807

PEX  12.05.589  1205589

QUINTON HAZELL  QLS1833S

RTS  97-99702  9799702

RUVILLE  917337

SIDEM  71160

SWAG  80 92 7983  80927983

TRISCAN  8500 42603  850042603

TRW  JTS159


Application, Suspension Parts for:

HYUNDAI COUPE (RD) 1996/05-2002/04

HYUNDAI LANTRA II (J-2) 1995/06-2000/12

HYUNDAI LANTRA II Estate (J-2) 1995/06-2000/10

MITSUBISHI COLT IV (CA_A) 1992/03-1996/04

MITSUBISHI COLT V (CJ_, CP_) 1995/09-2003/09

MITSUBISHI LANCER I (A7_) 1973/02-1979/09

MITSUBISHI LANCER I Station Wagon (A7_V) 1978/01-1979/09

MITSUBISHI LANCER III (C1_A, C6_A) 1983/11-1990/06

MITSUBISHI LANCER III Station Wagon (C1_V, C3_V) 1985/09-1992/08

MITSUBISHI LANCER IV (C6_A, C7_A) 1988/04-1992/09

MITSUBISHI LANCER IV Hatchback (C6_A, C7_A) 1988/04-1994/05

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1991/07-1996/12

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 1992/09-2003/10


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MITSUBISHI SPACE RUNNER WAGON Stabilizer Link OEM:MB808076 K750067 85-0574 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI SPACE RUNNER WAGON Stabilizer Link OEM:MB808076 K750067 85-0574


Description:

Front Axle, Right

Thread Size : M 10x1.25 mm

Length : 50 mm


OEM No.

OE  4056A013

OE  MB808076


Cross Reference

A.B.S.  260227

ASHUKI  1491-9005  14919005

DELPHI  TC1361

DENCKERMANN  D140059

FIRST LINE  FDL6701

FLENNOR  FL720-H  FL720H

KAGER  85-0574  850574

KAVO PARTS  SLS-5508  SLS5508

LEMFORDER  30648

LEMFORDER  30648 01  3064801

MAPCO  59511

MAPCO  59511HPS

METZGER  53046012

MEYLE  32-16 060 0008  32160600008

MOOG  K750067

MOOG  MI-LS-2765  MILS2765

NIPPARTS  J4975009

OCAP  0581754

OPTIMAL  G7-831  G7831

PEX  12.05.551  1205551

QUINTON HAZELL  QLS3364S

RAYBESTOS  5451654

SIDEM  71068

SPIDAN  57321

TRW  JTS228


Application, Suspension Parts for:

MITSUBISHI SPACE RUNNER (N1_W, N2_W) 1991/10-1999/08

MITSUBISHI SPACE WAGON (D0_V/W) 1984/01-1992/01

MITSUBISHI SPACE WAGON (N3_W, N4_W) 1991/05-2000/11


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MITSUBISHI PAJERO II Canvas Top V32W V33W Stabilizer Link OEM:MB633926 K750134 85-0567 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI PAJERO II Canvas Top V32W V33W Stabilizer Link OEM:MB633926 K750134 85-0567


Description:

Front Axle


OEM No.

OE  MB633926


Cross Reference

KAGER  85-0567  850567

MAPCO  51549

MOOG  K750134

MOOG  MI-LS-7245  MILS7245

OPTIMAL  G7-1130  G71130

RAYBESTOS  5451337

SIDEM  71161

TRW  18750134


Application, Suspension Parts for:

MITSUBISHI PAJERO II (V3_W, V2_W, V4_W) 1990/12-2001/05

MITSUBISHI PAJERO II Canvas Top (V2_W, V4_W) 1990/12-2000/04

MITSUBISHI PAJERO V32W 1995-1996

MITSUBISHI PAJERO V33W 1996-2000


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MITSUBISHI PAJERO II Canvas Top Stabilizer Link OEM:MB598098 042644B FDL6950 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI PAJERO II Canvas Top Stabilizer Link OEM:MB598098 042644B FDL6950


Description:

Rear Axle


OEM No.

OE  MB598098

OE  MR981900


Cross Reference

A.B.S.  260703

ASHUKI  1488-4105  14884105

BENDIX  042644B

BORG & BECK  BDL6950

FEBI BILSTEIN  30817

FIRST LINE  FDL6950

FLENNOR  FL0135-H  FL0135H

KAGER  85-0588  850588

METZGER  MI-8098  MI8098

MEYLE  32-16 060 0014  32160600014

NIPPARTS  J4965014

OPTIMAL  G7-1246  G71246

QUINTON HAZELL  QLS3436S

SWAG  80 93 0817  80930817


Application, Suspension Parts for:

MITSUBISHI PAJERO II (V3_W, V2_W, V4_W) 1990/12-2001/05

MITSUBISHI PAJERO II Canvas Top (V2_W, V4_W) 1990/12-2000/04


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MITSUBISHI 3000 GT GALANT IV Saloon GTO Coupe LANCER III Station Wagon Stabilizer Link OEM:MB584467 JTS225 J4895005 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI 3000 GT GALANT IV Saloon GTO Coupe LANCER III Station Wagon Stabilizer Link OEM:MB584467 JTS225 J4895005


Description:

Front Axle


OEM No.

MITSUBISHI : 4056A039

MITSUBISHI : MB573210

MITSUBISHI : MB584467

MITSUBISHI : MR131733


Cross Reference

ASHUKI : E914-69

ASVA : 0423-005

BLUE PRINT : ADC48521C

BLUE PRINT : ADC48525C

ETS : 16.LB.836

FAI AutoParts : SS2342

FEBEST : 0423-005

FEBI BILSTEIN : 41185

FEBI BILSTEIN : 41189

FORMPART : 3908029

HERTH+BUSS JAKOPARTS : J4895005

KAGER : 85-0565

KAGER : 85-0582

KAVO PARTS : SLS-5554

MAGNETI MARELLI : 600000151340

STELLOX : 56-72026-SX

SWAG : 80 94 1185

SWAG : 80 94 1189

TRW : JTS225

YAMATO : J65019YMT

YAMATO : J65024YMT


Application, Suspension Parts for:

MITSUBISHI 3000 GT Coupe (Z1_A) 3.0 i 24V 4WD (Z16A) 1990-1999

MITSUBISHI GALANT IV (E3_A) 2.0 4WD (E33A, E38A, E39A) 1989-1992

MITSUBISHI GALANT IV (E3_A) 2.0 GTI 16V 4x4 (E38A, E39A, E33A) 1989-1992

MITSUBISHI GALANT IV Saloon (E3_A) 2.0 4WD (E39A, E38A, E33A) 1988-1992

MITSUBISHI GALANT IV Saloon (E3_A) 2.0 GTI 16V Cat 4WD (E38A, E39A, E33A) 1991-1992

MITSUBISHI GALANT IV Saloon (E3_A) 2.0 GTi 16V 4WD (E39A, E38A, E33A) 1988-1992

MITSUBISHI GTO Coupe (Z1_A) 3.0 AWD 1989-1996

MITSUBISHI GTO Coupe (Z1_A) 3.0 AWD 1996-2000

MITSUBISHI LANCER III Station Wagon (C1_V, C3_V) 1.8 4WD (C37V) 1990-1992

MITSUBISHI LANCER IV Hatchback (C6_A, C7_A) 1.6 16V (C76A, C66A) 1992-1994


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MITSUBISHI COLT II IV MITSUBISHI LANCER III V Station Wagon SPACE STAR MPV Stabilizer Link OEM:MB241974 J4960700 85-0557 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI COLT II IV MITSUBISHI LANCER III V Station Wagon SPACE STAR MPV Stabilizer Link OEM:MB241974 J4960700 85-0557


Description:

Front Axle

Length : 135 mm


OEM No.

OE  MB241974

OE  MR392730

OE  MR954888


Cross Reference

DENCKERMANN  D140008

FEBI BILSTEIN  33930

HERTH+BUSS JAKOPARTS  J4960700

KAGER  85-0557  850557

MAPCO  51598

MEYLE  32-16 060 0006  32160600006

SIDEM  71260

TRW  JTS222


Application, Suspension Parts for:

MITSUBISHI COLT II (C1_A) 1982/10-1988/04

MITSUBISHI COLT IV (CA_A) 1992/03-1996/04

MITSUBISHI LANCER III (C1_A, C6_A) 1983/11-1990/06

MITSUBISHI LANCER III Station Wagon (C1_V, C3_V) 1985/09-1992/08

MITSUBISHI LANCER V (CB_A, CD_A, CE_A) 1991/07-1996/12

MITSUBISHI LANCER V Station Wagon (CB_W, CD_W) 1992/09-2003/10

MITSUBISHI SPACE STAR MPV (DG_A) 1998/06-2004/12


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DODGE COLT BASE MODEL CAROUSEL GT FORD ESCORT LX-E MERCURY TRACER TRIO Stabilizer Link OEM:MB001626 K9231 18081 Mon, 17 Jan 2022 17:16:18 +0800 DODGE COLT BASE MODEL CAROUSEL GT FORD ESCORT LX-E MERCURY TRACER TRIO Stabilizer Link OEM:MB001626 K9231 18081


Description:

Front Axle


OEM No.

OE  MB001626



Cross Reference

MOOG  K9231

TRW  18081


Application, Suspension Parts for:

DODGE COLT BASE MODEL 1971-1977

DODGE COLT BASE MODEL 1974-1977

DODGE COLT CAROUSEL 1975-1977

DODGE COLT CAROUSEL 1976-1977

DODGE COLT CUSTOM 1977

DODGE COLT GT 1973-1974

DODGE COLT GT 1974-1977

DODGE COLT GT 1976-1977

FORD ESCORT BASE MODEL 1993-1996

FORD ESCORT BASE MODEL 1997-2002

FORD ESCORT GT 1991-1996

FORD ESCORT LX 1991-1996

FORD ESCORT LX 1997-1998

FORD ESCORT LX-E 1992-1993

FORD ESCORT PONY 1991-1992

FORD ESCORT SPORT 1993-1995

FORD ESCORT SPORT 1997-1998

FORD ESCORT ZX2 1998-2003

FORD ESCORT ZX2 S/R 1999-2000

FORD PROBE GL 1989-1992

FORD PROBE GT 1989-1992

FORD PROBE LX 1989

FORD PROBE LX 1990-1992

MERCURY TRACER BASE MODEL 1987

MERCURY TRACER BASE MODEL 1988-1989

MERCURY TRACER BASE MODEL 1991-1993

MERCURY TRACER LS 1997-1998

MERCURY TRACER LTS 1991-1996

MERCURY TRACER TRIO 1994-1996

MERCURY TRACER TRIO 1997-1998


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MITSUBISHI SPACE RUNNER WAGON STARION Stabilizer Link OEM:MB001622 K9232 85-0581 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI SPACE RUNNER WAGON STARION Stabilizer Link OEM:MB001622 K9232 85-0581


Description:

Rear Axle


OEM No.

OE  MB001622

OE  MB001925

OE  MB241429



Cross Reference

KAGER  85-0581  850581

MOOG  K9232

RAYBESTOS  5451338

TRW  18072


Application, Suspension Parts for:

MITSUBISHI SPACE RUNNER (N6_W) 1999/08-2003/01

MITSUBISHI SPACE WAGON (N9_W, N8_W) 1998/07-2004/12

MITSUBISHI STARION (A18_A) 1982/05-1990/06


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LAND ROVER RANGE ROVER III L322 Stabilizer Link OEM:LR030047 K750063 042586B Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER RANGE ROVER III L322 Stabilizer Link OEM:LR030047 K750063 042586B


Description:

Front Axle

Thread Size : M12 x 1.5 mm

Length : 380 mm


OEM No.

OE  LR 030047  LR030047

OE  RBM000011  RBM 000011

OE  RBM000010  RBM 000010

OE  RBM500200  RBM 500200


Cross Reference

A.B.S.  260552

AYWIPARTS  AW1350082LR

BENDIX  042586B

BIRTH  BX5091

BORG & BECK  BDL6969

BORG & BECK  BDL6969HD

DELPHI  TC1817

FEBEST  2923-EVQF  2923EVQF

FEBI BILSTEIN  28470

FIRST LINE  FDL6969

FIRST LINE  FDL6969HD

FLENNOR  FL0069-H  FL0069H

FORMPART  1708011

FRAP  3270

G.U.D  GSP301198

KAGER  85-0771  850771

KAWE  FL0069-H  FL0069H

LEMFORDER  29585

LEMFORDER  29585 01  2958501

LYNXAUTO  C7381LR

MAPCO  51686HPS

MEYLE  53-16 060 0007/HD  53160600007HD

MGA  SA5404

MONROE  L17611

MOOG  K750063

MOOG  LR-LS-4013  LRLS4013

MOTAQUIP  VSL882

NK  5114013

OCAP  0505347

OPTIMAL  G7-1170  G71170

ORIGINAL IMPERIUM  38219

PATRON  PS4274

QUINTON HAZELL  QLS3517S

RAYBESTOS  5451643

RTS  97-01626  9701626

SBS  19145114013

SIDEM  65068

SPIDAN  46371

STELLOX  56-05299-SX  5605299SX

SWAG  22 92 8470  22928470

TALOSA  50-07258  5007258

TRISCAN  8500 17611  850017611

TRW  18750063

TRW  JTS598

VAICO  V48-9532  V489532


Application, Suspension Parts for:

LAND ROVER RANGE ROVER III (L322) 2002/03-2012/12


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LAND ROVER DISCOVERY III IV L319 Stabilizer Link OEM:LR014145 101-7003 K750334 Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER DISCOVERY III IV L319 Stabilizer Link OEM:LR014145 101-7003 K750334


Description:

Front Axle


OEM No.

OE  LR014145  LR 014145

OE  RBM 500110  RBM500110

OE  RBM 500180  RBM500180

OE  RBM500190  RBM500190


Cross Reference

ACDelco  45G20788

BECK/ARNLEY  101-7003  1017003

BENDIX  042619B

DEEZA  LA-L122  LAL122

DELPHI  TC1818

FAI AUTOPARTS  SS6368

FEBI BILSTEIN  34854

FIRST LINE  FDL7061

FLENNOR  FL0100-H  FL0100H

LEMFORDER  29591

LEMFORDER  29591 01  2959101

LEMFORDER  36711 01  3671101

MAPCO  51681

MEYLE  53-16 060 0008/HD  53160600008HD

MEYLE  53-16 060 0009/HD  53160600009HD

MGA  SA5416

MOOG  K750334

MOOG  LR-LS-4189  LRLS4189

OCAP  0502558

OPTIMAL  G7-1211  G71211

QUINTON HAZELL  QLS3515S

RAYBESTOS  545-1807  5451807

SIDEM  65162

SPIDAN  46746

SWAG  22 93 4854  22934854

TRISCAN  8500 17608  850017608

VAICO  V48-9500  V489500


Application, Suspension Parts for:

LAND ROVER DISCOVERY III (L319) 2004/07-2009/09

LAND ROVER DISCOVERY IV (L319) 2009/09-


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LAND ROVER FREELANDER 2 L359 Stabilizer Link OEM:LR002626 LR-LS-8088 0502731 Mon, 17 Jan 2022 17:16:18 +0800 LAND ROVER FREELANDER 2 L359 Stabilizer Link OEM:LR002626 LR-LS-8088 0502731


Description:

Front Axle


OEM No.

OE  LR002626


Cross Reference

FEBI BILSTEIN  34885

MEYLE  53-16 060 0014/HD  53160600014HD

MOOG  LR-LS-8088  LRLS8088

OCAP  0502731

SIDEM  65163

SPIDAN  50747


Application, Suspension Parts for:

LAND ROVER FREELANDER 2 (L359) 2006/10-2014/10


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MAZDA MPV II LW Stabilizer Link OEM:LC70-34-170 K80450 TC2296 Mon, 17 Jan 2022 17:16:18 +0800 MAZDA MPV II LW Stabilizer Link OEM:LC70-34-170 K80450 TC2296


Description:

Front Axle

Length : 325 mm

Outer Thread : M10x1.25 mm


OEM No.

OE  LC70-34-170  LC7034170


Cross Reference

A.B.S.  260512

BLUE PRINT  ADM58525

DELPHI  TC2296

FAI AUTOPARTS  SS4174

FEBI BILSTEIN  23713

FIRST LINE  FDL6822

FLENNOR  FL0014-H  FL0014H

HERTH+BUSS JAKOPARTS  J4963013

KAGER  85-0511  850511

LEMFORDER  33445 01  3344501

METZGER  53035618

METZGER  MA-4180  MA4180

MEYLE  35-16 060 0022  35160600022

MEYLE  35-16 060 0022/HD  35160600022HD

MOOG  K80450

MOOG  MD-LS-7400  MDLS7400

NIPPARTS  J4963013

NK  5113224

OPTIMAL  G7-1125  G71125

QUINTON HAZELL  QLS3382S

RAYBESTOS  5451505

RTS  97-98027  9798027

SWAG  83 92 3713  83923713

TRW  1880450

TRW  JTS7557

VAICO  V32-9553  V329553

VEMA  23240


Application, Suspension Parts for:

MAZDA MPV II (LW) 1999/08-2006/12


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KIA SOUL AM Stabilizer Link OEM:54830-2K000 K750597 101-7174 CLKK-37L Mon, 17 Jan 2022 17:16:18 +0800 KIA SOUL AM Stabilizer Link OEM:54830-2K000 K750597 101-7174 CLKK-37L


Description:

Front Axle, Left


OEM No.

OE  54830-2K000  548302K000


Cross Reference

ACDelco  45G1898

BECK/ARNLEY  101-7174  1017174

CTR  CLKK-37L  CLKK37L

KAVO PARTS  SLS-4039  SLS4039

MALO  52344

MOOG  K750597

NIPPARTS  N4960323

QUINTON HAZELL  QLS3760S

RAYBESTOS  545-1898  5451898

SIDEM  81362

SPIDAN  51235

TRISCAN  8500 18640  850018640

VAICO  V53-0022  V530022


Application, Suspension Parts for:

KIA SOUL (AM) 2009/01-


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HONDA DONGFENG CR-V III ACURA RDX Stabilizer Link OEM:51320-STK-A01 K750297 SL-H020 CLHO-64 Mon, 17 Jan 2022 17:16:18 +0800 HONDA DONGFENG CR-V III ACURA RDX Stabilizer Link OEM:51320-STK-A01 K750297 SL-H020 CLHO-64


Description:

Front Axle


OEM No.

OE  51320-STK-A01  51320STKA01


Cross Reference

555  SL-H020  SLH020

A.B.S.  260599

ACDelco  45G20752

ASHIKA  106-04-433  10604433

ASHUKI  1488-7204  14887204

BECK/ARNLEY  101-6928  1016928

BENDIX  042637B

BLUE PRINT  ADH28557

BORG & BECK  BDL7075

CTR  CLHO-64  CLHO64

DELPHI  TC2271

FAI AUTOPARTS  SS7098

FEBI BILSTEIN  29529

FIRST LINE  FDL7075

FLENNOR  FL0123-H  FL0123H

HERTH+BUSS JAKOPARTS  J4964033

JAPANPARTS  SI-433  SI433

JAPKO  106433

KAMOKA  9947361

KAVO PARTS  SLS-2041  SLS2041

MALO  52501

MAPCO  51517HPS

METZGER  53026018

MEYLE  31-16 060 0043  31160600043

MOOG  HO-LS-7941  HOLS7941

MOOG  K750297

NIPPARTS  N4964027

OPTIMAL  G7-1234  G71234

QUINTON HAZELL  QLS3701S

RAYBESTOS  545-1764  5451764

RAYBESTOS  545-1764B  5451764B

SIDEM  47361

SPIDAN  50693

SWAG  85 92 9529  85929529

TRISCAN  8500 40635  850040635

TRW  18750297

TRW  JTS7639


Application, Suspension Parts for:

HONDA CR-V III (RE_) 2006/06-

HONDA (DONGFENG) CR-V 2007/03-

HONDA CR-V 2007-2011

ACURA RDX 2007-2012


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HYUNDAI SANTA FÉ I VERACRUZ KIA MOHAVE HM SORENTO II Stabilizer Link OEM:55530-2B000 K750279 101-5381 CLKH-33 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI SANTA FÉ I VERACRUZ KIA MOHAVE HM SORENTO II Stabilizer Link OEM:55530-2B000 K750279 101-5381 CLKH-33


Description:

Rear Axle


OEM No.

OE  55530-2B000  555302B000

OE  55530-2B200  555302B200


Cross Reference

ACDelco  45G20755

BECK/ARNLEY  101-5381  1015381

CTR  CLKH-33  CLKH33

FEBI BILSTEIN  28514

HERTH+BUSS JAKOPARTS  J4890522

KAVO PARTS  SLS-3037  SLS3037

LEMFORDER  33974 01  3397401

MEYLE  37-16 060 0033/HD  37160600033HD

MOOG  HY-LS-4944  HYLS4944

MOOG  K750279

QUINTON HAZELL  QLS3702S

RAYBESTOS  545-1775  5451775

SIDEM  87368

SPIDAN  46798

SWAG  90 92 8514  90928514

TRW  18750279

TRW  JTS562


Application, Suspension Parts for:

HYUNDAI SANTA FÉ I (SM) 2000/11-2006/03

HYUNDAI SANTA FÉ II (CM) 2005/10-2012/12

HYUNDAI SANTA FE 2007-2012

HYUNDAI VERACRUZ 2007-2012

KIA SORENTO 2011-2013

KIA MOHAVE (BORREGO) HM 2007-

KIA SORENTO II (XM) 2009/09-


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HONDA FIT Stabilizer Link OEM:51320-SLA-003 K750258 51321-SLA-003 K750259 Mon, 17 Jan 2022 17:16:18 +0800 HONDA FIT Stabilizer Link OEM:51320-SLA-003 K750258 51321-SLA-003 K750259


Description:

Front Axle, Right, Left


OEM No.

OE  51320-SLA-003  51320SLA003


OE  51321-SLA-003  51321SLA003


Cross Reference

555  SL-H060R  SLH060R

ACDelco  45G20791

BECK/ARNLEY  101-6723  1016723

CTR  CLHO-60  CLHO60

MOOG  K750258

RAYBESTOS  545-1627  5451627


555  SL-H060L  SLH060L

ACDelco  45G20741

BECK/ARNLEY  101-6724  1016724

CTR  CLHO-61  CLHO61

MOOG  K750259

RAYBESTOS  545-1626  5451626


Application, Suspension Parts for:

HONDA FIT 2007-2008


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NISSAN DONGFENG TEANA J32Z ALTIMA L32 MAXIMA A35 MURANO Z51 TEANA J32 Stabilizer Link OEM:56261-1AD0A K750255 56261-1AD0B K750256 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN DONGFENG TEANA J32Z ALTIMA L32 MAXIMA A35 MURANO Z51 TEANA J32 Stabilizer Link OEM:56261-1AD0A K750255 56261-1AD0B K750256


Description:

Rear Axle, Right, Left


OEM No.

OE  56261-1AD0A  562611AD0A

OE  56261-JA000  56261JA000

OE  56261-JN00A  56261JN00A


OE  56261-1AD0B  562611AD0B

OE  56261-JA005  56261JA005

OE  56261-JN00B  56261JN00B


Cross Reference

555  SL-N155R  SLN155R

ACDelco  45G20760

BECK/ARNLEY  101-7048  1017048

CTR  CLN-37  CLN37

KAVO PARTS  SLS-6551  SLS6551

MOOG  K750255

RAYBESTOS  545-1787  5451787

TRW  18750255


555  SL-N155L  SLN155L

ACDelco  45G20759

BECK/ARNLEY  101-7047  1017047

CTR  CLN-58  CLN58

KAVO PARTS  SLS-6552  SLS6552

MOOG  K750256

RAYBESTOS  545-1786  5451786

TRW  18750256


Application, Suspension Parts for:

NISSAN (DONGFENG) TEANA (J32Z) 2008/06-

NISSAN ALTIMA L32 2006-

NISSAN MAXIMA A35 2008-

NISSAN MURANO Z51 2007-

NISSAN TEANA J32 2008-


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INFINITI FX35 FX45 S50 Stabilizer Link OEM:54668-WL01A K750248 SL-N325L 101-5676 Mon, 17 Jan 2022 17:16:18 +0800 INFINITI FX35 FX45 S50 Stabilizer Link OEM:54668-WL01A K750248 SL-N325L 101-5676


Description:

Rear Axle, Left


OEM No.

OE  54668-WL010  54668WL010

OE  54668-WL01A  54668WL01A


Cross Reference

555  SL-N325L  SLN325L

A.B.S.  260875

ACDelco  45G20718

ASVA  0223-S50RL  0223S50RL

BECK/ARNLEY  101-5676  1015676

BLUE PRINT  ADN18582

DEEZA  NI-L169  NIL169

FEBEST  0223-E51RL  0223E51RL

FEBI BILSTEIN  42603

HERTH+BUSS JAKOPARTS  J4891045

KAVO PARTS  SLS-6588  SLS6588

LYNXAUTO  C7429L

MAGNETI MARELLI  600000150490

MOOG  K750248

NIPPARTS  N4891039

RAYBESTOS  545-1718  5451718

SIDEM  41864

SPIDAN  58430

SWAG  82 94 2603  82942603

TRW  18750248


Application, Suspension Parts for:

INFINITI FX 2002/09-2008/12

INFINITI FX35 S50 2003-2008

INFINITI FX45 S50 2003-2008


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HYUNDAI SANTA FE I VERACRUZ KIA SORENTO II Stabilizer Link OEM:54840-2B000 K750205 101-5354 CLKH-32R Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI SANTA FE I VERACRUZ KIA SORENTO II Stabilizer Link OEM:54840-2B000 K750205 101-5354 CLKH-32R


Description:

Front Axle, Right


OEM No.

OE  54840-2B000  548402B000

OE  54840-2B200  548402B200


Cross Reference

ACDelco  45G20747

BECK/ARNLEY  101-5354  1015354

CTR  CLKH-32R  CLKH32R

FEBI BILSTEIN  28576

HERTH+BUSS JAKOPARTS  J4970529

KAVO PARTS  SLS-3036  SLS3036

LEMFORDER  33973 01  3397301

MEYLE  37-16 060 0031/HD  37160600031HD

MOOG  HY-LS-4943  HYLS4943

MOOG  K750205

QUINTON HAZELL  QLS3734S

RAYBESTOS  545-1756  5451756

SIDEM  87367

SPIDAN  46797

SWAG  90 92 8576  90928576

TRW  18750205

TRW  JTS560


Application, Suspension Parts for:

HYUNDAI SANTA FÉ I (SM) 2000/11-2006/03

HYUNDAI SANTA FÉ II (CM) 2005/10-2012/12

HYUNDAI SANTA FE 2007-2012

HYUNDAI VERACRUZ 2007-2012

KIA SORENTO 2011-2013

KIA SORENTO II (XM) 2009/09-


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INFINITI EX35 EX37 G25 G35 G37 M35H M56 NISSAN 370Z Stabilizer Link OEM:54618-JK01A K750193 545-1778 Mon, 17 Jan 2022 17:16:18 +0800 INFINITI EX35 EX37 G25 G35 G37 M35H M56 NISSAN 370Z Stabilizer Link OEM:54618-JK01A K750193 545-1778


Description:

Front Axle, Right


OEM No.

OE  54618-JK01A  54618JK01A

OE  54618-JK02B  54618JK02B

OE  54618-JK02D  54618JK02D

OE  54618-JK03B  54618JK03B


Cross Reference

MOOG  K750193

RAYBESTOS  545-1778  5451778


Application, Suspension Parts for:

INFINITI EX35 J50 2008-

INFINITI EX37 J50 2013-

INFINITI G25 J50 2011-

INFINITI G35 J50 2007-

INFINITI G37 J50 2008-

INFINITI M35H J50 2012-

INFINITI M37 J50 2011-

INFINITI M56 J50 2011-

NISSAN 370Z V36 2009-


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KIA SORENTO I JC Stabilizer Link OEM:54811-3E110 K750164 54811-3E160 K750165 Mon, 17 Jan 2022 17:16:18 +0800 KIA SORENTO I JC Stabilizer Link OEM:54811-3E110 K750164 54811-3E160 K750165


Description:

Front Axle, Left, Right


OEM No.

OE  54811-3E110  548113E110


OE  54811-3E160  548113E160


Cross Reference

ACDelco  45G20820

BECK/ARNLEY  101-5469  1015469

BLUE PRINT  ADG085116

HERTH+BUSS JAKOPARTS  J4960324

MOOG  K750164


RAYBESTOS  545-1810  5451810

ACDelco  45G20821

BECK/ARNLEY  101-5470

BLUE PRINT  ADG085117

HERTH+BUSS JAKOPARTS  J4970324

MOOG  K750165


RAYBESTOS  545-1811  5451811


Application, Suspension Parts for:

KIA SORENTO I (JC) 2002/08-

KIA SORENTO 2007-2009


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HONDA DONGFENG CR-V III RE Stabilizer Link OEM:52321-SWA-A01 K750156 SLH-025L 101-6352 Mon, 17 Jan 2022 17:16:18 +0800 HONDA DONGFENG CR-V III RE Stabilizer Link OEM:52321-SWA-A01 K750156 SLH-025L 101-6352


Description:

Rear Axle, Left


OEM No.

OE  51321-SWA-A01  51321SWAA01

OE  52321-SWA-A01  52321SWAA01


Cross Reference

555  SLH-025L  SLH025L

555  SL-H025L-M  SLH025LM

A.B.S.  260600

ACDelco  45G20810

ASHUKI  1467-6204  14676204

BECK/ARNLEY  101-6352  1016352

BENDIX  042639B

BLUE PRINT  ADH28562

CTR  CLHO-63  CLHO63

DELPHI  TC2276

FAI AUTOPARTS  SS7099

FEBI BILSTEIN  29527

FENOX  LS11139

FIRST LINE  FDL7073

FLENNOR  FL0125-H  FL0125H

HERTH+BUSS JAKOPARTS  J4894034

KAGER  85-0795  850795

KAMOKA  9947366

KAVO PARTS  SLS-2042  SLS2042

LEMFORDER  35901 01  3590101

MALO  525041

MAPCO  51518HPS

METZGER  53026213

MEYLE  31-16 060 0042  31160600042

MOOG  HO-LS-7942  HOLS7942

MOOG  K750156

NIPPARTS  N4894026

OPTIMAL  G7-1236  G71236

QUINTON HAZELL  QLS3699S

RAYBESTOS  545-1767  5451767

RAYBESTOS  545-1767B  5451767B

SIDEM  47366

SPIDAN  50694

SWAG  85 92 9527  85929527

TRISCAN  8500 40634  850040634

TRW  JTS7641


Application, Suspension Parts for:

HONDA CR-V III (RE_) 2006/06-

HONDA (DONGFENG) CR-V 2004/06-2007/02

HONDA (DONGFENG) CR-V 2007/03-


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HONDA GUANGZHOU ACCORD VIII DONGFENG SPIRIOR Stabilizer Link OEM:52320-TA0-A01 K750153 SL-H075R CLHO-51 Mon, 17 Jan 2022 17:16:18 +0800 HONDA GUANGZHOU ACCORD VIII DONGFENG SPIRIOR Stabilizer Link OEM:52320-TA0-A01 K750153 SL-H075R CLHO-51


Description:

Rear Axle, Right


OEM No.

OE  52320-TA0-A01  52320TA0A01


Cross Reference

555  SL-H075R  SLH075R

555  SL-H075R-M  SLH075RM

A.B.S.  260726

ASHUKI  1467-4204  14674204

ASVA  0323-CURR  0323CURR

AYWIPARTS  AW1350339R

BENDIX  043358B

BLUE PRINT  ADH28570

BORG & BECK  BDL7238

COMLINE  CSL6032

CTR  CLHO-51  CLHO51

DELPHI  TC2372

DJ PARTS  DL1217

FAI AUTOPARTS  SS7394

FEBEST  0323-CURR  0323CURR

FEBI BILSTEIN  32603

FENOX  LS11130

FLENNOR  FL0239-H  FL0239H

FORMPART  3608040

HERTH+BUSS JAKOPARTS  J4894030

KAGER  85-0822  850822

KAMOKA  9947369

KAVO PARTS  SLS-2036  SLS2036

KAWE  FL0239-H  FL0239H

LYNXAUTO  C7360R

MAGNETI MARELLI  600000151220

MAPCO  51358HPS

MEYLE  31-16 060 0038  31160600038

MONROE  L40619

MOOG  HO-LS-10122  HOLS10122

MOOG  K750153

NIPPARTS  N4894024

NK  5112628

NPS  H405A41

OCAP  0583284

OPTIMAL  G7-1340  G71340

ORIGINAL IMPERIUM  70466

QUINTON HAZELL  QLS3777S

RAYBESTOS  545-1753  5451753

RIW  HN4039

SIDEM  47369

SPIDAN  50777

SWAG  85 93 2603  85932603

TALOSA  50-07799  5007799

TRISCAN  8500 40619  850040619

TRW  JTS7653

VAICO  V26-0110  V260110


Application, Suspension Parts for:

HONDA ACCORD VIII (CU) 2008/04-

HONDA ACCORD VIII Estate (CW) 2008/07-

HONDA (DONGFENG) SPIRIOR 2009/07-

HONDA (GUANGZHOU) ACCORD VIII 2008/01-2013/12


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HONDA DONGFENG CR-V Stabilizer Link OEM:52320-SWA-A01 K750151 SL-H025R CLHO-53 Mon, 17 Jan 2022 17:16:18 +0800 HONDA DONGFENG CR-V Stabilizer Link OEM:52320-SWA-A01 K750151 SL-H025R CLHO-53


Description:

Rear Axle, Right


OEM No.

OE  51320-SWA-A01  51320SWAA01

OE  52320-SWA-A01  52320SWAA01


Cross Reference

555  SL-H025R  SLH025R

555  SL-H025R-M  SLH025RM

A.B.S.  260601

ACDelco  45G20811

ASHUKI  1467-5204  14675204

BECK/ARNLEY  101-6351  1016351

BENDIX  042638B

BLUE PRINT  ADH28563

CTR  CLHO-53  CLHO53

DELPHI  TC2277

FAI AUTOPARTS  SS7100

FEBI BILSTEIN  29528

FENOX  LS11140

FIRST LINE  FDL7074

FLENNOR  FL0124-H  FL0124H

HERTH+BUSS JAKOPARTS  J4894035

KAGER  85-0796  850796

KAMOKA  9947367

KAVO PARTS  SLS-2043  SLS2043

LEMFORDER  35902 01  3590201

MALO  52504

MAPCO  51519HPS

METZGER  53026114

MEYLE  31-16 060 0041  31160600041

MOOG  HO-LS-7943  HOLS7943

MOOG  K750151

NIPPARTS  N4894025

OPTIMAL  G7-1235  G71235

QUINTON HAZELL  QLS3700S

RAYBESTOS  545-1768  5451768

RAYBESTOS  545-1768B  5451768B

SIDEM  47367

SPIDAN  50695

SWAG  85 92 9528  85929528

TRISCAN  8500 40633  850040633

TRW  JTS7640


Application, Suspension Parts for:

HONDA CR-V III (RE_) 2006/06-

HONDA (DONGFENG) CR-V 2004/06-2007/02

HONDA (DONGFENG) CR-V 2007/03-

HONDA CR-V 2007-2013


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HONDA DONGFENG CIVIC VIII Si FIT ACURA CSX ILX Stabilizer Link OEM:52321-SNA-A01 K750125 52320-SNA-A01 K750126 Mon, 17 Jan 2022 17:16:18 +0800 HONDA DONGFENG CIVIC VIII Si FIT ACURA CSX ILX Stabilizer Link OEM:52321-SNA-A01 K750125 52320-SNA-A01 K750126


Description:

Rear Axle, Left, Right

Thread Size : M 10 x 1.25 mm

Length : 74 mm


OEM No.

OE  52321-SNA-A01  52321SNAA01


OE  52320-SNA-A01  52320SNAA01


Cross Reference

555  SL-6385L  SL6385L

A.B.S.  260676

ACDelco  45G20678

BECK/ARNLEY  101-6390  1016390

CTR  CLHO-37  CLHO37

DELPHI  TC2305

FEBI BILSTEIN  28461

FIRST LINE  FDL7043

FLENNOR  FL0078-H  FL0078H

MOOG  HO-LS-7899  HOLS7899

MOOG  K750125

OPTIMAL  G7-1189  G71189

QUINTON HAZELL  QLS3720S

RAYBESTOS  545-1678  5451678

SIDEM  47362

SPIDAN  46963

SWAG  85 92 8461  85928461

TRW  18750125

TRW  JTS7631


555  SL-6385R  SL6385R

A.B.S.  260675

ACDelco  45G20679

BECK/ARNLEY  101-6391  1016391

CTR  CLHO-36  CLHO36

DELPHI  TC2306

FEBI BILSTEIN  28462

FIRST LINE  FDL7044

FLENNOR  FL0089-H  FL0089H

MOOG  HO-LS-7900  HOLS7900

MOOG  K750126

OPTIMAL  G7-1190  G71190

QUINTON HAZELL  QLS3721S

RAYBESTOS  545-1679  5451679

SIDEM  47363

SPIDAN  46964

SWAG  85 92 8462  85928462

TRW  18750126

TRW  JTS7632


Application, Suspension Parts for:

HONDA CIVIC VIII Hatchback (FN, FK) 2005/09-

HONDA CIVIC VIII Saloon (FD, FA) 2005/09-

HONDA (DONGFENG) CIVIC VIII 2006/04-

HONDA CIVIC FD1,FD3 2006-2013

HONDA CIVIC HYBRID 2006-2006

HONDA CIVIC Si 2006-2006

HONDA FIT 2013-2013

ACURA CSX 2006-2011

ACURA ILX 2013-2014


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HYUNDAI ELANTRA Saloon XD i30 Estate FD KIA PRO CEE'D Hatchback ED Stabilizer Link OEM:55530-1H000 K750102 101-5754 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ELANTRA Saloon XD i30 Estate FD KIA PRO CEE'D Hatchback ED Stabilizer Link OEM:55530-1H000 K750102 101-5754


Description:

Rear Axle


OEM No.

OE  55530-1H000  555301H000

OE  55530-1H100  555301H100

OE  55530-2H000  555302H000


Cross Reference

555  SLK-8095

A.B.S.  260658

ACDelco  45G20801

BECK/ARNLEY  101-5754  1015754

BENDIX  042655B

BLUE PRINT  ADG085118

BLUE PRINT  ADG085121

CTR  CLKH-31  CLKH31

DELPHI  TC1981

FAI AUTOPARTS  SS7056

FEBI BILSTEIN  31765

FIRST LINE  FDL7117

HERTH+BUSS JAKOPARTS  J4890313

KAVO PARTS  SLS-4030  SLS4030

LEMFORDER  35002 01  3500201

MAPCO  51242

METZGER  53028419

MEYLE  28-16 060 0029  28160600029

MONROE  L43628

MOOG  K750102

MOOG  KI-LS-7099  KILS7099

NIPPARTS  N4890316

OPTIMAL  G7-1259  G71259

QUINTON HAZELL  QLS3724S

RAYBESTOS  545-1774  5451774

SIDEM  81263

SPIDAN  50261

SWAG  90 93 1765  90931765

TRISCAN  8500 43628  850043628

TRW  18750102

TRW  JTS1199

VAICO  V52-0021  V520021


Application, Suspension Parts for:

HYUNDAI ELANTRA (XD) 2000/03-2006/08

HYUNDAI ELANTRA Saloon (XD) 2000/03-2006/09

HYUNDAI i30 (FD) 2007/10-2011/11

HYUNDAI i30 Estate (FD) 2007/10-2012/06

KIA CEE'D Hatchback (ED) 2006/12-2012/12

KIA CEE'D SW (ED) 2007/07-2012/12

KIA PRO CEE'D (ED) 2008/02-2013/02


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NISSAN 350Z Coupe Roadster Z33 INFINITI G35 V35 Stabilizer Link OEM:54668-AL501 K750101 SL-N180L Mon, 17 Jan 2022 17:16:18 +0800 NISSAN 350Z Coupe Roadster Z33 INFINITI G35 V35 Stabilizer Link OEM:54668-AL501 K750101 SL-N180L


Description:

Front Axle, Left, Right


OEM No.

OE  54668-AL501  54668AL501

OE  54668-AL502  54668AL502


Cross Reference

555  SL-N180L  SLN180L

BLUE PRINT  ADN18555C

HERTH+BUSS JAKOPARTS  J4961035

KAVO PARTS  SLS-6530  SLS6530

MOOG  K750101

RAYBESTOS  545-1346  5451346


Application, Suspension Parts for:

NISSAN 350 Z Coupe (Z33) 2002/09-2009/11

NISSAN 350 Z Roadster (Z33) 2003/10-2009/12

NISSAN 350Z Z33 2003-2009

INFINITI G35 V35 2003-2007


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NISSAN 350Z Coupe Z33 INFINITI EX35 EX37 G25 G35 G37 M35 M45 Stabilizer Link OEM:54668-EG01A K750044 54618-EG01A K750047 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN 350Z Coupe Z33 INFINITI EX35 EX37 G25 G35 G37 M35 M45 Stabilizer Link OEM:54668-EG01A K750044 54618-EG01A K750047


Description:

Rear Axle, Left, Right


OEM No.

OE  54668-AL510  54668AL510

OE  54668-AL511  54668AL511

OE  54668-CD000  54668CD000

OE  54668-CD001  54668CD001

OE  54668-EG010  54668EG010

OE  54668-EG011  54668EG011

OE  54668-EG01A  54668EG01A

OE  54668-EG01B  54668EG01B

OE  54668-EG02A  54668EG02A

OE  54668-EG02B  54668EG02B


OE  54618-AL510  54618AL510

OE  54618-AL511  54618AL511

OE  54618-EG010  54618EG010

OE  54618-EG01A  54618EG01A

OE  54618-EG02A  54618EG02A

OE  54618-EG03A  54618EG03A


Cross Reference

ACDelco  45G20657

BECK/ARNLEY  101-5687  1015687

BLUE PRINT  ADN18554C

MOOG  K750044

RAYBESTOS  545-1657  5451657

TRW  18750044


ACDelco  45G20658

BECK/ARNLEY  101-5273  1015273

BLUE PRINT  ADN18563C

MOOG  K750047

RAYBESTOS  545-1658  5451658

TRW  18750047


Application, Suspension Parts for:

NISSAN 350 Z Coupe (Z33) 2002/09-2009/11

NISSAN 350Z 2003-2009

NISSAN 370Z 2009-2013

INFINITI EX35 2008-2012

INFINITI EX37 2013-2013

INFINITI G25 2011-2012

INFINITI G35 2003-2008

INFINITI G37 2008-2013

INFINITI M35 2006-2010

INFINITI M45 2006-2010


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NISSAN ARMADA TA60 NP300 NAVARA D40 PATHFINDER III R51 INFINITI QX56 JA60 Stabilizer Link OEM:56261-EA510 K750037 56261-EA500 K750038 Mon, 17 Jan 2022 17:16:18 +0800 NISSAN ARMADA TA60 NP300 NAVARA D40 PATHFINDER III R51 INFINITI QX56 JA60 Stabilizer Link OEM:56261-EA510 K750037 56261-EA500 K750038


Description:

Rear Axle, Left, Right


OEM No.

OE  56261-7S011  562617S011

OE  56261-EA510  56261EA510


OE  56261-7S001  562617S001

OE  56261-EA500  56261EA500


Cross Reference

555 : SL-N285L

555 : SL-N285L-M

A.B.S.  260528

BLUE PRINT  ADN18597

CTR : CLN-67L

FEBI BILSTEIN  34716

FIRST LINE  FDL6847

HERTH+BUSS JAKOPARTS  J4891039

KAVO PARTS  SLS-6537  SLS6537

MEYLE  36-16 060 0003  36160600003

MOOG  K750037

MOOG  NI-LS-8421  NILS8421

QUINTON HAZELL  QLS3707S

RAYBESTOS  5451633  5451633

SIDEM  41360

SPIDAN  50182

SWAG  82 93 4716  82934716

TRISCAN  8500 14670  850014670

TRW  18750037


555 : SL-N285R

A.B.S.  260529

BLUE PRINT  ADN18598

CTR : CLN-33

FEBI BILSTEIN  34717

FIRST LINE  FDL6848

HERTH+BUSS JAKOPARTS  J4891040

KAVO PARTS  SLS-6538  SLS6538

MEYLE  36-16 060 0002  36160600002

MOOG  K750038

MOOG  NI-LS-8422  NILS8422

QUINTON HAZELL  QLS3708S

RAYBESTOS  5451634

SIDEM  41361

SPIDAN  50183

SWAG  82 93 4717  82934717

TRISCAN  8500 14669  850014669

TRW  18750038


Application, Suspension Parts for:

NISSAN ARMADA (TA60) 2003/08-2015/12

NISSAN NP300 NAVARA (D40) 2004/10-

NISSAN PATHFINDER III (R51) 2005/01-

NISSAN PATHFINDER R51 2005-2012

NISSAN ARMADA TA60 2005-2012

INFINITI QX56 JA60 2004-2010


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HYUNDAI ELANTRA Saloon i30 Estate KIA CEE'D Hatchback SW CERATO II FORTE OPTIMA RONDO Stabilizer Link OEM:54830-2H100 K750032 CLKH-30 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ELANTRA Saloon i30 Estate KIA CEE'D Hatchback SW CERATO II FORTE OPTIMA RONDO Stabilizer Link OEM:54830-2H100 K750032 CLKH-30


Description:

Front Axle


OEM No.

OE  54830-2H000  548302H000

OE  54830-2H100  548302H100

OE  54830-2H200  548302H200


Cross Reference

A.B.S.  260657

ACDelco  45G20553

CTR  CLKH-30  CLKH30

DELPHI  TC2152

FEBI BILSTEIN  31764

FIRST LINE  FDL7091

FRAP  3847

HERTH+BUSS JAKOPARTS  J4960526

KAVO PARTS  SLS-4029  SLS4029

LEMFORDER  35001 01  3500101

MAPCO  51241

MAPCO  51241HPS

METZGER  53028318

MEYLE  28-16 060 0028  28160600028

MONROE  L43627

MOOG  K750032

MOOG  KI-LS-7090  KILS7090

NIPPARTS  N4960319

NK  5113424

OCAP  0504072

OPTIMAL  G7-1258  G71258

QUINTON HAZELL  QLS3587S

RTS  97-08632  9708632

RUVILLE  918491

SIDEM  81262

SPIDAN  50258

SWAG  90 93 1764  90931764

TRISCAN  8500 43627  850043627

TRW  18750032

TRW  JTS1195


Application, Suspension Parts for:

HYUNDAI ELANTRA (XD) 2000/03-2006/08

HYUNDAI ELANTRA Saloon (HD) 2005/11-

HYUNDAI ELANTRA Saloon (XD) 2000/03-2006/09

HYUNDAI ELANTRA 2007-2012

HYUNDAI i30 (FD) 2007/10-2011/11

HYUNDAI i30 Estate (FD) 2007/10-2012/06

KIA CEE'D (JD) 2012/05-

KIA CEE'D Hatchback (ED) 2006/12-2012/12

KIA CEE'D SW (ED) 2007/07-2012/12

KIA CERATO II Saloon (TD) 2009/01-

KIA PRO CEE'D (ED) 2008/02-2013/02

KIA FORTE 2010-2013

KIA OPTIMA 2006-2010

KIA RONDO 2007-2010


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HYUNDAI ATOS PRIME COUPE ELANTRA MATRIX TIBURON KIA CERATO SPECTRA5 Stabilizer Link OEM:55530-29000 K750017 101-5377 CLKH-5 Mon, 17 Jan 2022 17:16:18 +0800 HYUNDAI ATOS PRIME COUPE ELANTRA MATRIX TIBURON KIA CERATO SPECTRA5 Stabilizer Link OEM:55530-29000 K750017 101-5377 CLKH-5


Description:

Rear Axle

Thread Size : M10x1.25 mm


OEM No.

OE  55530-17000  5553017000

OE  55530-17010  5553017010

OE  55530-29000  5553029000

OE  55530-29300  5553029300

OE  55530-29500  5553029500


Cross Reference

A.B.S.  260185

A.B.S.  260507

ACDelco  45G0201

ASHUKI  Y860-02  Y86002

BECK/ARNLEY  101-5377  1015377

BECK/ARNLEY  101-5378  1015378

BENDIX  042545B

BIRTH  BX0049

BLUE PRINT  ADG08502

BLUE PRINT  ADG08519

CTR  CLKH-5  CLKH5

CTR  CLKK-20  CLKK20

DELPHI  TC1200

DENCKERMANN  D140135

FEBI BILSTEIN  24922

FEBI BILSTEIN  33495

FIRST LINE  FDL6503

FIRST LINE  FDL6870

FLENNOR  FL687-H  FL687H

HERTH+BUSS JAKOPARTS  J4890312

HERTH+BUSS JAKOPARTS  J4890516

JAPANPARTS  TI-H91  TIH91

KAGER  85-0459  850459

KAGER  85-0463  850463

KAVO PARTS  SLS-3016  SLS3016

KAVO PARTS  SLS-3022  SLS3022

LEMFORDER  24689

LEMFORDER  24689 01  2468901

LEMFORDER  24689 02  2468902

MALO  52068

MAPCO  49254

MAPCO  49254HPS

METZGER  53028019

METZGER  53030319

MEVOTECH  MK750017

MEVOTECH  MK90132

MEVOTECH  MK90360

MEYLE  28-16 060 0015/HD  28160600015HD

MEYLE  37-16 060 0022/HD  37160600022HD

MONROE  L18617

MONROE  L43603

MOOG  HY-LS-2380  HYLS2380

MOOG  K750017

MOOG  K90132

MOOG  K90360

MOOG  KI-LS-7131  KILS7131

NIPPARTS  J4890312

NIPPARTS  J4890516

NK  5113405

NK  5113423

OCAP  0501575

OPTIMAL  G7-1124  G71124

OPTIMAL  G7-798  G7798

ORIGINAL IMPERIUM  70681

QUINTON HAZELL  QLS1822S

QUINTON HAZELL  QLS3714S

RAYBESTOS  5451201

RTS  97-98621  9798621

RUVILLE  918457

RUVILLE  918485

SIDEM  87066

SIDEM  87360

SPIDAN  46652

SPIDAN  57461

SWAG  90 92 4922  90924922

SWAG  90 93 3495  90933495

TRISCAN  8500 18617  850018617

TRISCAN  8500 43603  850043603

TRW  18236

TRW  18343

TRW  JTS520

TRW  JTS7522

VAICO  V52-0003  V520003


Application, Suspension Parts for:

HYUNDAI ATOS (MX) 1997/01-

HYUNDAI ATOS PRIME (MX) 1997/01-

HYUNDAI COUPE (GK) 2001/01-2009/11

HYUNDAI COUPE (RD) 1996/05-2002/04

HYUNDAI ELANTRA (XD) 2000/03-2006/08

HYUNDAI ELANTRA Saloon (XD) 2000/03-2006/09

HYUNDAI LANTRA II (J-2) 1995/06-2000/12

HYUNDAI LANTRA II Estate (J-2) 1995/06-2000/10

HYUNDAI MATRIX (FC) 2001/06-2010/08

HYUNDAI ELANTRA 1996-2006

HYUNDAI TIBURON 1997-2008

KIA CERATO Hatchback (LD) 2004/03-

KIA CERATO Saloon (LD) 2004/04-2009/12

KIA SPECTRA 2004-2009

KIA SPECTRA5 2005-2009


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ACURA MDX YD1 YD2 HONDA PILOT Stabilizer Link OEM:52325-S3V-003 K90716 52320-S3V-003 K90717 Mon, 17 Jan 2022 17:16:18 +0800 ACURA MDX YD1 YD2 HONDA PILOT Stabilizer Link OEM:52325-S3V-003 K90716 52320-S3V-003 K90717


Description:

Rear Axle, Left, Right


OEM No.

OE  52325-S3V-003  52325S3V003

OE  52325-S3V-013  52325S3V013

OE  52325-S3V-023  52325S3V023

OE  52325-STX-A01  52325STXA01

OE  52325-STX-A02  52325STXA02


OE  52320-S3V-003  52320S3V003

OE  52320-S3V-013  52320S3V013

OE  52320-S3V-023  52320S3V023

OE  52320-STX-A01  52320STXA01

OE  52320-STX-A02  52320STXA02


Cross Reference

555  SL-6415L  SL6415L

BLUE PRINT  ADH28586

CTR  CLHO-85L  CLHO85L

DYS  30-65329  3065329

FEBEST  0323-YF4RL  0323YF4RL

FEBI BILSTEIN  102323

GSP  S050970

KAVO PARTS  SLS-2089  SLS2089

KAVO PARTS  SLS-2090  SLS2090

MOOG  K90716

RAYBESTOS  545-1385  5451385

RIW  AC4006

STELLOX  56-00278A-SX  5600278ASX

SWAG  85 10 2323  85102323

TALOSA  50-02879  5002879

TRW  18445

VAICO  V26-0258  V260258


555  SL-6415R  SL6415R

BLUE PRINT  ADH28585

CTR  CLHO-85R  CLHO85R

DYS  30-65328  3065328

FEBEST  0323-YF4RR  0323YF4RR

FEBI BILSTEIN  102324

GSP  S050969

KAVO PARTS  SLS-2080  SLS2080

KAVO PARTS  SLS-2089  SLS2089

MOOG  K90717

RAYBESTOS  545-1386  5451386

RIW  AC4005

STELLOX  56-02137A-SX  5602137ASX

STELLOX  56-02137-SX  5602137SX

SWAG  85 10 2324  85102324

TALOSA  50-02878  5002878

TRW  18446

VAICO  V26-0259  V260259


Application, Suspension Parts for:

ACURA MDX (YD1) 2000/08-2006/04

ACURA MDX (YD2) 2006/04-

HONDA PILOT 2008/09-

ACURA MDX YD1,YD2 2001-2013

ACURA ZDX 2010-2013

HONDA PILOT YF1,YF2 2003-2012


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MITSUBISHI GALANT V Saloon VI Estate EA Stabilizer Link OEM:MB892981 K90670 SL-7750 CLM-6 Mon, 17 Jan 2022 17:16:18 +0800 MITSUBISHI GALANT V Saloon VI Estate EA Stabilizer Link OEM:MB892981 K90670 SL-7750 CLM-6


Description:

Front Axle

Length : 120 mm

Thread Size : 2xM10x1.25 mm


OEM No.

OE  4056A026

OE  MB892981


Cross Reference

555  SL-7750  SL7750

A.B.S.  260217

CTR  CLM-6  CLM6

DELPHI  TC1558

DENCKERMANN  D140045

FAI AUTOPARTS  SS2404

FLENNOR  FL580-H  FL580H

HERTH+BUSS JAKOPARTS  J4965010

KAGER  85-0102  850102

KAMOKA  9971060

KAVO PARTS  SLS-5504  SLS5504

KSP  4010056

LEMFORDER  29660

LEMFORDER  29660 01  2966001

MAPCO  59541

METZGER  53044718

METZGER  MI-2981  MI2981

MEYLE  32-16 060 0000  32160600000

MONROE  L42602

MOOG  K90670

MOOG  MI-LS-1615  MILS1615

NIPPARTS  J4965010

NK  5113007

OCAP  0501764

OPTIMAL  G7-691  G7691

QUINTON HAZELL  QLS3365S

RAYBESTOS  5451363

RUVILLE  917331

SIDEM  71060

SPIDAN  44108

TRISCAN  8500 42602  850042602

TRW  18411

TRW  JTS232

VAICO  V37-9559  V379559


Application, Suspension Parts for:

MITSUBISHI GALANT V (E5_A, E7_A, E8_A) 1992/11-1996/10

MITSUBISHI GALANT V Saloon (E5_A, E7_A, E8_A) 1992/11-1998/12

MITSUBISHI GALANT VI (EA_) 1996/09-2004/10

MITSUBISHI GALANT VI Estate (EA_) 1996/09-2003/10


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HONDA CR-V I II RD Stabilizer Link OEM:52320-S10-003 K90668 SL-6225R CLHO-12 Mon, 17 Jan 2022 17:16:18 +0800 HONDA CR-V I II RD Stabilizer Link OEM:52320-S10-003 K90668 SL-6225R CLHO-12


Description:

Rear Axle, Right


OEM No.

OE  52320-S10-003  52320S10003


Cross Reference

555  SL-6225R  SL6225R

CTR  CLHO-12  CLHO12

DELPHI  TC1351

FEBI BILSTEIN  28046

FIRST LINE  FDL6638

FLENNOR  FL745-H  FL745H

KAGER  85-0410  850410

MAPCO  49268

MAPCO  49268HPS

METZGER  53023114

MEYLE  31-16 060 0018  31160600018

MOOG  AMGK90668

MOOG  HO-LS-4192  HOLS4192

MOOG  K90668

NIPPARTS  J4894010

OPTIMAL  G7-856  G7856

QUINTON HAZELL  QLS3358S

RAYBESTOS  5451246

SIDEM  47263

SPIDAN  46623

SWAG  85 92 8046  85928046

TRISCAN  8500 40611  850040611

TRW  18409

TRW  JTS7550

VAICO  V26-9554  V269554


Application, Suspension Parts for:

HONDA CR-V I (RD) 1995/10-2002/07

HONDA CR-V II (RD_) 2001/09-2007/03


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HONDA ACCORD VII Tourer Stabilizer Link OEM:51321-SEA-E01 K90456 SL-6310L Mon, 17 Jan 2022 17:16:18 +0800 HONDA ACCORD VII Tourer Stabilizer Link OEM:51321-SEA-E01 K90456 SL-6310L


Description:

Front Axle, Left


OEM No.

OE  51321-SDA-A04  51321SDAA04

OE  51321-SEA-E01  51321SEAE01


Cross Reference

555  SL-6310L&