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 Tue, 01 Dec 2020 09:38:19 +0800 zh-CN hourly 1 https://www.s-cms.cn/?v=4.7.5 BRAKE PADS LIST INDEX Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800

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Company Profile Tue, 01 Dec 2020 09:38:19 +0800 Plants-brake pad automatic production line to advance brake pads performance

 


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Overview Tue, 01 Dec 2020 09:38:19 +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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We manufacture various kinds casting parts, Counterweights of Forklift Dumper, brake drums, Robot accessories etc Tue, 01 Dec 2020 09:38:19 +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 212265180@qq.com


CounterweightCounterweight

Counterweight

Counterweight

brake drums

brake drums Dexter


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We anufacture various kinds casting parts, Counterweights, brake drums etc Tue, 01 Dec 2020 09:38:19 +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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QQ图片20200503083811 11.jpg

QQ图片20200503083815 11.jpg

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The 127th Canton Fair online Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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) Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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 ? Tue, 01 Dec 2020 09:38:19 +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 ExHave a tFinishencyed 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 ExHave a tFinishencyed 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 ExHave a tFinishencyedest 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 a tFinishency 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 Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800




11 – 15 September 2018 Frankfurt am Main


Automechanika Frankfurt



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 ? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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) Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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... Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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" Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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) Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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! Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800 brake pad automatic production line to advance brake pads performance]]> How to know the car jitter is caused by what problem? Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +0800 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 Tue, 01 Dec 2020 09:38:19 +0800 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 Tue, 01 Dec 2020 09:38:19 +0800
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.

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Causing the brake pads abnormal sound in several cases Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800 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 ah? Brake effect is good ah?
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 Tue, 01 Dec 2020 09:38:19 +0800 2017/02/13 09:36:01

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.


Discuss Board

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Understanding of Friction Performance of Brake pads Tue, 01 Dec 2020 09:38:19 +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? Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800 Happy Rooster Year ! 


 "特朗普鸡"中国蹿红

 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。

Don't be a chicken!不要胆怯!


短 语


chicken out

英语中的chicken总是和胆小畏缩相关。chicken out是临阵脱逃、因胆小而放弃的意思。

句:The band couldn't perform because the singer chickened out backstage.

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:梅邀请所有女朋友参加她周五晚上的婚前派对。


hen-pecked man

被母鸡啄的男人,也就是受老婆虐待的或怕老婆的男人,妻管严的意思。

例句:The hen-pecked man was on tenterhooks when his wife scolded her way into the room.

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:作为一名画家,她瞧不起传统画法。


cock up

把......弄糟

例句:They completely cocked up the arrangements for our holiday.

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

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

编辑/翻译:J。图片源自网络。


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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +0800 tools


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 ! Tue, 01 Dec 2020 09:38:19 +0800 ]]> How To Find a Manufacturer or Supplier for Your Products Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 Tue, 01 Dec 2020 09:38:19 +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 ? Tue, 01 Dec 2020 09:38:19 +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 ? Tue, 01 Dec 2020 09:38:19 +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 ! Tue, 01 Dec 2020 09:38:19 +0800 How to change the brake pads of your car !

(from ElctroBoom)


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HONDA ACCORD ODYSSEY ISUZU OASIS ACURA CL Tie Rod End OEM:5-86205-639-0 45A0635 SE6211R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD 2.2L L4 1990

HONDA ACCORD 2.3L L4 1998

HONDA ACCORD 2.3L L4 SOHC 2000

HONDA ACCORD 2.7L V6 1995

HONDA ACCORD 3.0L V6 1998

HONDA ODYSSEY 2.2L L4 1995 

HONDA ODYSSEY 2.3L L4 1998

ISUZU OASIS 2.2L L4 1996

ISUZU OASIS 2.3L L4 1998

ACURA CL 2.2L L4 1997

ACURA 2.3L L4 1998

ACURA 3.0L V6 1997

ACURA 3.2L V6 2001 

ACURA TL 3.2L V6 1999 2000 2001 2002 2003


HONDA ACCORD ODYSSEY ISUZU OASIS ACURA CL Tie Rod End OEM:5-86205-639-0 45A0635 SE6211R


OEM No.

HONDA 53540-SX0-003

HONDA 53540-S84-A01

HONDA 53540-SV4-013

ISUZU 5-86203-253-0

ISUZU 5-86205-639-0


Cross Reference

ACDELCO  45A0635

ALTROM  SE6211R

AUTOPART  70999

DEEZA  ACT612

DEEZA  ACT622

IMC  53540S84A01

IMC  43921034


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HONDA ACCORD ODYSSEY ISUZU OASIS ACURA CL Tie Rod End OEM:5-86203-256-0 45A0636 SE6211L JTE306 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD 2.2L L4 1990

HONDA ACCORD 2.3L L4 1998

HONDA ACCORD 2.3L L4 SOHC 2000

HONDA ACCORD 2.7L V6 1995

HONDA ACCORD 3.0L V6 1998

HONDA ODYSSEY 2.2L L4 1995 

HONDA ODYSSEY 2.3L L4 1998

ISUZU OASIS 2.2L L4 1996

ISUZU OASIS 2.3L L4 1998

ACURA CL 2.2L L4 1997

ACURA 2.3L L4 1998

ACURA 3.0L V6 1997

ACURA 3.2L V6 2001 

ACURA TL 3.2L V6 1999 2000 2001 2002 2003


HONDA ACCORD ODYSSEY ISUZU OASIS ACURA CL Tie Rod End OEM:5-86203-256-0 45A0636 SE6211L JTE306


OEM No.

HONDA  53560-SV4-013

HONDA  53560-SX0-003

HONDA  53560-S84-A01

ISUZU  5-86203-256-0

ISUZU  5-86205-640-0


Cross Reference

ACDELCO  45A0636

ALTROM  1002923

ALTROM  SE6211L

AUTOPART  71000

DEEZA  ACT610

DEEZA  ACT624

IMC  53560S84A01

TRW  JTE306


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NISSAN NP300 PICKUP Center Link Rod OEM:D8560-VK90A SC-4835 NI-DL-4948 JTY7510 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN NP300 PICKUP (D22) 2008/04-

NISSAN PICK UP (D22) 1997/01-


NISSAN NP300 PICKUP Center Link Rod OEM:D8560-VK90A SC-4835 NI-DL-4948 JTY7510



OEM No.

NISSAN  48560-2S625  485602S625

NISSAN  48560-3S525  485603S525

NISSAN  48560-3S500  485603S500

NISSAN  D8560-VK90A  D8560VK90A



Cross Reference

555  SC-4835  SC4835

ASHIKA  27-01-115  2701115

BLUE PRINT  ADN187134

DITAS  A2-5601

DJ PARTS  DC1003

FEBEST : 0222-D22

FEBI BILSTEIN  42700

JAPANPARTS  CR-115  CR115

JAPKO  27115

KAGER  41-0984

MDR  MRB-8115  MRB8115

MOOG  NI-DL-4948  NIDL4948

OCAP  0503118

PARAUT  RRA-134  RRA134

SWAG  82 94 2700

TRW  JTY7510

YAMATO  I31035YMT


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NISSAN PATROL GR V Wagon (Y61) Center Link Rod OEM:D8680-VS41A CR-112 0222-Y61 N4811021 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN PATROL GR V Wagon (Y61) 1997/06-


NISSAN PATROL GR V Wagon (Y61) Center Link Rod OEM:D8680-VS41A CR-112 0222-Y61 N4811021



OEM No.

NISSAN  48680-VB025  48680VB025

NISSAN  48680-VC026  48680VC026

NISSAN  D8680-VS41A  D8680VS41A


Cross Reference

ASHIKA : 27-01-112

FEBEST : 0222-Y61

JAPANPARTS : CR-112

NIPPARTS : N4811021

HERTH+BUSS JAKOPARTS  J4811025

SIDEM  41020

SPIDAN  58463


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NISSAN PICK UP (D21) Center Link Rod OEM:48560-31G26 SC-4685 0222-R20 JTY153 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN PICK UP (D21) 1985/09-2008/12


NISSAN PICK UP (D21) Center Link Rod OEM:48560-31G26 SC-4685 0222-R20 JTY153



OEM No.

NISSAN  48560-31G25  4856031G25

NISSAN  48560-31G26  4856031G26

NISSAN  48560-0F000  485600F000


Cross Reference

555  SC-4685  SC4685

FEBEST : 0222-R20

FEBI BILSTEIN : 42699

JC  I31015

JC  I31015JC

KAGER  41-0971  410971

NT  01-211-026M  01211026M

PARAUT  RRA005

TRW : JTY153


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KIA SORENTO I Steering Shaft OEM:56400-3E010 ASK-SORSS I40301YMT Tue, 01 Dec 2020 09:38:20 +0800 Application:

KIA SORENTO I (JC) 2.4 2002-

KIA SORENTO I (JC) 2.5 CRDi 2002-

KIA SORENTO I (JC) 2.5 CRDi 2006-

KIA SORENTO I (JC) 2.5 CRDi 2006-

KIA SORENTO I (JC) 2.5 CRDi 2006-

KIA SORENTO I (JC) 2.5 CRDi 4WD 2006-2011

KIA SORENTO I (JC) 3.3 2007-2008

KIA SORENTO I (JC) 3.3 4WD 2008-2009

KIA SORENTO I (JC) 3.3 V6 2006-

KIA SORENTO I (JC) 3.3 V6 4WD 2007-


KIA SORENTO I Steering Shaft OEM:56400-3E010 ASK-SORSS I40301YMT



OEM No.

HYUNDAI : 56400-3E000

HYUNDAI : 56400-3E010

KIA : 56400-3E010


Cross Reference

FEBEST : ASK-SORSS

YAMATO : I40301YMT


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NISSAN PATROL GR V Wagon (Y1) Center Link Rod OEM:48680-VC025 CR-118 N4811023 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN PATROL GR V Wagon (Y61) 1997/06-


NISSAN PATROL GR V Wagon (Y1) Center Link Rod OEM:48680-VC025 CR-118 N4811023


OEM No.

NISSAN  48680-VC025  48680VC025

NISSAN  48680-VC027  48680VC027

NISSAN  48680-VD125  48680VD125

NISSAN  48680-VD126  48680VD126

NISSAN  D8680-VS42A  D8680VS42A


Cross Reference

ASHIKA : 27-01-118

ASHUKI : N862-89

HERTH+BUSS JAKOPARTS  J4811026

JAPANPARTS : CR-118

NIPPARTS : N4811023


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NISSAN CABSTAR Tie Rod End OEM:48680-2T025 0221-F23 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN CABSTAR (F23, H41, H42) 2.0 1992-1994

NISSAN CABSTAR (F23, H41, H42) 2.5 D 1992-2000


NISSAN CABSTAR Tie Rod End OEM:48680-2T025 0221-F23


OEM No.

NISSAN : 48680-2T000

NISSAN : 48680-2T025


Cross Reference

ASVA : 0221-F23

BLUE PRINT : ADN187143

FEBEST : 0221-F23

FEBI BILSTEIN : 42706

NPS : N410N143

SWAG : 82 94 2706


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TOYOTA RAV 4 III Steering Shaft OEM:45260-42090 AST-ACA30 QF01E00024 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA RAV 4 III (_A3_) 2.0 (ZSA35_) 2008-2013

TOYOTA RAV 4 III (_A3_) 2.0 4WD (ACA30_) 2006-2013

TOYOTA RAV 4 III (_A3_) 2.0 4WD (ZSA30_) 2008-2013

TOYOTA RAV 4 III (_A3_) 2.2 D (ALA35_) 2008-2013

TOYOTA RAV 4 III (_A3_) 2.2 D 4WD (ALA30_) 2006-2012

TOYOTA RAV 4 III (_A3_) 2.2 D 4WD (ALA30_) 2006-2013

TOYOTA RAV 4 III (_A3_) 2.2 D 4WD (ALA30_) 2008-2013

TOYOTA RAV 4 III (_A3_) 2.4 4WD (ACR38, ACA31, ACA33) 2005-2013

TOYOTA RAV 4 III (_A3_) 3.5 4WD (GSA33) 2005-2012


TOYOTA RAV 4 III Steering Shaft OEM:45260-42090 AST-ACA30 QF01E00024



OEM No.

TOYOTA : 45260-42090


Cross Reference

FEBEST : AST-ACA30

OSSCA : 24373

QUATTRO FRENI : QF01E00024

TRICLO : 726221


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TOYOTA LAND CRUISER PRADO Steering Shaft OEM:45220-60140 AST-LC120 QF01E00022 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA LAND CRUISER PRADO (_J12_) 2.7 (TRJ12) 2003-2009

TOYOTA LAND CRUISER PRADO (_J12_) 2.7 (TRJ125) 2002-2004

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D 2002-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D (KDJ120, KZJ120) 2003-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D (KZJ120_) 2005-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D-4D (KDJ120, KDJ125) 2002-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D-4D (KDJ120, KDJ125) 2002-2010

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D-4D (KDJ120, KDJ125) 2004-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D-4D (KDJ120_) 2004-2009

TOYOTA LAND CRUISER PRADO (_J12_) 3.0 D-4D (KZJ12) 2002-2009


TOYOTA LAND CRUISER PRADO Steering Shaft OEM:45220-60140 AST-LC120 QF01E00022



OEM No.

TOYOTA : 45220-60140


Cross Reference

FEBEST : AST-LC120

QUATTRO FRENI : QF01E00022

TRICLO : 726222


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TOYOTA HARRIER LEXUS RX Steering Shaft OEM:45202-48010 AST-MCU15 Tue, 01 Dec 2020 09:38:20 +0800 Application:

LEXUS RX (MCU15) 300 AWD 2000-2003

LEXUS RX (MCU15) 300 AWD (MCU15_) 1998-2003

TOYOTA HARRIER (_U1_) 3.0 4WD (MCU15) 1998-2003


TOYOTA HARRIER LEXUS RX Steering Shaft OEM:45202-48010 AST-MCU15



OEM No.

TOYOTA : 45202-48010


Cross Reference

FEBEST : AST-MCU15

QUATTRO FRENI : QF01E00021


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SUZUKI SX4 RW415/RW416/RW419/RW420 AXLE HALF SHAFT RIGHT OEM:27800-79J31 0712-SX4R Tue, 01 Dec 2020 09:38:20 +0800 Application:

SUZUKI SX4 RW415/RW416/RW419/RW420 2006-2013 


SUZUKI SX4 RW415/RW416/RW419/RW420 AXLE HALF SHAFT RIGHT OEM:27800-79J31 0712-SX4R


Description:

Right Shaft 22X302X26


OEM No.

SUZUKI : 27800-79J30

SUZUKI : 27800-79J31

SUZUKI : 27800-79J31-000


Cross Reference

FEBEST : 0712-SX4R


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CADILLAC ESCALADE Crew Cab Pickup CHEVROLET AVALANCHE EXPRESS Box Bus TAHOE GMC SIERRA Control Arm OEM:12475479 15047209 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CADILLAC ESCALADE 1998/10-2006/10

CADILLAC ESCALADE Crew Cab Pickup 2001/09-2006/12

CHEVROLET AVALANCHE 2000/10-2006/09

CHEVROLET EXPRESS 1500 Standard Cargo Van 2002/09-

CHEVROLET EXPRESS 1500 Standard Passenger Van 2002/09-

CHEVROLET EXPRESS Box 2003/01-

CHEVROLET EXPRESS Bus 2003/01-

CHEVROLET TAHOE (B2W) 1999/12-2006/12

GMC SIERRA 1996/05-2007/12

GMC SIERRA Extended Cab Pickup 1998/10-2007/12


CADILLAC ESCALADE Crew Cab Pickup CHEVROLET AVALANCHE EXPRESS Box Bus TAHOE GMC SIERRA Control Arm OEM:12475479 15047209


Description:

Front Axle, Left, Lower


OEM No.

CADILLAC : 12472817

CADILLAC : 12475479

CADILLAC : 15047209

CADILLAC : RK620381

CHEVROLET : 12472817

CHEVROLET : 12475479

CHEVROLET : 15047209

CHEVROLET : RK620381

GMC : 12472817

GMC : 12475479

GMC : 15047209

GMC : RK620381


Cross Reference

DORMAN  520-127  520127

DYS  20-16652-2  20166522

RTS  96-16541-2  96165412

TALOSA  40-05505  4005505


]]>
FORD FIESTA V FUSION MAZDA 2 Axial Rod OEM:4472940 FD-AX-2258 JAR978 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD FIESTA V (JH_, JD_) 2001/11-2010/03

FORD FUSION (JU_) 2002/08-2012/12

MAZDA 2 (DY) 2003/02-2007/06


FORD FIESTA V FUSION MAZDA 2 Axial Rod OEM:4472940 FD-AX-2258 JAR978



OEM No.

FORD  2S6C-3280-KA  2S6C3280KA

FORD  2S6C-3280-KB  2S6C3280KB

FORD  4 342 539  4342539

FORD  4 472 940  4472940

MAZDA  DE90-32-240  DE9032240


Cross Reference

3RG  34079

A.B.S.  240382

BENDIX  040994B

BIRTH  AX0018

DELPHI  TA1897

DJ PARTS  DR1119

FAI AUTOPARTS  SS2249

FEBI BILSTEIN  22767

FIRST LINE  FTR5022

FIRST LINE  FTR5022K

FLENNOR  FL0018-C  FL0018C

FORMPART  1507041

FORTUNE LINE  FZ2171

G.U.D  GSP101037

JAPANPARTS  RD-327  RD327

JAPKO  103327

JP GROUP  1544501100

JP GROUP  1544501109

KAGER  41-0538

KAMOKA  993119

KAVO PARTS  STR-4501

KAVO PARTS  STR-4552

KAWE  FL0018-C

KRAFT AUTOMOTIVE  4302038

KSP  5002001

LEMFORDER  26002

LEMFORDER  26002 01

MAPCO  59663

METZGER  51012708

MEYLE  716 031 0008

MGA  DR5723

MONROE  L16213

MOOG  FD-AX-2258  FDAX2258

NIPPARTS  N4843060

OPTIMAL  G2-1129  G21129

PEX  12.06.197

QUINTON HAZELL  QR3292S

TRW  JAR978


]]>
FORD MONDEO III Saloon Turnier MONDEO Axial Rod OEM:4111327 FD-AX-0470 JAR941 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD MONDEO III (B5Y) 2000/10-2007/03

FORD MONDEO III Saloon (B4Y) 2000/10-2007/09

FORD MONDEO III Turnier (BWY) 2000/10-2007/03

FORD (CHANGAN) MONDEO 2003/05-2007/12


FORD MONDEO III Saloon Turnier MONDEO Axial Rod OEM:4111327 FD-AX-0470 JAR941


Description:

Front Axle

Length : 356 mm


OEM No.

FORD  1S7C 3280 BB  1S7C3280BB

FORD  4 111 327  4111327


Cross Reference

A.B.S.  240085

BIRTH  AX0036

BOSAL  101-417

DELPHI  TA1813

FEBI BILSTEIN  19879

JP GROUP  SS9106

KAGER  41-0148

LEMFORDER  28964

LEMFORDER  28964 02

MAPCO  59666

METZGER  FO-310  FO310

MEYLE  716 031 0009

MOOG  FD-AX-0470  FDAX0470

NK  5032544

NK  5032558

OCAP  0601772

PEX  12.06.225

QUINTON HAZELL  QR3269S

TRW  JAR941


]]>
FORD TRANSIT Box Bus Platform/Chassis TOURNEO Axial Rod OEM:4059923 4059924 FD-AX-2527 FD-AX-2526 JAR1053 JAR1052 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD TRANSIT Box (E_ _) 1994/06-2000/07

FORD TRANSIT Box (FA_ _) 2000/01-2006/05

FORD TRANSIT Box (FA_ _) 2006/04-

FORD TRANSIT Bus (E_ _) 1994/06-2000/07

FORD TRANSIT Bus (FD_ _, FB_ _, FS_ _, FZ_ _, FC_ _) 2000/01-2006/05

FORD TRANSIT Bus (FD_ _, FB_ _, FS_ _, FZ_ _, FC_ _) 2006/04-

FORD TRANSIT Platform/Chassis (E_ _) 1994/08-2000/07

FORD TRANSIT Platform/Chassis (FM_ _, FN_ _) 2000/01-2006/05

FORD TRANSIT Platform/Chassis (FM_ _, FN_ _) 2006/04-2014/08

FORD TRANSIT TOURNEO 2006/07-2014/08


FORD TRANSIT Box Bus Platform/Chassis TOURNEO Axial Rod OEM:4059923 4059924 FD-AX-2527 FD-AX-2526 JAR1053 JAR1052


Description:

Front Axle, Left, Right

Thread Size : M16x1.5 mm

Length : 383 mm


OEM No.

FORD  1370709

FORD  4059923

FORD  4602028

FORD  6C113L519AA

FORD  YC153L519AA

FORD  YC153L519AB


FORD  1370710

FORD  4059924

FORD  4577976

FORD  6C113L519BA

FORD  YC153L519BA

FORD  YC153L519BB



Cross Reference

A.B.S.  240337

ASAM  70534

BIRTH  AX0013

DELPHI  TA1809

FEBI BILSTEIN  22469

FIRST LINE  FTR5064

JP GROUP  SS2117

KAGER  41-0541

LEMFORDER  27599

LEMFORDER  27599 01

MAPCO  59641

MAXGEAR  69-0368

METZGER  51013511

MEYLE  716 031 0000

MONROE  L16220

MOOG  FD-AX-2527  FDAX2527

NK  5032563

OCAP  0693868

OPTIMAL  G2-1071

PEX  12.06.229

QUINTON HAZELL  QR3285S

RTS  92-00693

TRW  JAR1053

TRW  JAR942


A.B.S.  240338

ASAM  70535

BIRTH  AX0038

DELPHI  TA1810

FEBI BILSTEIN  22470

FIRST LINE  FTR5065

FLENNOR  FL782-C FL782C

JP GROUP  SS2116

KAGER  41-0834

LEMFORDER  27600

LEMFORDER  27600 01

MAPCO  59642

MAXGEAR  69-0367

METZGER  51013412

MEYLE  716 031 0001

MONROE  L16219

MOOG  FD-AX-2526  FDAX2526

NK  5032564

OCAP  0683868

OPTIMAL  G2-893

PEX  12.06.230

QUINTON HAZELL  QR3286S

RTS  92-00694

TRW  JAR1052

TRW  JAR943


]]>
OPEL VECTRA B Saloon VAUXHALL VECTRA (B) Hatchback SAAB 9-5 Estate Axial Rod OEM:1603206 ES800388 OP-AX-5581 JAR129 Tue, 01 Dec 2020 09:38:20 +0800 Application:

OPEL VECTRA B (J96) 1995/09-2002/07

OPEL VECTRA B Estate (J96) 1996/11-2003/07

OPEL VECTRA B Hatchback (J96) 1995/10-2003/07

SAAB 9-5 (YS3E) 1997/09-2009/12

SAAB 9-5 Estate (YS3E) 1998/10-2009/12

VAUXHALL VECTRA (B) Estate (J96) 1995/08-2002/03

VAUXHALL VECTRA (B) Hatchback (J96) 1995/08-2003/07

VAUXHALL VECTRA (B) Saloon (J96) 1995/08-2002/03


OPEL VECTRA B Saloon VAUXHALL VECTRA (B) Hatchback SAAB 9-5 Estate Axial Rod OEM:1603206 ES800388 OP-AX-5581 JAR129


Description:

Front Axle

Thread Size 1 : M16X1.5 mm

Thread Size 2 : M14X1.5 mm


OEM No.

OPEL : 1603 198

OPEL : 1603206

OPEL : 324186

OPEL : 90498181

OPEL : 90540319

SAAB : 4836557

SAAB : 5233424

VAUXHALL : 90498181

VAUXHALL : 90540319


Cross Reference

A.B.S.  240205

BENDIX  040865B

BIRTH  AX1691

DELPHI  TA1634

DENCKERMANN  D180004

FEBI BILSTEIN  17778

FIRST LINE  FTR4603

FLENNOR FL968-C  FL968C

KAGER  41-0050

KAMOKA 999611

LEMFORDER  14706

LEMFORDER  14706 02

MAPCO  19628

MASTER-SPORT  14706-PCS-MS  14706PCSMS

MEYLE  616 030 5581

MONROE  L24214

MOOG  EV800388

MOOG  OP-AX-5581  OPAX5581

NAKATA  N92011

NK  5033647

OCAP  0601691

OPTIMAL  G2-079  G2079

PEX  12.06.104

QUINTON HAZELL  QR2928S

RTS  92-05677

RUVILLE  915354

SIDEM  9611

SPIDAN  50357

SWAG  40 74 0002

TOPRAN  200 393

TRISCAN  8500 65207

TRW  ES800388

TRW  JAR129


]]>
OPEL MERIVA A MPV VAUXHALL MERIVA Mk I Axial Rod OEM:1603016 OP-AX-1894 JAR1008 Tue, 01 Dec 2020 09:38:20 +0800 Application:

OPEL MERIVA A MPV (X03) 2003/05-2010/05

VAUXHALL MERIVA Mk I (A) (X03) 2003/01-2010/06


OPEL MERIVA A MPV VAUXHALL MERIVA Mk I Axial Rod OEM:1603016 OP-AX-1894 JAR1008


Description:

Front Axle, Inner

Thread Size : M14x1.5 mm

Length : 333 mm


OEM No.

OPEL : 16 03 016

OPEL : 16 03 429

OPEL : 26110429

OPEL : 93192416

VAUXHALL : 16 03 016

VAUXHALL : 16 03 429

VAUXHALL : 26110429

VAUXHALL : 93192416


Cross Reference

A.B.S.  240468

BIRTH  AX6967

BORG & BECK  BTR5235

DELPHI  TA1904

FAI AUTOPARTS  SS4204

FEBI BILSTEIN  23227

FIRST LINE  FTR5235

KAGER  41-0735  410735

LEMFORDER  31176 01

LEMFORDER  31176 02

MAPCO  59787

METZGER  51003018

METZGER  81003018

MEYLE  616 031 0015

MOOG  OP-AX-1894  OPAX1894

NK  5033666

OPTIMAL  G2-1053  G21053

QUINTON HAZELL  QR3393S

RUVILLE  915393

SIDEM  9015

SPIDAN  57689

SWAG  40 92 3228

TRW  JAR1008


]]>
OPEL CORSA C Box Axial Rod OEM:1603008 AX0040 TA2029 Tue, 01 Dec 2020 09:38:20 +0800 Application:

OPEL CORSA C (X01) 2000/09-2009/12

OPEL CORSA C Box (X01) 2000/09-2012/12


OPEL CORSA C Box Axial Rod OEM:1603008 AX0040 TA2029


Description:

Front Axle, left and right

Length 316 mm

Thread size

M 14x1.5 mm

M 12x1.5 mm


OEM No.

OPEL  1603 008  1603008

OPEL  26 087 867  26087867


Cross Reference

A.B.S.  240201

BIRTH  AX0040

DELPHI  TA2029

FEBI BILSTEIN  19545

FLENNOR  FL836-C  FL836C

LEMFORDER  29938

LEMFORDER  29938 01

MAPCO  19810

MEYLE  616 031 0001

NK  5033661

OCAP  0601883

OCAP  0601883-K

OPTIMAL  G2-947

PEX  12.06.235

QUINTON HAZELL  QR3281S

RUVILLE  915379

SWAG  40 91 9545

TRISCAN  8500 24221


]]>
FORD FOCUS II Convertible Saloon Turnier Axial Rod OEM:1377655 FD-AX-4851 JAR1024 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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 FOCUS II Convertible Saloon Turnier Axial Rod OEM:1377655 FD-AX-4851 JAR1024


Description:

Front Axle

Thread size 1 : M16x1.5 mm

Thread size 2 : M14x1.5 mm


OEM No.

FORD  1 317 453  1317453

FORD  1 377 655  1377655

FORD  4M51-3L519-AA  4M513L519AA

FORD  4M51-3L519-AB  4M513L519AB


Cross Reference

A.B.S.  240444

BENDIX  040924 B

DELPHI  TA2093

FEBI BILSTEIN  28541

FLENNOR  FL0943-C  FL0943C

LEMFORDER  30915

LEMFORDER  30915 01

METZGER  51013218

MEYLE  716031 0007

MONROE L16217

MOOG  FD-AX-4851  FDAX4851

OCAP  0604286

OPTIMAL  G2-1054

QUINTON HAZELL  QR3422S

RTS  92-90619

SASIC  9006838

TRW  JAR1024


]]>
CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Axial Rod OEM:4018-A4 FI-AX-7528 JAR499 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CITROEN JUMPER Box (230L) 1994/02-2002/04

CITROEN JUMPER Bus (230P) 1994/02-2002/04

CITROEN JUMPER Platform/Chassis (230) 1994/03-2002/04

FIAT DUCATO Box (230_) 1994/03-2005/05

FIAT DUCATO Bus (230) 1994/03-2002/04

FIAT DUCATO Platform/Chassis (230) 1994/03-2002/04

PEUGEOT BOXER Box (230L) 1994/03-2003/06

PEUGEOT BOXER Bus (230P) 1994/03-2002/04

PEUGEOT BOXER Platform/Chassis (ZCT_) 1994/03-2002/04


CITROEN JUMPER Box FIAT DUCATO Bus PEUGEOT BOXER Platform/Chassis Axial Rod OEM:4018-A4 FI-AX-7528 JAR499


Description:

Front Axle

Thread size 1 : M16x1.5 mm

Thread size 2 : M16x1.5 mm

Right hand thread

Length : 328.5 mm


OEM No.

CITROEN/PEUGEOT  4006.24  400624

CITROEN/PEUGEOT  4018.A4  4018A4

FIAT  9945836

FIAT  1471 654 080  1471654080


Cross Reference

A.B.S.  240038

BIRTH  AX1139

DELPHI  TA1785

FEBI BILSTEIN  12025

FLENNOR  FL098-C  FL098C

KAGER  41-0610  410610

LEMFORDER  25108

LEMFORDER  25108 01

LEMFORDER  25108 02

LEMFORDER  37063 01

MAPCO  19458

METZGER  M-702  M702

MEYLE  11-16 030 7528  11160307528

MOOG  FI-AX-7528  FIAX7528

NAKATA  N96012

NK  5031919

OCAP  0601139

OPTIMAL  G2-109  G2109

PEX  12.06.088  1206088

QUINTON HAZELL  QR2859S

TRW  JAR499


]]>
ALPINA B3 Convertible B8 Coupe BMW 3 Compact Z3 Roadster Axial Rod OEM:321-111-36-133 EV331 ES3206 Tue, 01 Dec 2020 09:38:20 +0800 Application:

ALPINA B3 (E36) 1993/04-1999/05

ALPINA B3 Convertible (E36) 1993/04-1999/03

ALPINA B3 Coupe (E36) 1996/04-1999/03

ALPINA B3 Estate (E36) 1993/04-1999/03

ALPINA B6 (E36) 1992/03-1993/07

ALPINA B7 Coupe (E24) 1978/12-1988/06

ALPINA B8 (E36) 1995/01-1998/03

ALPINA B8 Convertible (E36) 1995/01-1998/03

ALPINA B8 Coupe (E36) 1995/01-1998/03

ALPINA B8 Estate (E36) 1995/01-1998/03

ALPINA B9 Coupe (E24) 1982/07-1985/12

BMW 3 (E36) 1990/09-1998/02

BMW 3 Compact (E36) 1994/03-2000/08

BMW 3 Convertible (E36) 1993/03-1999/04

BMW 3 Coupe (E36) 1991/09-1999/04

BMW 3 Touring (E36) 1994/08-1999/12

BMW Z3 Coupe (E36) 1997/04-2003/06

BMW Z3 Roadster (E36) 1995/10-2003/01


ALPINA B3 Convertible B8 Coupe BMW 3 Compact Z3 Roadster Axial Rod OEM:321-111-36-133 EV331 ES3206


OEM No.

BMW  32 11 1 136 133  32111136133

BMW  32 11 1 139 315#  32111139315

BMW  32 11 1 139 316#  32111139316


Cross Reference

ACDelco  45A0931

BENDIX  040930B

DELPHI  TA1455

DITAS  A2-5625  A25625

LEMFORDER  13256

LEMFORDER  13256 01

MAPCO  49785/1

METZGER  51006718

MEVOTECH  MEV331

MEYLE  316 030 4342

MONROE  L11201

MOOG  BM-AX-4342  BMAX4342

MOOG  EV331

NK  5031516

OPTIMAL  G2-106  G2106

PEX  12.06.033  1206033

QUINTON HAZELL  QR3376S

RAYBESTOS  401-1931

TRW  ES3206

TRW  JAR922


]]>
MERCEDES BENZ C-CLASS Coupe T-Model CLK Convertible E-CLASS S-CLASS Axial Rod OEM:230-338-0015 EV80975 ME-AX-2266 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MERCEDES BENZ C-CLASS (W203) 2000/05-2007/12

MERCEDES BENZ C-CLASS Coupe (CL203) 2001/03-2011/06

MERCEDES BENZ C-CLASS T-Model (S203) 2001/03-2007/08

MERCEDES BENZ CLC-CLASS (CL203) 2008/05-2011/06

MERCEDES BENZ CLK (C209) 2002/05-2010/03

MERCEDES BENZ CLK Convertible (A209) 2003/02-2010/03

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 S-CLASS (W220) 1998/09-2005/08

MERCEDES BENZ S-CLASS Coupe (C215) 1999/03-2006/12

MERCEDES BENZ SL (R230) 2001/10-2012/01

MERCEDES-BENZ (BBDC) E-CLASS (W211) 2005/11-2012/12


MERCEDES BENZ C-CLASS Coupe T-Model CLK Convertible E-CLASS S-CLASS Axial Rod OEM:230-338-0015 EV80975 ME-AX-2266


Description:

Front Axle

Thread Size 1 : M16x1.5 mm

Thread Size 2 : M14x1.5 mm


OEM No.

MERCEDES BENZ  220 338 07 15  2203380715

MERCEDES BENZ  220 338 09 15  2203380915

MERCEDES BENZ  230 338 00 15  2303380015

MERCEDES BENZ  230 338 07 15  2303380715


Cross Reference

A.B.S.  240164

BENDIX  041156B

DELPHI  TA2032

FEBI BILSTEIN  22620

FIRST LINE  FTR5103

LEMFORDER  21153

LEMFORDER  21153 02

MAPCO  59844

METZGER  51014818

METZGER  81014818

MEYLE  016 031 0002

MONROE  L23204

MOOG  EV80975

MOOG  ME-AX-2266  MEAX2266

NK  5033338

OCAP  0601791

OPTIMAL  G2-884  G2884

PEX  12.06.204

QUINTON HAZELL  QR3363S

TRW  ES80975

TRW  JAR649


]]>
MERCEDES BENZ 190 (W201) Ball Joint OEM:124-333-0327 K9623 JBJ165 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MERCEDES BENZ 190 (W201) 1982/10-1993/08

MERCEDES BENZ M 102.962


MERCEDES BENZ 190 (W201) Ball Joint OEM:124-333-0327 K9623 JBJ165


Description:

Front Axle, Lower

Outer Diameter : 46.35 mm


OEM No.

MERCEDES BENZ  124 333 01 27  1243330127

MERCEDES BENZ  124 333 03 27  1243330327


Cross Reference

A.B.S.  220141

BIRTH  CX3904

DELPHI  TC388

FEBI BILSTEIN  02380

LEMFORDER  10726

LEMFORDER  10726 02

MAPCO  19828

MEYLE  016 010 6301

MOOG  K9623

MOOG  ME-BJ-6301  MEBJ6301

NK  5043305

OCAP  0403904

OPTIMAL  G3-074 G3074

PEX  12.04.190  1204190

QUINTON HAZELL  QSJ 971S

RAYBESTOS 505-1174

TRW  104135

TRW  JBJ165


]]>
JAGUAR S-TYPE (X200) Stabilizer Link OEM:XR827071 JA-LS-6566 JTS535 Tue, 01 Dec 2020 09:38:20 +0800 Application:

JAGUAR S-TYPE (X200) 1998/10-2008/12


JAGUAR S-TYPE (X200) Stabilizer Link OEM:XR827071 JA-LS-6566 JTS535



OEM No.

JAGUAR  XR81694

JAGUAR  XR827071

JAGUAR  XR855185


Cross Reference

DELPHI  TC1797

FAI AUTOPARTS  SS1296

FIRST LINE  FDL6786

LEMFORDER  30639

LEMFORDER  30639 01

METZGER  53030818

MEYLE  18-16 060 0002/HD  18160600002HD

MOOG  JA-LS-6566  JALS6566

OCAP  0502747

QUINTON HAZELL  QLS3470S

SIDEM  27060

SPIDAN  46868

TRW  JTS535


]]>
FORD RANGER MAZDA BT-50 Pickup Ball Joint OEM:UR61-34-550 SB-1732 CBMZ-43 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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


FORD RANGER MAZDA BT-50 Pickup Ball Joint OEM:UR61-34-550 SB-1732 CBMZ-43


Description:

Front Axle, Lower


OEM No.

FORD : UR6134550

MAZDA : UR61-34-550

MAZDA : XM343263AA


Cross Reference

555  SB-1732  SB1732

CTR  CBMZ-43  CBMZ43

FEBI BILSTEIN  42444


]]>
FORD RANGER MAZDA BT-50 Pickup Tie Rod End OEM:UR61-32-280 SE-1731 CEMZ-63 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD RANGER (ER, EQ, R_) 1997/04-2006/06

MAZDA BT-50 Pickup (CD, UN) 2006/08-2015/12


FORD RANGER MAZDA BT-50 Pickup Tie Rod End OEM:UR61-32-280 SE-1731 CEMZ-63


Description:

Front Axle, Outer


OEM No.

FORD : 1454898

FORD : UR61-32-280

FORD USA : 6M343289BA

MAZDA : UR61-32-280


Cross Reference

555  SE-1731  SE1731

BLUE PRINT  ADM58765

CTR  CEMZ-63  CEMZ63

FEBI BILSTEIN  42475

KAVO PARTS  STE-4534  STE4534


]]>
FORD RANGER MAZDA BT-50 Pickup Tie Rod End OEM:UR56-32-250 SE-1722 CEMZ-61 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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


FORD RANGER MAZDA BT-50 Pickup Tie Rod End OEM:UR56-32-250 SE-1722 CEMZ-61


Description:

Front Axle, Inner


OEM No.

FORD : 1454896

FORD : UR56-32-250

MAZDA : UR56-32-250


Cross Reference

555  SE-1722  SE1722

BLUE PRINT  ADM58768

CTR  CEMZ-61  CEMZ61

FEBI BILSTEIN  42478

KAVO PARTS  STE-4532  STE4532


]]>
FORD RANGER MAZDA B-SERIE Pitman Arm OEM:UM46-32-220 SP-1620 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD RANGER (ER, EQ, R_) 1997/04-2006/06

MAZDA B-SERIE (UN) 1998/11-2006/11


FORD RANGER MAZDA B-SERIE Pitman Arm OEM:UM46-32-220 SP-1620 



OEM No.

FORD  UH71-32-220  UH7132220

MAZDA  UM46-32-220  UM4632220


Cross Reference

555  SP-1620  SP1620

BLUE PRINT  ADM58745

DJ PARTS  DP1008

FEBEST  0526-B2500  0526B2500

FEBI BILSTEIN  42462

NIPPARTS  N4803006

SWAG  83 94 2462  83942462

TRW  JPA200


]]>
HONDA ACCORD IV Aerodeck Coupe V ROVER 600 Control Arm OEM:RBJ100720 HO-TC-1801 JTC2188 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV Aerodeck (CB) 2.0 i 16V (CC9) 1993-1993

HONDA ACCORD IV Aerodeck (CB) 2.2 i 16V (CB8) 1991-1993

HONDA ACCORD IV Coupe (CB, CC) 2.0 i 16V (CC1) 1992-1993

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 i 1993-1997

HONDA ACCORD V (CC, CD) 2.3 i SR 1993-1996

HONDA ACCORD V (CE, CF_) 1.9 i (CE7) 1996-1998

HONDA ACCORD V (CE, CF_) 2.0 TDi (CF1) 1996-1998

HONDA ACCORD V (CE, CF_) 2.0 i LS (CE8) 1996-1998

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


HONDA ACCORD IV Aerodeck Coupe V ROVER 600 Control Arm OEM:RBJ100720 HO-TC-1801 JTC2188


OEM No.

HONDA : 51365-SM4-030

HONDA : 51365-SM4-040

HONDA : 51365-SN7-000

HONDA : 51365-SN7-010

ROVER : RBJ100720


Cross Reference

A.B.S. : 210237

BENDIX : 041728B

BIRTH : BR1476

BLUE PRINT : ADH286130

DELPHI : TC943

DYS : 26-06729-2

FEBI BILSTEIN : 15473

FEBI BILSTEIN : 42131

FIRST LINE : FCA5934

JAPANPARTS : CJ-400L

KAVO PARTS : SCA-2012

KAWE : 8500 40516

KAWE : FL552-F

LEMFORDER : 22893 01

LEMFORDER : 34137 01

MAPCO : 49508

MEYLE : 31-16 050 0040

MGA : SB8740

MONROE : L40516

MOOG : HO-TC-1801

NIPPARTS : J4904006

OCAP : 0391572

OCAP : 0394228

OPTIMAL : G5-650

OPTIMAL : G5-663

PEX : 12.03.254

QUINTON HAZELL : QSA1726S

RTS : 95-06618-2

TRW : JTC2188

TRW : JTC672


]]>
HONDA ACCORD IV Aerodeck Coupe V ROVER 600 Control Arm OEM:RBJ100690 HO-TC-1803 JTC2187 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV Aerodeck (CB) 2.0 i 16V (CC9) 1993-1993

HONDA ACCORD IV Aerodeck (CB) 2.2 i 16V (CB8) 1991-1993

HONDA ACCORD IV Coupe (CB, CC) 2.0 i 16V (CC1) 1992-1993

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 i 1993-1997

HONDA ACCORD V (CC, CD) 2.3 i SR 1993-1996

HONDA ACCORD V (CE, CF_) 1.9 i (CE7) 1996-1998

HONDA ACCORD V (CE, CF_) 2.0 TDi (CF1) 1996-1998

HONDA ACCORD V (CE, CF_) 2.0 i LS (CE8) 1996-1998

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


HONDA ACCORD IV Aerodeck Coupe V ROVER 600 Control Arm OEM:RBJ100690 HO-TC-1803 JTC2187


OEM No.

HONDA : 51355-SM4-030

HONDA : 51355-SM4-040

HONDA : 51355-SN7-000

HONDA : 51355-SN7-010

ROVER : RBJ100690


Cross Reference

A.B.S. : 210238

BENDIX : 041729B

BIRTH : BR1475

BLUE PRINT : ADH286131

DELPHI : TC944

DYS : 26-06729-1

FEBI BILSTEIN : 15471

FEBI BILSTEIN : 42132

FIRST LINE : FCA5935

FLENNOR : FL553-F

JAPANPARTS : CJ-400R

MAPCO : 49509

MEYLE : 31-16 050 0012

MEYLE : 31-16 050 0039

MGA : SB7740

MONROE : L40515

MOOG : HO-TC-1803

NIPPARTS : J4914006

OCAP : 0381572

OCAP : 0384228

QUINTON HAZELL : QSA1727S

RTS : 95-06618-1

TRW : JTC2187

TRW : JTC666


]]>
HONDA CIVIC II Shuttle IV Hatchback Tie Rod End OEM:QGX100050 SE-6171L CEHO-3L ES2947 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC II Shuttle (EE) 1.4 i 16V (EE1) 1988-1992

HONDA CIVIC II Shuttle (EE) 1.5 i 16V (EE2) 1988-1991

HONDA CIVIC II Shuttle (EE) 1.6 4x4 1988-1992

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 (ED6) 1988-1991

HONDA CIVIC IV Hatchback (EC, ED, EE) 1.6 i 16V 1987-1991


HONDA CIVIC II Shuttle IV Hatchback Tie Rod End OEM:QGX100050 SE-6171L CEHO-3L ES2947


OEM No.

HONDA : 53560-S04-003

HONDA : 53560-S04-013

HONDA : 53560-SH0-A01

HONDA : 53560-SH3-003

HONDA : 53560-SH3-013

HONDA : 53560-SR0-A01

HONDA : 53560-SR3-003

HONDA : 53560-ST7-003

MG : QGX 100050

ROVER : GSJ495

ROVER : QGX100050


Cross Reference

555 : SE-6171L

555 : SE-6191L

BENDIX : 040725B

BENDIX : 040727B

BLUE PRINT : ADH28707

BLUE PRINT : ADH28709

BORG & BECK : BTR4568

BORG & BECK : BTR4782

BORG & BECK : BTR4791

CTR : CEHO-3L

CTR : CEHO-6L

CTR : CEHO8L

DELPHI : TA1622

DELPHI : TA1662

FEBI BILSTEIN : 15502

FEBI BILSTEIN : 15541

FIRST LINE : FTR4568

FIRST LINE : FTR4791

KAWE : 8500 17111

KAWE : 8500 40105

KAWE : 8500 40106

KAWE : 8500 40110

LEMFORDER : 15440

LEMFORDER : 15440 03

LEMFORDER : 183000041573

LEMFORDER : 22867

LEMFORDER : 2286701

MAPCO : 19500

MAPCO : 19508

METZGER : 54022601

METZGER : HO109

MEYLE : 31-16 020 0006

MGA : DR7440

MGA : DR7629

MGA : DR8440

MGA : DR8629

MGA : DR8661

MONROE : L40106

MONROE : L40110

MOOG : 19ES0170

MOOG : ES2947

MOOG : HO-ES-0170

MOOG : HO-ES-2947

NIPPARTS : J4824005

NK : 5032606

NK : 5032615

OCAP : 0290283

OCAP : 0291932

PEX : 1202170

PEX : 1205314

QUINTON HAZELL : QR2263S

QUINTON HAZELL : QR2264S

QUINTON HAZELL : QR9199S

RTS : 91-06611-2

TRW : JTE228

TRW : JTE555


]]>
MITSUBISHI L 200 PAJERO I Steering Linkage OEM:MT141247 SK-7151 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MITSUBISHI L 200 (K3_T, K2_T, K1_T, K0_T) 2.5 TD 4WD (K34T) 1992-1996

MITSUBISHI PAJERO I (L04_G, L14_G) 2.3 D (L049GW, L044GV) 1984-1986

MITSUBISHI PAJERO I (L04_G, L14_G) 2.5 TD (L044G, L049G) 1989-1990


MITSUBISHI L 200 PAJERO I Steering Linkage OEM:MT141247 SK-7151


Description:

Total Length : 235.5mm

Mounting Bores Distance : 95mm


OEM No.

MITSUBISHI : MB109539

MITSUBISHI : MB109586

MITSUBISHI : MT141247


Cross Reference

555 : SK-7151

ASHIKA : 113-05-502

ASHIKA : 58-05-501

ASHIKA : 58-05-503

JAPANPARTS : UI-502

JAPKO : 113502

LEMFORDER : 572 183 00 30


]]>
CITROEN C-CROSSER MITSUBISHI LANCER VII Estate VIII Sportback OUTLANDER II Ball Joint OEM:MR403420# SB-7872 CBM-36 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CITROEN C-CROSSER (EP_) 2007/02-

MITSUBISHI LANCER VII (CS_A, CT_A) 2000/03-2013/12

MITSUBISHI LANCER VII Estate (CS_W, CT_W) 2003/09-2008/12

MITSUBISHI LANCER VIII (CY_A, CZ_A) 2007/03-

MITSUBISHI LANCER VIII Sportback (CX_A) 2007/10-

MITSUBISHI OUTLANDER II (CW_W) 2006/11-2012/12


CITROEN C-CROSSER MITSUBISHI LANCER VII Estate VIII Sportback OUTLANDER II Ball Joint OEM:MR403420# SB-7872 CBM-36



OEM No.

MITSUBISHI  4013A009#

MITSUBISHI  4013A010#

MITSUBISHI  4013A281#

MITSUBISHI  4013A282#

MITSUBISHI  MN101741#

MITSUBISHI  MN101742#

MITSUBISHI  MR403419#

MITSUBISHI  MR403420#

MITSUBISHI  MR961391#

MITSUBISHI  MR961392#


Cross Reference

555  SB-7872  SB7872

BLUE PRINT  ADC48679

CTR  CBM-36  CBM36

KAVO PARTS  SBJ-5522  SBJ5522

MEYLE  32-16 010 0025  32160100025


]]>
HYUNDAI LANTRA II Estate SONATA III MITSUBISHI COLT CORDIA ECLIPSE GALANT DELICA SIGMA TREDIA PAJERO Tie Rod End OEM:MB564991 SE-7261 CEM-12 ES2437RL Tue, 01 Dec 2020 09:38:20 +0800 Application:

HYUNDAI LANTRA II (J-2) 1995/06-2000/12

HYUNDAI LANTRA II Estate (J-2) 1995/06-2000/10

HYUNDAI SONATA II (Y-2) 1988/09-1993/12

HYUNDAI SONATA III (Y-3) 1992/07-1998/12

MITSUBISHI COLT I (A15_A) 1978/12-1984/03

MITSUBISHI CORDIA (A21_A, AB, AC) 1982/10-1989/07

MITSUBISHI ECLIPSE I (D2_A) 1989/12-1995/12

MITSUBISHI ECLIPSE II (D3_A) 1994/04-1999/04

MITSUBISHI GALANT II Station Wagon (A16_V) 1980/09-1984/05

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 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

MITSUBISHI L 300 / DELICA II Box (L03_P) 1980/02-1987/02

MITSUBISHI L 300 / DELICA II Bus (LO3_P/G, L0_2P) 1980/05-1987/02

MITSUBISHI L 300 / DELICA II Platform/Chassis (L03_P) 1980/05-

MITSUBISHI PAJERO II Canvas Top (V2_W, V4_W) 1990/12-2000/04

MITSUBISHI PAJERO PININ (H6_W, H7_W) 1999/03-2007/06

MITSUBISHI SAPPORO III (E16A) 1987/06-1990/08

MITSUBISHI SIGMA (F2_A, F1_A) 1990/10-1996/07

MITSUBISHI SIGMA Station Wagon (F0_W) 1992/06-1996/10

MITSUBISHI SPACE RUNNER (N1_W, N2_W) 1991/10-1999/08

MITSUBISHI SPACE RUNNER (N6_W) 1999/08-2003/01

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


HYUNDAI LANTRA II Estate SONATA III MITSUBISHI COLT CORDIA ECLIPSE GALANT DELICA SIGMA TREDIA PAJERO Tie Rod End OEM:MB564991 SE-7261 CEM-12 ES2437RL



OEM No.

HYUNDAI  56820-36000  5682036000

MITSUBISHI  MB192430

MITSUBISHI  MB192499

MITSUBISHI  MB489434

MITSUBISHI  MB564991

MITSUBISHI  MB573885

MITSUBISHI  MB616286

MITSUBISHI  MB910859

MITSUBISHI  MB912519


Cross Reference

555  SE-7261  SE7261

A.B.S.  230273

ACDelco  45A0479

CTR  CEM-12  CEM12

DELPHI  TA1193

MAPCO  49256

MEYLE  37-16 020 0003  37160200003

MOOG  AMGES2347RL

MOOG  ES2347RL

MOOG  MI-ES-0175  MIES0175

MOOG  MI-ES-2347  MIES2347

NIPPARTS  J4820506

NIPPARTS  J4825002

RAYBESTOS  401-1479

TRW  ES2347

TRW  ES2906

TRW  ES3389

TRW  JTE503

TRW  JTE515


]]>
MITSUBISHI L 200 Tie Rod End OEM:MB564855 SE-7731 CEM-25 ES3156RL Tue, 01 Dec 2020 09:38:20 +0800 Application:

MITSUBISHI L 200 (K3_T, K2_T, K1_T, K0_T) 1983/01-1996/10


MITSUBISHI L 200 Tie Rod End OEM:MB564855 SE-7731 CEM-25 ES3156RL


Description:

Front Axle, Outer

Thread Size : M16x1.5 mm


OEM No.

MITSUBISHI MB 564855


Cross Reference

555  SE-7731  SE7731

CTR  CEM-25  CEM25

MAPCO  59373

MEYLE  32-16 020 0029  32160200029

MOOG  ES3156RL

RAYBESTOS  4011578

TRW  ES3156


]]>
MITSUBISHI COLT LANCER III Station Wagon Tie Rod End OEM:MB241982 CEM-11 ES2759 JTE259 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MITSUBISHI COLT II (C1_A) 1982/10-1988/04

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 COLT LANCER III Station Wagon Tie Rod End OEM:MB241982 CEM-11 ES2759 JTE259


Description:

Front Axle, Outer


OEM No.

MITSUBISHI  MB241982


Cross Reference

555 : SE-7241

AYD : 91MT01891

AYD : 91MTO1891

AYD : A01-0867

AYD : AO1-O867

BLUE PRINT : ADC48701

BLUE PRINT : ADC487O1

CTR : CEM-11

DELPHI : TA1194

FAI : SS658

FIRST LINE : FTR4314

KAVO PARTS : STE-5510

KAVO PARTS : STE-551O

KAWE : 8500 4205

LEMFORDER : 15560

LEMFORDER : 1556O

LEMFORDER : 572 183 0007

LEMFORDER : 572 183 OOO7

MGA : DR5207

MGA : DR52O7

MOOG : ES2759

MOOG : MI-ES-2759

MOTAQUIP : VSS637

OCAP : 0283437

OCAP : O283437

QUINTON HAZELL : QR2303S

QUINTON HAZELL : QR23O3S

RUVILLE : 917301

RUVILLE : 9173O1

SPIDAN : 40733

SPIDAN : 4O733

TEKNOROT : MI-401

TEKNOROT : MI-4O1

TRISCAN : 8500 4205

TRISCAN : 85OO 42O5

TRW : ES2759

TRW : JTE259


]]>
HONDA CITY Saloon INSIGHT JAZZ III CR-Z FIT Stabilizer Link OEM:51320-TF0-003 SL-H110 CLHO-70 K750381 JTS7733 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CITY Saloon (GM2, GM3) 2008/09-

HONDA CR-Z (ZF) 2010/06-

HONDA INSIGHT (ZE_) 2009/04-

HONDA INSIGHT (ZE) 2000/04-2006/12

HONDA JAZZ III (GE_, GG_, GP_) 2007/10-

HONDA (GUANGZHOU) CITY (GM) 2008/12-2015/12

HONDA CR-Z 2011-2013

HONDA FIT 2009-2014

HONDA INSIGHT 2010-2013


HONDA CITY Saloon INSIGHT JAZZ III CR-Z FIT Stabilizer Link OEM:51320-TF0-003 SL-H110 CLHO-70 K750381 JTS7733


Description:

Front Axle

Length : 325 mm

Thread Size : M10x1.25mm


OEM No.

HONDA  51320-TF0-003  51320TF0003

HONDA  51320-TG0-T01  51320TG0T01


Cross Reference

555  SL-H110  SLH110

A.B.S.  260779

AISIN  JRSHO-005  JRSHO005

CTR  CLHO-70  CLHO70

DJ PARTS DL1439  DL1439

FEBI BILSTEIN  42102

FIRST LINE  FDL7207

MEYLE  31-16 060 0049/HD  31160600049HD

MGA  SA5451

MONROE  L40645

MOOG  HO-LS-10514  HOLS10514

MOOG  K750381

NK  5112635

NPS  H405A46

OCAP  0503296

RAYBESTOS  545-1865  5451865

TRW  18750381

TRW  JTS7733


]]>
HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod Axle Joint OEM:GSV1211 SR-6180 CRHO-10 EV283 ES3170 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

ROVER 600 (RH) 1993/08-2000/10


HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod Axle Joint OEM:GSV1211 SR-6180 CRHO-10 EV283 ES3170


Description:

Front Axle

Thread Size 1 : M12x1.25 mm

Thread Size 2 : M14x1.5 mm


OEM No.

HONDA  53521-SM4-003  53521SM4003

HONDA  53521-SM4-013  53521SM4013

ROVER  GSV1211


Cross Reference

555  SR-6180  SR6180

A.B.S.  240105

CTR  CRHO-10  CRHO10

DELPHI  TA1835

FAI AUTOPARTS  SS2262

FLENNOR  FL451-C

INDELDIS KX 7  DR20780

JAPANPARTS  RD-410  RD410

KAGER  41-0213

KSP  8002017

MAPCO  19506

MEYLE  31-16 030 0010  31160300010

MOOG  EV283

MOOG  HO-AX-3170  HOAX3170

NIPPARTS  J4844007

NK  5032612

OCAP  0600388

OPTIMAL  G2-562  G2562

PEX  12.06.036

QUINTON HAZELL  QR2868S

RAYBESTOS  401-149

TRW  ES3170

TRW  JAR134


]]>
HONDA CIVIC V Coupe Hatchback Control Arm OEM:GSJ836 CQHO-29L RO-WP-0504 JTC1495 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1.5 i LSi (EJ2) 1993-1995

HONDA CIVIC V Coupe (EJ) 1.6 i (EJ6) 1994-1995

HONDA CIVIC V Coupe (EJ) 1.6 i Vtec 1994-1995

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 Hatchback (EG) 1.6 si 16V (EG6) 1991-1993


HONDA CIVIC V Coupe Hatchback Control Arm OEM:GSJ836 CQHO-29L RO-WP-0504 JTC1495



OEM No.

HONDA : 51360-SR3-000

HONDA : 51360-SR3-010

HONDA : 51360-SR3-020

HONDA : 51360-SR3-A02

HONDA : 51360-ST3-G00

HONDA : 51360-ST7-000

HONDA : 51360-ST7-010

HONDA : GSJ836

MG : RBJ102230

MG : RBJ102230SLP

ROVER : RBJ102230

ROVER : RBJ102230SLP


Cross Reference

A.B.S. : 210273

A.B.S. : 210651

ASHIKA : 72-04-408

ASHIKA : 72-04-408L

ASHUKI : 1470-4104

ASHUKI : H584-15

ASHUKI : H585-05

BENDIX : 042287B

BENDIX : 042289B

BIRTH : BR1485

BIRTH : BR1486

BLUE PRINT : ADH28667

BORG & BECK : BCA5928

CTR : CQHO-29L

DELPHI : TC939

DELPHI : TC940

DENCKERMANN : D120361

DJ PARTS : DA1021

FAI AutoParts : SS718

FAI AutoParts : SS824

FIRST LINE : FCA5928

FLENNOR : FL724-G

FORMPART : 3609037

HERTH+BUSS JAKOPARTS : J4904012

HERTH+BUSS JAKOPARTS : J4904014

HERTH+BUSS JAKOPARTS : J4904038

JAPANPARTS : BS-408

JAPANPARTS : BS-408L

JAPKO : 72408

JAPKO : 72408L

KAGER : 87-0180

KAGER : 87-0180/C

KAGER : 87-0369/C

KAGER : 87-1036

KAMOKA : 9947774

KAVO PARTS : SCA-2037

KAVO PARTS : SCA-2073

KAWE : FL724-G

KLOKKERHOLM : 2911363

LEMFORDER : 24703

LEMFORDER : 24703 01

MAPCO : 49215

METZGER : 58046401

METZGER : HO-921

MEYLE : 31-16 050 0015

MEYLE : MCA0404

MOOG : RO-WP-0504

MOOG : RO-WP-0505

NIPPARTS : J4904012

NIPPARTS : J4904014

NK : 5012631

NK : 5012639

OCAP : 0381808

OCAP : 0391808

OCAP : 0394230

OPTIMAL : G6-835

OPTIMAL : G6-837

PEX : 12.03.256

QUINTON HAZELL : QSA1732S

QUINTON HAZELL : QSA1736S

RIW : HN6006

RIW : RD8048

RTS : 95-06632-2

RUVILLE : 937420

RUVILLE : 937421

SIDEM : 47774

SPIDAN : 40913

TALOSA : 40-02761

TRW : JTC1495

TRW : JTC2559


]]>
HONDA CIVIC V Coupe VI Aerodeck Hatchback CR-V I CRX III MG ZS ROVER 400 45 Saloon Tie Rod End OEM:GSJ496 SE-6191R CEHO-6R ES3331R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1993/08-1996/03

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CIVIC VI Aerodeck (MB, MC) 1998/04-2001/02

HONDA CIVIC VI Coupe (EJ, EM1) 1996/03-2000/12

HONDA CIVIC VI Fastback (MA, MB) 1994/09-2001/02

HONDA CIVIC VI Hatchback (EJ, EK) 1995/10-2001/02

HONDA CIVIC VI Saloon (EJ, EK) 1995/06-2001/03

HONDA CR-V I (RD) 1995/10-2002/07

HONDA CRX III (EH, EG) 1992/03-1998/12

HONDA INTEGRA Coupe (DC2, DC4) 1993/07-2001/11

MG MG ZS 2001/07-2005/04

MG MG ZS Hatchback 2001/07-2005/10

ROVER 400 (RT) 1995/03-2000/03

ROVER 400 Hatchback (RT) 1995/05-2000/03

ROVER 45 Hatchback (RT) 2000/02-2005/05

ROVER 45 Saloon (RT) 2000/02-2005/05


HONDA CIVIC V Coupe VI Aerodeck Hatchback CR-V I CRX III MG ZS ROVER 400 45 Saloon Tie Rod End OEM:GSJ496 SE-6191R CEHO-6R ES3331R


Description:

Front Axle, Right, Outer

Inner Thread : M14x1.50 mm


OEM No.

HONDA  53540-S04-003  53540S04003

HONDA  53540-S04-013  53540S04013

HONDA  53540-SO3-003  53540SO3003

HONDA  53540-SO3-013  53540SO3013

HONDA  53540-SR0-A01  53540SR0A01

HONDA  53540-SR3-003  53540SR3003

HONDA  53540-SRO-A01  53540SROA01

HONDA  53540-SRO-AO1  53540SROAO1

HONDA  53540-ST7-003  53540ST7003

ROVER  GSJ496


Cross Reference

555  SE-6191R  SE6191R

A.B.S.  230154

CTR  CEHO-6R  CEHO6R

DELPHI  TA1663

FAI AUTOPARTS  SS827

FEBI BILSTEIN  15539

MOOG  ES3331R

MOOG  HO-ES-0171  HOES0171

NIPPARTS  J4834003

TRW  ES3331

TRW  JTE551


]]>
HONDA CIVIC V Coupe Hatchback Control Arm OEM:GSJ485 SA-6191L HO-WP-0165 JTC1257 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1.5 1993-1995

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 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 Hatchback (EG) 1.6 si 16V (EG6) 1991-1993


HONDA CIVIC V Coupe Hatchback Control Arm OEM:GSJ485 SA-6191L HO-WP-0165 JTC1257



OEM No.

HONDA : 51460-SR0-A02

HONDA : 51460-SR3-003

HONDA : 51460-SR3-013

HONDA : 51460-SR3-023

HONDA : 51460-SR3-A01

HONDA : 51460-SR3-A02

HONDA : 51460-ST3-E10

HONDA : 51460-ST7-000

HONDA : 51460-ST7-010

HONDA : 51460-ST7-020

HONDA : 51460-ST7-A00

HONDA : 51460-ST7-A01

ROVER : GSJ 485

ROVER : RBJ102130


Cross Reference

555 : SA-6191L

A.B.S. : 210277

BENDIX : 042308B

BIRTH : BR1377

BLUE PRINT : ADH28628

BLUE PRINT : ADH28639

BORG & BECK : BCA6065

DELPHI : TC816

FAI AutoParts : SS4811

FAI AutoParts : SS716

FAI AutoParts : SS821

FEBI BILSTEIN : 15555

FIRST LINE : FCA6065

FLENNOR : FL759-G

HERTH+BUSS JAKOPARTS : J4924005

KAGER : 87-0222

KAGER : 87-1068

KAVO PARTS : SCA-2041

KAVO PARTS : SCA-2046

KAWE : 8500 10526

KAWE : FL759-G

KLOKKERHOLM : 2911361

KLOKKERHOLM : 6411365

LEMFORDER : 24705

LEMFORDER : 2470501

LEMFORDER : 24707

LEMFORDER : 2470701

MAPCO : 49502

MAPCO : 49503

MAPCO : 59508

METZGER : 58045901

METZGER : HO915

MEYLE : 31-16 050 0030

MEYLE : 31160500105

MGA : SB8548

MONROE : L10526

MOOG : HO-WP-0165

MOOG : HO-WP-0166

NIPPARTS : J4924005

NK : 5012625

NK : 5012637

OCAP : 0791807

OCAP : 0793344

OPTIMAL : G6-860

PEX : 1207117

PEX : 1207232

QUINTON HAZELL : QSA1541S

QUINTON HAZELL : QSA1740S

RTS : 95-05952-2

RTS : 96-06609-2

RUVILLE : 937418

SIDEM : 47772

SIDEM : 47773

SWAG : 85 73 0010

TRISCAN : 8500 10526

TRW : JTC1257

TRW : JTC914


]]>
HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:GSJ408 SE-6181R CEHO-4R ES3154 GSJ407 SE-6181L CEHO-4L ES3153 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

ROVER 600 (RH) 1993/08-2000/10


HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:GSJ408 SE-6181R CEHO-4R ES3154 GSJ407 SE-6181L CEHO-4L ES3153


Description:

Front Axle, Right, Left, Outer

Thread size 1 : M10x1.25 mm

Thread size 2 : M14x1.5 mm

Length : 217 mm / 218 mm


OEM No.

HONDA  53540-SM4-003  53540SM4003

HONDA  53540-SM4-004  53540SM4004

ROVER  GSJ408


HONDA  53560-SM4-003  53560SM4003

HONDA  53560-SM4-004  53560SM4004

ROVER  GSJ407



Cross Reference

555  SE-6181R  SE6181R

A.B.S.  230157

BIRTH  RD3349

BLUE PRINT  ADH28706

CTR  CEHO-4R  CEHO4R

DELPHI  TA1588

FEBI BILSTEIN  12945

FEBI BILSTEIN  15497

FLENNOR  FL570-B

JAPANPARTS  TI-404R

KAGER  43-0180

MAPCO  19505

MOOG  ES3154

MOOG  RO-ES-3154  ROES3154

NIPPARTS  J4834000

NK  5032611

OCAP  0283349

RAYBESTOS  401-1488

TRW  JTE307



555  SE-6181L  SE6181L

A.B.S.  230156

BIRTH  RS3349

BLUE PRINT  ADH28705

CTR  CEHO-4L  CEHO4L

DELPHI  TA1589

FEBI BILSTEIN  12946

FEBI BILSTEIN  15498

FLENNOR  FL579-B

JAPANPARTS  TI-404L

KAGER  43-0196

MAPCO  19504

MOOG  ES3153

MOOG  RO-ES-3153  ROES3153

NIPPARTS  J4824001

NK  5032610

OCAP  0293349

QUINTON HAZELL  QR2867S

RAYBESTOS  401-1489

TRW  JTE306


]]>
HONDA CIVIC I Shuttle II Estate III Hatchback Saloon CRX I Control Arm OEM:GSJ228 CQHO-22L K9417 JTC232 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC I Hatchback (SB) 1972/07-1983/09

HONDA CIVIC I Saloon (SF) 1979/10-1984/12

HONDA CIVIC I Shuttle (AN, AR) 1983/08-1987/12

HONDA CIVIC II Estate (WC) 1979/01-1983/12

HONDA CIVIC II Hatchback (SS, SL) 1978/01-1983/12

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1983/10-1987/10

HONDA CIVIC III Saloon (AM, AK, AU) 1983/10-1987/10

HONDA CRX I (AF, AS) 1983/10-1987/10


HONDA CIVIC I Shuttle II Estate III Hatchback Saloon CRX I Control Arm OEM:GSJ228 CQHO-22L K9417 JTC232


Description:

Front Axle, Lower, Left


OEM No.

HONDA  51361-SB2-003  51361SB2003

HONDA  51361-SB2-013  51361SB2013

HONDA  51361-SB2-672  51361SB2672

HONDA  51361-SB6-931  51361SB6931

ROVER  GSJ228

ROVER  GSJ764


Cross Reference

555  SA-6062L  SA6062L

A.B.S.  210279

BLUE PRINT  ADH28602

BOSAL  111-189  111189

CTR  CQHO-22L  CQHO22L

DELPHI  TC578

FAI AUTOPARTS  SS428

KAGER  87-0175  870175

MAPCO  59330

MEYLE  31-16 050 0008  31160500008

MGA  SB8491

MOOG  HO-TC-10870  HOTC10870

MOOG  K9417

MOOG  K9595

NIPPARTS  J4904003

OCAP  0793333

TRW  JTC232

TRW  JTC457


]]>
HONDA CIVIC I Shuttle II Hatchback III Saloon CRX I Control Arm OEM:GSJ227 SA-6062R K9415 JTC231 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC I Hatchback (SB) 1972/07-1983/09

HONDA CIVIC I Saloon (SF) 1979/10-1984/12

HONDA CIVIC I Shuttle (AN, AR) 1983/08-1987/12

HONDA CIVIC II Estate (WC) 1979/01-1983/12

HONDA CIVIC II Hatchback (SS, SL) 1978/01-1983/12

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1983/10-1987/10

HONDA CIVIC III Saloon (AM, AK, AU) 1983/10-1987/10

HONDA CRX I (AF, AS) 1983/10-1987/10GSJ227


HONDA CIVIC I Shuttle II Hatchback III Saloon CRX I Control Arm OEM:GSJ227 SA-6062R K9415 JTC231



OEM No.

HONDA  51351-SB2-013  51351SB2013

HONDA  51351-SB2-672  51351SB2672

HONDA  51351-SB6-931  51351SB6931

ROVER  GSJ227

ROVER  GSJ763


Cross Reference

555  SA-6062R  SA6062R

A.B.S.  210276

CTR  CQHO-22R  CQHO22R

DELPHI  TC577

KAGER  87-0102  870102

LEMFORDER  11693

LEMFORDER  11693 02

LEMFORDER  11693 03

LEMFORDER  11693 04

MAPCO  59331

MEYLE  31-16 050 0001

MOOG  HO-TC-10867  HOTC10867

MOOG  K9415

MOOG  K9593

NIPPARTS  J4914003

OCAP  0783333

TRW  JTC231

TRW  JTC458


]]>
HONDA CIVIC V Coupe Hatchback Saloon VI Fastback Control Arm OEM:GBJ486 GSJ485 HO-WP-0165 JTC914 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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) 1.6 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 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 Fastback (MA, MB) 1.4 i (MA8, MB2) 1995-2001


HONDA CIVIC V Coupe Hatchback Saloon VI Fastback Control Arm OEM:GBJ486 GSJ485 HO-WP-0165 JTC914



OEM No.

HONDA : 51450-SR0-A02

HONDA : 51450-SR3-003

HONDA : 51450-SR3-023

HONDA : 51450-SR3-A02

HONDA : 51460-SR3-013

ROVER : GBJ 486

ROVER : RBJ 102 120

HONDA : 51450-SR3-003

HONDA : 51460-SR0-A02

HONDA : 51460-SR3-013

HONDA : 51460-SR3-023

HONDA : 51460-SR3-A01

HONDA : 51460-SR3-A02

HONDA : 51460-ST3-E10

HONDA : 51460-ST7-020

ROVER : GSJ485

ROVER : RBJ102130


Cross Reference

A.B.S. : 210277

BENDIX : 042308B

BIRTH : BR1377

DELPHI : TC816

FEBI BILSTEIN : 15555

FLENNOR : FL759-G

FORMPART : 3609011

HERTH+BUSS JAKOPARTS : J4924005

KAGER : 87-0222

KAGER : 87-1068

KAWE : 8500 10526

KAWE : FL759-G

KLOKKERHOLM : 2911361

KSP : 8003057

LEMFORDER : 24707

LEMFORDER : 24707 01

MAPCO : 49502

MAPCO : 59508

METZGER : 58045901

METZGER : HO-915

MEYLE : 31-16 050 0030

MEYLE : 31160500105

MONROE : L10526

MOOG : HO-WP-0165

NIPPARTS : J4924005

NK : 5012625

NK : 5012637

OCAP : 0791807

OCAP : 0793344

OPTIMAL : G6-860

PEX : 12.07.117

PEX : 12.07.232

QUINTON HAZELL : QSA1541S

QUINTON HAZELL : QSA1740S

REDAELLI RICAMBI : HO-915

REDAELLI RICAMBI : RV903

RUVILLE : 937418

SIDEM : 47772

SPIDAN : 40909

SPIDAN : 47772

SWAG : 85 73 0010

TRISCAN : 8500 10526

TRW : JTC1257

TRW : JTC914

VAICO : V26-9548


]]>
LAND ROVER DISCOVERY I RANGE ROVER II Ball Joint OEM:FTC3571 K500145 RO-BJ-0779 Tue, 01 Dec 2020 09:38:20 +0800 Application:

LAND ROVER DISCOVERY I (LJ) 1989/06-1998/12

LAND ROVER DISCOVERY II (L318) 1998/10-2004/08

LAND ROVER RANGE ROVER II (P38A) 1994/07-2002/03


LAND ROVER DISCOVERY I RANGE ROVER II Ball Joint OEM:FTC3571 K500145 RO-BJ-0779


Description:

Front Axle, Lower


OEM No.

ROVER  FTC 3571  FTC3571


Cross Reference

A.B.S.  220263

ASHIKA  73-0L-L02  730LL02

BENDIX  041480B

BORG & BECK  BBJ5403

DELPHI  TC985

FEBI BILSTEIN  34745

FIRST LINE  FBJ5403

FLENNOR  FL820-D  FL820D

KAGER  88-0135  880135

LEMFORDER  26985

LEMFORDER  26985 01

METZGER  57022208

METZGER  RV-3571  RV3571

MEYLE  53-16 010 0005  53160100005

MOOG  K500145

MOOG  RO-BJ-0779  ROBJ0779

NK  5044012

OCAP  0403060

OPTIMAL  G3-931  G3931

PEX  12.04.153  1204153

QUINTON HAZELL  QSJ1890S

RTS  93-01619

RUVILLE  918012

SIDEM  65682

SPIDAN  46376

SWAG  22 93 4745

VAICO  V48-9507  V489507


]]>
LAND ROVER DISCOVERY RANGE ROVER II Ball Joint OEM:FTC3570 RO-BJ-0773 Tue, 01 Dec 2020 09:38:20 +0800 Application:

LAND ROVER DISCOVERY II (L318) 1998/10-2004/08

LAND ROVER RANGE ROVER II (P38A) 1994/07-2002/03


LAND ROVER DISCOVERY RANGE ROVER II Ball Joint OEM:FTC3570 RO-BJ-0773


Description:

Front Axle, Upper


OEM No.

ROVER  FTC 3570  FTC3570


Cross Reference

A.B.S.  220259

DELPHI  TC984

DITAS  A3-3430  A33430

FEBI BILSTEIN  14121

FIRST LINE  FBJ5404

FLENNOR  FL821-D  FL821D

KAGER  88-0008  880008

LEMFORDER  26986 01

METZGER  57022108

MOOG  RO-BJ-0773  ROBJ0773

OCAP  0403058

OPTIMAL  G3-932  G3932

RTS  93-01617

SIDEM  65081

SPIDAN  44070

SWAG  22 78 0011

VAICO  V48-9506  V489506


]]>
HONDA ACCORD I Hatchback Control Arm OEM:51350671003 SA-6032 K9063 JTC202 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD I (SJ, SY) 1976/05-1983/09

HONDA ACCORD I Hatchback (SJ, SY) 1979/01-1983/09


HONDA ACCORD I Hatchback Control Arm OEM:51350671003 SA-6032 K9063 JTC202


Description:

Front Axle, Lower


OEM No.

HONDA  51350-612-050  51350612050

HONDA  51350-634-003  51350634003

HONDA  51350-671-000  51350671000

HONDA  51350-671-003  51350671003

HONDA  51350-671-013  51350671013

HONDA  51350-671-033  51350671033

HONDA  51350-671-405  51350671405

HONDA  51360-634-003  51360634003

HONDA  51360-671-000  51360671000

HONDA  51360-671-003  51360671003

HONDA  51360-671-013  51360671013

HONDA  51360-671-033  51360671033

HONDA  51360-671-405  51360671405


Cross Reference

555  SA-6032  SA6032

DELPHI  TC308

JAPANPARTS  CW-401  CW401

KAGER  87-1021  871021

LEMFORDER  11691 01

LEMFORDER  11691 02

LEMFORDER  11691 03

MOOG  HO-TC-10821  HOTC10821

MOOG  K9063

OCAP  0783336

QUINTON HAZELL  QSJ920S

RAYBESTOS  5071011

SIDEM  47182

SPIDAN  44094

TRW  10821

TRW  JTC202


]]>
DACIA LOGAN EXPRESS MCV Pickup SANDERO RENAULT LOGAN I Estate Tie Rod Axial Joint OEM:6001550441 RE-AX-3760 JAR1031 Tue, 01 Dec 2020 09:38:20 +0800 Application:

DACIA LOGAN (LS_) 2004/08-

DACIA LOGAN EXPRESS (FS_) 2009/03-

DACIA LOGAN MCV (KS_) 2007/02-

DACIA LOGAN Pickup (US_) 2008/03-

DACIA SANDERO 2008/06-

RENAULT LOGAN I (LS_) 2004/09-

RENAULT LOGAN I Estate (KS_) 2007/04-


DACIA LOGAN EXPRESS MCV Pickup SANDERO RENAULT LOGAN I Estate Tie Rod Axial Joint OEM:6001550441 RE-AX-3760 JAR1031


Description:

Front Axle

Thread Size 1 : M12x1.0 mm

Thread Size 2 : M14x1.5 mm

Length : 175 mm


OEM No.

OE  60 01 547 606  6001547606

OE  60 01 550 441  6001550441


Cross Reference

A.B.S.  240442

FEBI BILSTEIN  27725

LEMFORDER  31945 01

LEMFORDER  31945 02

MAPCO  49194

MEYLE  16-16 031 0003

MEYLE  16-16 031 0003/HD

MOOG  RE-AX-3760  REAX3760

NK  5033964

OCAP  0602451

OPTIMAL  G2-1065

TRW  JAR1031


]]>
DAEWOO ESPERO LANOS Saloon NEXIA OPEL KADETT Ball Joint OEM:1603120 CBKD-1 K90692 JBJ146 Tue, 01 Dec 2020 09:38:20 +0800 Application:

DAEWOO ESPERO (KLEJ) 1991/10-1999/09

DAEWOO LANOS (KLAT) 1997/04-

DAEWOO LANOS Saloon (KLAT) 1997/02-

DAEWOO NEXIA 1995/02-1997/08

DAEWOO NEXIA Saloon 1995/02-2008/06

OPEL KADETT D (31_-34_, 41_-44_) 1979/08-1984/08

OPEL KADETT D Estate (35_, 36_, 45_, 46_) 1979/08-1984/08

GENERAL MOTORS Ipanema 01/1989-12/1998

GENERAL MOTORS Kadett  01/1989-12/1998


DAEWOO ESPERO LANOS Saloon NEXIA OPEL KADETT Ball Joint OEM:1603120 CBKD-1 K90692 JBJ146


Description:

Front Axle, Lower

Thread Size : M12x1.5 mm

Outer Diameter : 13.4 mm


OEM No.

GM 1603 120  1603120

GM 1603 164  1603164

GM 52282309

GM 901 40 407  90140407

GM 90 272 683  90272683

GM 93222813

GM 94788122

GM 96216354


Cross Reference

A.B.S.  220216

ASHIKA  73-0W-D51  730WD51

BIRTH  CX0764

BOSAL  108-396  108396

CTR  CBKD-1  CBKD1

DELPHI  TC232

FEBI BILSTEIN  02620

JAPANPARTS  BJ-D51

JAPANPARTS  J BJ-051

KAGER  88-0366

LEMFORDER  12152

LEMFORDER  12152 05

MAPCO  19714

MEYLE  616 010 5375

MOOG  K90692

MOOG  OP-BJ-5375  OPBJ5375

NAKATA  N 357

NIPPARTS  J4860900

OCAP  0400764

OCAP  0403302

OPTIMAL  G3-019  G3019

PEX  12.04.061  1204061

QUINTON HAZELL  QSJ877S

RAYBESTOS  5051335

TRW  104375

TRW  JBJ146


]]>
FORD TRANSIT Box Bus Platform/Chassis Ball Joint OEM:1055194 FD-BJ4130 JBJ303 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD TRANSIT Box (E_ _) 1991/05-1994/06

FORD TRANSIT Box (E_ _) 1994/06-2000/07

FORD TRANSIT Bus (E_ _) 1991/01-1994/09

FORD TRANSIT Bus (E_ _) 1994/06-2000/07

FORD TRANSIT Platform/Chassis (E_ _) 1991/04-1994/08

FORD TRANSIT Platform/Chassis (E_ _) 1994/08-2000/07


FORD TRANSIT Box Bus Platform/Chassis Ball Joint OEM:1055194 FD-BJ4130 JBJ303


Description:

Front Axle, Lower

Thread Size : M 20x1.5 mm


OEM No.

FORD  1 055 194  1055194

FORD  5 025 676  5025676

FORD  5 026 676  5026676

FORD  6 650 261  6650261

FORD  6 924 365  6924365

FORD  92VB-3395A-2D  92VB3395A2D

FORD  92 VX 3K209 AA  92VX3K209AA

FORD  97VX-3K209-AA  97VX3K209AA


Cross Reference

A.B.S.  220060

BENDIX  041328B

BIRTH  CX0727

DELPHI  TC658

DENCKERMANN  D110165

FAI AUTOPARTS  SS211

FEBI BILSTEIN  10162

FIRST LINE  FBJ5290

FLENNOR  FL109-D

JP GROUP  SS1157

JP GROUP  SS1158

KAGER  88-0325

KAMOKA  994281

LEMFORDER  25540

LEMFORDER  25540 02

MAPCO  19751

METZGER  57012318

MEYLE  716 010 0005

MGA  SR5399

MONROE  L16515

MOOG  FD-BJ-4130  FDBJ4130

NK  5042518

OCAP  0401727

OCAP  0401727-K  0401727K

OPTIMAL  EL1381

OPTIMAL  G3-210  G3210

PEX 12.04.261  1204261

QUINTON HAZELL  QSJ1300S

TRW  JBJ303


]]>
FORD FIESTA III Saloon Ball Joint OEM:1047797 FD-BJ-4134 JBJ145 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD FIESTA III (GFJ) 1989/01-1997/01

FORD (CHANGAN) FIESTA Saloon (GAF) 2003/03-2006/06


FORD FIESTA III Saloon Ball Joint OEM:1047797 FD-BJ-4134 JBJ145


Description:

Front Axle, Lower

Cone size : 16.5 mm


OEM No.

FORD  1 030 025  1030025

FORD  1 047 797  1047797

FORD  94FB3395A2B  94FB3395A2B

FORD  94 FB 3B376 AA  94FB3B376AA

FORD  94FB3B378AA  94FB3B378AA


Cross Reference

A.B.S.  220408

DELPHI  TC663

DENCKERMANN  D110024

FEBI BILSTEIN  18062

FIRST LINE  FBJ5294

FLENNOR  FL959-D  FL959D

KAGER  88-0179

KAMOKA  993489

LEMFORDER  17786

LEMFORDER  17786 02

LEMFORDER  17786 03

MAPCO  19763

METZGER  57013118

METZGER  57013218

MEYLE  716 010 0006

MGA  SR5241

MOOG  FD-BJ-4134  FDBJ4134

PEX  12.04.074  1204074

QUINTON HAZELL  QSJ1490S

TRW  JBJ145


]]>
HONDA CIVIC Control Arm OEM:520926 51350-S5A-306 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC 1.3L L4 ELECTRIC/GAS 2003

HONDA CIVIC 1.7L L4 2001 

HONDA CIVIC 1.7L L4 CNG 2001 2002 2003 2004 2005


HONDA CIVIC Control Arm OEM:520926 51350-S5A-306


OEM No.

GM  520926

GM  19187002

GM  WC120926

HONDA  51350-S5A-306

HONDA  51350-S5A-A02

HONDA  51350-S5A-A03

HONDA  51350-S5A-A10

HONDA  51350-S5A-A20


Cross Reference

ACDelco 45D3264

AUTOZONE/DORMAN OE SOLUTIONS 520926

CARQUEST/AFFINIA CHASSIS 5071264

CARQUEST/DORMAN OE SOLUTIONS 520926

WORLDPARTS WC120926


]]>
NISSAN PATHFINDER TERRANO II Ball Joint OEM:40160-0W025 SB-4842 CBN-64 K90662 JBJ526 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN PATHFINDER II (R50) 1995/09-2005/07

NISSAN TERRANO II (R20) 1992/10-2007/09


NISSAN PATHFINDER TERRANO II Ball Joint OEM:40160-0W025 SB-4842 CBN-64 K90662 JBJ526


Description:

Front Axle, Lower


OEM No.

NISSAN  40160-0W000  401600W000

NISSAN  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

TRW  104379

TRW  JBJ526


]]>
CITROEN AX SAXO PEUGEOT 106 I II Ball Joint OEM:364036 PE-BJ-3356 JBJ129 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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


CITROEN AX SAXO PEUGEOT 106 I II Ball Joint OEM:364036 PE-BJ-3356 JBJ129


Description:

Front Axle, Lower


OEM No.

OE  3640.36  364036

OE  96 093 233  96093233


Cross Reference

DELPHI  TC485

FEBI BILSTEIN  11850

KAGER  88-0293

LEMFORDER  15334

LEMFORDER  15334 03

LEMFORDER  15334 04

LEMFORDER  023260015521

MAPCO  19428

MEYLE  11-16 010 3356  11160103356

MGA  SR5050

MOOG  PE-BJ-3356  PEBJ3356

NK  5041913

NK  5043706

OCAP  0400199

OPTIMAL  G3-049

TRW  JBJ129


]]>
CITROEN SAXO PEUGEOT 106 I II Control Arm OEM:352078 352079 PE-WP-6980 PE-WP-6979P JTC271 JTC272 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CITROEN SAXO (S0, S1) 1996/02-2004/04

PEUGEOT 106 I (1A, 1C) 1991/08-1996/04

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


CITROEN SAXO PEUGEOT 106 I II Control Arm OEM:352078 352079 PE-WP-6980 PE-WP-6979P JTC271 JTC272


Description:

Front Axle, Left, Right, Lower


OEM No.

OE  3520.78  352078

OE  95 658 978  95658978

OE  3520.79  352079

OE  95 658 979  95658979


Cross Reference

BIRTH  BR1259

DELPHI  TC713

LEMFORDER  17433

LEMFORDER  17433 02

LEMFORDER  17433 03

LEMFORDER  17433 04

MAPCO  19321

MEYLE  11-16 050 6980  11160506980

MOOG  PE-WP-6980  PEWP6980

MOOG  PE-WP-6980P  PEWP6980P

NK  5011903

NK  5013705

OCAP  0390166

OPTIMAL  G6-1016

RUVILLE  935910

SIDEM  53486

SPIDAN  46245

TRW  JTC271


BIRTH  BR1258

DELPHI  TC714

LEMFORDER  17434

LEMFORDER  17434 01

LEMFORDER  17434 02

LEMFORDER  17434 03

MAPCO  19322

MEYLE  11-16 050 6979  11160506979

MOOG  PE-WP-6979  PEWP6979

MOOG  PE-WP-6979P  PEWP6979P

NK  5011904

NK  5013706

OCAP  0380166

OPTIMAL  G6-1017

RUVILLE  935911

SIDEM  53487

SPIDAN  46244

TRW  JTC272


]]>
OPEL ASTRA VECTRA VAUXHALL CALIBRA SAAB 9-3 900 Tie Rod End OEM:324055 ES3236 JTE222 Tue, 01 Dec 2020 09:38:20 +0800 Application:

OPEL ASTRA F (T92) 1991/09-1998/09

OPEL ASTRA F CLASSIC Estate (T92) 1998/01-2005/01

OPEL ASTRA F CLASSIC Hatchback (T92) 1998/01-2002/08

OPEL ASTRA F CLASSIC Saloon (T92) 1998/01-2002/08

OPEL ASTRA F Convertible (T92) 1993/03-2001/03

OPEL ASTRA F Estate (T92) 1991/09-1998/01

OPEL ASTRA F Hatchback (T92) 1991/09-1998/01

OPEL ASTRA F Van (T92) 1991/10-1999/01

OPEL CALIBRA A (C89) 1989/08-1997/07

OPEL VECTRA A (J89) 1988/08-1995/12

OPEL VECTRA A Hatchback (J89) 1988/04-1995/12

SAAB 9-3 (YS3D) 1998/02-2003/08

SAAB 9-3 Cabriolet (YS3D) 1998/02-2003/08

SAAB 900 II 1993/07-1998/02

SAAB 900 II Convertible 1993/09-1998/02

SAAB 900 II Coupe 1993/12-1998/02

VAUXHALL ASTRA Mk III (F) Convertible (T92) 1991/09-2001/03

VAUXHALL ASTRA Mk III (F) Estate (T92) 1991/03-1998/02

VAUXHALL ASTRA Mk III (F) Hatchback (T92) 1991/09-1998/02

VAUXHALL ASTRA Mk III (F) Saloon (T92) 1991/09-1998/09

VAUXHALL ASTRAVAN Mk III (F) (T92) 1991/01-1998/08

VAUXHALL CALIBRA (C89) 1990/06-1997/07

VAUXHALL CAVALIER Mk III Hatchback (J89) 1988/09-1995/11

VAUXHALL CAVALIER Mk III Saloon (J89) 1988/08-1995/11


OPEL ASTRA VECTRA VAUXHALL CALIBRA SAAB 9-3 900 Tie Rod End OEM:324055 ES3236 JTE222


Description:

Front Axle, Left, Outer

Thread Size 1 : M12x1.5 mm

Thread Size 2 : M16x2.0 mm

Length : 66 mm


OEM No.

OE  0324 053  0324053

OE  324 053  324053

OE  0324 055  0324055

OE  324055

OE  42 42 749  4242749

OE  90 350 447  90350447

OE  90 369 704  90369704

OE  90373519  90373519


Cross Reference

A.B.S.  230339

BIRTH  RS2545

BOSAL  101-845  101845

DELPHI  TA1209

FEBI BILSTEIN  05201

LEMFORDER  12179

LEMFORDER  12179 02

LEMFORDER  022 190 075 576

MAPCO  19610

MEYLE  616 020 5562  6160205562

MGA  DR8468

MOOG  ES3236

MOOG  OP-ES-5562  OPES5562

NAKATA  N 387

NK  5033637

NK  5034109

OCAP  0290058

OCAP  0292545

OPTIMAL  G1-041

TRW  ES3236

TRW  JTE 222


]]>
DAEWOO ESPERO LANOS NEXIA OPEL ASCONA KADETT VAUXHALL ASTRA CAVALIER Tie Rod End OEM:324038 CEKD-1R ES3147 JTE219 Tue, 01 Dec 2020 09:38:20 +0800 Application:

DAEWOO ESPERO (KLEJ) 1991/10-1999/09

DAEWOO LANOS (KLAT) 1997/04-

DAEWOO LANOS Saloon (KLAT) 1997/02-

DAEWOO NEXIA 1995/02-1997/08

DAEWOO NEXIA Saloon 1995/02-2008/06

OPEL ASCONA C (J82) 1981/09-1988/10

OPEL ASCONA C Hatchback (J82) 1981/09-1988/08

OPEL KADETT E (T85) 1984/09-1993/12

OPEL KADETT E Box (T85) 1984/08-1993/09

OPEL KADETT E Combo (T85) 1986/01-1994/07

OPEL KADETT E Convertible (T85) 1986/10-1993/02

OPEL KADETT E Estate (T85) 1984/09-1991/08

OPEL KADETT E Hatchback (T85) 1984/09-1991/08

VAUXHALL ASTRA Mk II Belmont (T85) 1985/09-1991/12

VAUXHALL ASTRA Mk II Convertible (T85) 1987/01-1993/08

VAUXHALL ASTRA Mk II Estate (T85) 1984/09-1991/08

VAUXHALL ASTRA Mk II Hatchback (T85) 1984/09-1991/08

VAUXHALL CAVALIER Mk II Convertible (J82) 1984/08-1988/10

VAUXHALL CAVALIER Mk II Estate (J82) 1981/09-1988/08

VAUXHALL CAVALIER Mk II Hatchback (J82) 1981/09-1988/08

VAUXHALL CAVALIER Mk II Saloon (J82) 1981/09-1988/08


DAEWOO ESPERO LANOS NEXIA OPEL ASCONA KADETT VAUXHALL ASTRA CAVALIER Tie Rod End OEM:324038 CEKD-1R ES3147 JTE219


Description:

Front Axle, Right, Outer

Thread Size 1 : M12x1.5 mm

Thread Size 2 : M16x1.5 mm

Length : 66 mm


OEM No.

OE  0324 038

OE  324 038

OE  7846485

OE  07846485

OE  260 01 806

OE  901 40 006

OE  96275019


Cross Reference

A.B.S.  230359  230359

CTR  CEKD-1R  CEKD1R

DELPHI  TA965

FAI AUTOPARTS  SS325

FEBI BILSTEIN  02636

INDELDIS KX 7  DR11622

JAPANPARTS  J TI-D51R

LEMFORDER  12172

LEMFORDER  12172 01

LEMFORDER  12172 02

LEMFORDER  12172 04

LEMFORDER  022190106576

MAPCO  19719

MEYLE  616 020 5380

MGA  DR7082

MOOG  ES3147

MOOG  ES80614

MOOG  OP-ES-5380  OPES5380

NIPPARTS  J4830900

OCAP  0280771

OPTIMAL  G1-036  G1036

SWAG  40 71 0006

TOPRAN  200 383

TRISCAN  8500 24151

TRW  JTE219


]]>
HYUNDAI ATOS PRIME COUPE LANTRA ELANTRA TIBURON KIA SPECTRA5 CERATO Stabilizer Link OEM:55530-17000 CLKH-5 K750017 HY-LS-2380 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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 SPECTRA 2004-2009

KIA SPECTRA5 2005-2009

KIA CERATO Hatchback (LD) 2004/03-

KIA CERATO Saloon (LD) 2004/04-2009/12


HYUNDAI ATOS PRIME COUPE LANTRA ELANTRA TIBURON KIA SPECTRA5 CERATO Stabilizer Link OEM:55530-17000 CLKH-5 K750017 HY-LS-2380


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

BENDIX  042545B

BIRTH  BX0049

CTR  CLKH-5  CLKH5

CTR  CLKK-20  CLKK20

DELPHI  TC1200

DENCKERMANN  D140135

FEBI BILSTEIN  24922

FEBI BILSTEIN  33495

FIRST LINE  FDL6503

FIRST LINE  FDL6870

JAPANPARTS  TI-H91

KAGER  85-0459

KAGER  85-0463

KAVO PARTS  SLS-3016

KAVO PARTS  SLS-3022

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

OPTIMAL  G7-798

RAYBESTOS  5451201

TRW  18236

TRW  18343

TRW  JTS520

TRW  JTS7522


]]>
HYUNDAI SANTA FÉ I (SM) Stabilizer Link OEM:54840-26000 SLK-8150R CLKH-15R K90413 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HYUNDAI SANTA FÉ I (SM) 2000/11-2006/03


HYUNDAI SANTA FÉ I (SM) Stabilizer Link OEM:54840-26000 SLK-8150R CLKH-15R K90413


Description:

Front Axle, Right

Thread Size 1 : R-M12×1.25


OEM No.

HYUNDAI  54840-26000  5484026000

HYUNDAI  54840-26010  5484026010

HYUNDAI  54840-26100  5484026100


Cross Reference

555  SLK-8150R

A.B.S.  260357

CTR  CLKH-15R  CLKH15R

DELPHI  TC1530

FEBI BILSTEIN  24928

KAGER  85-0448  850448

KSP  6010005

LEMFORDER  30361

LEMFORDER  30361 01

MAPCO  51206

METZGER  HY-508  HY508

MEYLE  37-16 060 0014  37160600014

MEYLE  37-16 060 0014/HD  37160600014HD

MOOG  HY-LS-2626  HYLS2626

MOOG  K90413

NIPPARTS  J4970515

OCAP  0584466

TRW  18341

TRW  JTS7595


]]>
HYUNDAI SANTA FÉ I (SM) Stabilizer Link OEM:54830-26000 SLK-8150L CLKH-15L K90376 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HYUNDAI SANTA FÉ I (SM) 2000/11-2006/03


HYUNDAI SANTA FÉ I (SM) Stabilizer Link OEM:54830-26000 SLK-8150L CLKH-15L K90376


Description:

Front Axle, Left

Thread Size 1 : R-M12×1.25


OEM No.

HYUNDAI  54830-26000  5483026000

HYUNDAI  54830-26010  5483026010

HYUNDAI  54830-26100  5483026100


Cross Reference

555  SLK-8150L

A.B.S.  260356

CTR  CLKH-15L  CLKH15L

DELPHI  TC1529

FEBI BILSTEIN  24929

KAGER  85-0447  850447

KSP  6010004

LEMFORDER  30617

LEMFORDER  30617 01

MAPCO  51205

METZGER  HY-509  HY509

MEYLE  37-16 060 0013  37160600013

MEYLE  37-16 060 0013/HD  37160600013HD

MOOG  HY-LS-2625  HYLS2625

MOOG  K90376

NIPPARTS  J4960516

OCAP  0594466

TRW  18329

TRW  JTS7596


]]>
KIA SORENTO I (JC) Control Arm OEM:54510-3E003 MD-WP-3963 CS-2910L Tue, 01 Dec 2020 09:38:20 +0800 Application:

KIA SORENTO I (JC) 2002/08-


KIA SORENTO I (JC) Control Arm OEM:54510-3E003 MD-WP-3963 CS-2910L


Description:

Front Axle, Left, Lower

Fitted Ø : 21.5mm

Overall Height : 96.5mm

Outer Thread : 20X1.5 mm

Inner Diameter : 18mm


OEM No.

KIA : 54510-3E000

KIA : 54510-3E001

KIA : 54510-3E002

KIA : 54510-3E003


Cross Reference

A.B.S. : 210993

ASHIKA : 72-0K-K15L

ASHUKI : I875-01

AYD : 9705524

AYWIPARTS : AW1360189L

BENDIX : 041976B

BIRTH : BR1836

BLUE PRINT : ADG086123

BORG & BECK : BCA6483

BSG : BSG 40-315-039

BSG : BSG 40-315-039

CTE : CS-2910L

DELPHI : TC1747

FAI AutoParts : SS6058

FIRST LINE : FCA6483

FLENNOR : FL0097-G

FORMPART : 4909000

HERTH+BUSS JAKOPARTS : J4900314

HERTH+BUSS JAKOPARTS : J4900321

JAPANPARTS : BS-K15L

JAPKO : 72K15L

JP GROUP : 3640100270

JP GROUP : 3640100279

KAGER : 87-1186

KAMOKA : 9981070

KAVO PARTS : SCA-4038

KAWE : 8500 18526

KAWE : FL0097-G

LYNXauto : C5160L

MAGNETI MARELLI : 600000151770

MDR : MSA-8K16

METZGER : 58048401

MEYLE : 28-16 050 0008

MGA : SB8967

MONROE : L18526

MOOG : MD-WP-3963

NIPPARTS : J4900314

NK : 5013505

NPS : K421A30

OCAP : 0792474

OPTIMAL : G6-1108

PEMEBLA : JAPBS-K15L

PEMEBLA : K3E81E

PEMEBLA : K3E81IN

QUINTON HAZELL : QSA2374S

RIW : KI6002

RIW : KI6002J

RIW : KI6011

RTS : 96-08830-2

RUVILLE : 938924

SASIC : 7476238

STELLOX : 57-53049-SX

SWAG : 91 94 1703

TALOSA : 40-00471

TRISCAN : 8500 18526


]]>
HONDA ACCORD VIII Estate Tie Rod End OEM:53560-TA0-A01 SE-H051L CEHO-33 ES800460 JTE7681 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD VIII (CU) 2008/04-

HONDA ACCORD VIII Estate (CW) 2008/07-

HONDA (GUANGZHOU) ACCORD VIII 2008/01-2013/12


HONDA ACCORD VIII Estate Tie Rod End OEM:53560-TA0-A01 SE-H051L CEHO-33 ES800460 JTE7681


Description:

Front Axle, Left

Inner Thread : M14x1.5 mm

Length : 198mm

Outer Thread : M12x1.25 mm


OEM No.

HONDA : 53540-SMG-003

HONDA : 53540-SMJ-003

HONDA : 53540-TR0-A01

HONDA : 53540-TR0-A02

HONDA : 53560-TA0-A01


Cross Reference

555  SE-H051L  SEH051L

ASHIKA  111-04-428  11104428

ASHUKI  1446-8204  14468204

CTR  CEHO-33 CEHO33

JAPKO  111428

MEYLE  31-16 020 0035  31160200035

MOOG  ES800460

NIPPARTS  N4824028

RAYBESTOS  401-2286  4012286

TRW  JTE7681


]]>
HONDA ACCORD V Aerodeck VI Coupe Hatchback SHUTTLE VII Tie Rod End OEM:53560-SV4-013 SE-6211L CEHO-7L ES3392R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

HONDA ACCORD VI (CK, CG, CH, CF8) 1997/03-2003/12

HONDA ACCORD VI Coupe (CG) 1997/12-2003/06

HONDA ACCORD VI Hatchback (CH, CL) 1999/12-2002/12

HONDA SHUTTLE (RA) 1994/06-2004/06

HONDA (GUANGZHOU) ACCORD VI 1999/01-2002/12

HONDA (GUANGZHOU) ACCORD VII 2003/01-2007/12


HONDA ACCORD V Aerodeck VI Coupe Hatchback SHUTTLE VII Tie Rod End OEM:53560-SV4-013 SE-6211L CEHO-7L ES3392R


Description:

Front Axle, Left

Inner Thread : M14X1.5 mm


OEM No.

HONDA  53560-S84-A01  53560S84A01

HONDA  53560-SV4-003  53560SV4003

HONDA  53560-SV4-013  53560SV4013

HONDA  53560-SV7-003  53560SV7003

HONDA  53560-SX0-003  53560SX0003


Cross Reference

555  SE-6211L  SE6211L

CTR  CEHO-7L  CEHO7L

MAPCO  59313

MAPCO  59316

MOOG  ES3392R

NIPPARTS  J4824009

NK  5032617

TRW  JTE 557


]]>
HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:53560-SM4-003 SE-6181L ES3153 JTE306 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

ROVER 600 (RH) 1993/08-2000/10


HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:53560-SM4-003 SE-6181L ES3153 JTE306


Description:

Front Axle, Left, Outer

Thread size 1 : M10x1.25 mm

Thread size 2 : M14x1.5 mm

Length : 218 mm


OEM No.

HONDA  53560-SM4-003  53560SM4003

HONDA  53560-SM4-004  53560SM4004

ROVER  GSJ407


Cross Reference

555  SE-6181L  SE6181L

A.B.S.  230156

BIRTH  RS3349

BLUE PRINT  ADH28705

CTR  CEHO-4L  CEHO4L

DELPHI  TA1589

FEBI BILSTEIN  12946

FEBI BILSTEIN  15498

FLENNOR  FL579-B  FL579B

JAPANPARTS  TI-404L  TI404L

KAGER  43-0196  430196

KSP  8011103

MAPCO  19504

MOOG  ES3153

MOOG  RO-ES-3153  ROES3153

NIPPARTS  J4824001

NK  5032610

OCAP  0293349

OPTIMAL  G1-680  G1680

PEX  12.02.203  1202203

PEX  12.02.230  1202230

QUINTON HAZELL  QR2867S

RAYBESTOS  401-1489  4011489

SWAG  22 71 0003  22710003

TRW  JTE306


]]>
HONDA CIVIC V Coupe VI Aerodeck Fastback CR-V I CRX III INTEGRA MG ZS Hatchback ROVER 400 45 Saloon Tie Rod End OEM:53560-S04-013 SE-6191L ES3332R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1993/08-1996/03

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CIVIC VI Aerodeck (MB, MC) 1998/04-2001/02

HONDA CIVIC VI Coupe (EJ, EM1) 1996/03-2000/12

HONDA CIVIC VI Fastback (MA, MB) 1994/09-2001/02

HONDA CIVIC VI Hatchback (EJ, EK) 1995/10-2001/02

HONDA CIVIC VI Saloon (EJ, EK) 1995/06-2001/03

HONDA CR-V I (RD) 1995/10-2002/07

HONDA CRX III (EH, EG) 1992/03-1998/12

HONDA INTEGRA Coupe (DC2, DC4) 1993/07-2001/11

MG MG ZS 2001/07-2005/04

MG MG ZS Hatchback 2001/07-2005/10

ROVER 400 (RT) 1995/03-2000/03

ROVER 400 Hatchback (RT) 1995/05-2000/03

ROVER 45 Hatchback (RT) 2000/02-2005/05

ROVER 45 Saloon (RT) 2000/02-2005/05


HONDA CIVIC V Coupe VI Aerodeck Fastback CR-V I CRX III INTEGRA MG ZS Hatchback ROVER 400 45 Saloon Tie Rod End OEM:53560-S04-013 SE-6191L ES3332R


Description:

Front Axle, Left, Outer

Inner Thread : M14x1.50 mm


OEM No.

HONDA  53560-S04-003  53560S04003

HONDA  53560-S04-013  53560S04013

HONDA  53560-SO4-003  53560SO4003

HONDA  53560-SO4-013  53560SO4013

HONDA  53560-SR3-003  53560SR3003

HONDA  53560-SRO-A01  53560SROA01

HONDA  53560-SRO-AO1  53560SROAO1

HONDA  53560-ST7-003  53560ST7003

ROVER  GSJ495


Cross Reference

555  SE-6191L  SE6191L

A.B.S.  230155

CTR  CEHO-6L  CEHO6L

DELPHI  TA1662

FEBI BILSTEIN  15541

MOOG  ES3332R

MOOG  HO-ES-0170  HOES0170

NIPPARTS  J4824005

OPTIMAL  G1-686  G1686

TRW  ES3332

TRW  JTE 555


]]>
HONDA ACCORD VIII Estate Tie Rod End OEM:53540-TA0-A01 SE-H051R CEHO-32 ES800459 JTE7682 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD VIII (CU) 2008/04-

HONDA ACCORD VIII Estate (CW) 2008/07-

HONDA (GUANGZHOU) ACCORD VIII 2008/01-2013/12


HONDA ACCORD VIII Estate Tie Rod End OEM:53540-TA0-A01 SE-H051R CEHO-32 ES800459 JTE7682


Description:

Front Axle, Right

Inner Thread : M14x1.5 mm

Length : 198mm

Outer Thread : M12x1.25 mm


OEM No.

HONDA : 53540-TA0-A01

HONDA : 53560-SMG-003

HONDA : 53560-SMJ-003

HONDA : 53560-TR0-A01

HONDA : 53560-TR0-A02


Cross Reference

555  SE-H051R  SEH051R

ASHIKA  111-04-429  11104429

ASHUKI  1449-7204  14497204

CTR  CEHO-32  CEHO32

JAPANPARTS  TI-429  TI429

JAPKO  111429

KAVO PARTS  STE-2023  STE2023

MEYLE  31-16 020 0034  31160200034

MOOG  ES800459

NIPPARTS  N4834027

RAYBESTOS  401-2287  4012287

TRW  JTE7682


]]>
HONDA ACCORD V Aerodeck VI Coupe VII SHUTTLE Tie Rod End OEM:53540-SV4-013 SE-6211R CEHO-7R ES3391R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

HONDA ACCORD VI (CK, CG, CH, CF8) 1997/03-2003/12

HONDA ACCORD VI Coupe (CG) 1997/12-2003/06

HONDA ACCORD VI Hatchback (CH, CL) 1999/12-2002/12

HONDA SHUTTLE (RA) 1994/06-2004/06

HONDA (GUANGZHOU) ACCORD VI 1999/01-2002/12

HONDA (GUANGZHOU) ACCORD VII 2003/01-2007/12


HONDA ACCORD V Aerodeck VI Coupe VII SHUTTLE Tie Rod End OEM:53540-SV4-013 SE-6211R CEHO-7R ES3391R


Description:

Front Axle, Right

Length 1 : 218mm

Thread Size 1 : M14X1.5

D1 : 14mm

Thread Size 2 : M10X1.25


OEM No.

HONDA : 53540-S1A-E01

HONDA : 53540-S84-A01

HONDA : 53540-SV4-003

HONDA : 53540-SV4-013

HONDA : 53540-SV7-003

HONDA : 53540-SX0-003

HONDA : 53540-SX0-013


Cross Reference

555 : SE-6211R

CTR : CEHO-7R

FIRST LINE : FTR4912

HERTH+BUSS JAKOPARTS : J4834008

LEMFORDER : 30699 01

MAPCO : 59248

MAPCO : 59312

METZGER : 54023002

MOOG : ES3391R

MOOG : HO-ES-2555

NIPPARTS : J4834008

NK : 5032618

RUVILLE : 917421

SIDEM : 47133

SWAG : 85 94 2202

TRW : ES3391

TRW : JTE815


]]>
HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:53540-SM4-003 SE-6181R ES3154 JTE307 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

ROVER 600 (RH) 1993/08-2000/10


HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod End OEM:53540-SM4-003 SE-6181R ES3154 JTE307


Description:

Front Axle, Right, Outer

Thread size 1 : M10x1.25 mm

Thread size 2 : M14x1.5 mm

Length : 217 mm


OEM No.

HONDA  53540-SM4-003  53540SM4003

HONDA  53540-SM4-004  53540SM4004

HONDA  53540-SM4-J62  53540SM4J62

ROVER  GSJ408


Cross Reference

555  SE-6181R  SE6181R

A.B.S.  230157

BIRTH  RD3349

BLUE PRINT  ADH28706

CTR  CEHO-4R  CEHO4R

DELPHI  TA1588

FLENNOR  FL570-B  FL570B

JAPANPARTS  TI-404R  TI404R

KAGER  43-0180  430180

KSP  8011104

MAPCO  19505

MOOG  ES3154

MOOG  RO-ES-3154  ROES3154

NIPPARTS  J4834000

NK  5032611

OCAP  0283349

OPTIMAL  G1-681  G1681

PEX  12.02.086  1202086

PEX  12.02.129  1202129

QUINTON HAZELL  QR2869S

RAYBESTOS  401-1488  4011488

RUVILLE  917404

SIDEM  47131

SPIDAN  44546

SWAG  85 71 0001  85710001

TRW  JTE307


]]>
HONDA CIVIC V Coupe VI Aerodeck Hatchback INTEGRA CR-V I CRX III MG ZS ROVER 400 45 Saloon Tie Rod End OEM:53540-S04-003 SE-6191R CEHO-6R ES3331 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1993/08-1996/03

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CIVIC VI Aerodeck (MB, MC) 1998/04-2001/02

HONDA CIVIC VI Coupe (EJ, EM1) 1996/03-2000/12

HONDA CIVIC VI Fastback (MA, MB) 1994/09-2001/02

HONDA CIVIC VI Hatchback (EJ, EK) 1995/10-2001/02

HONDA CIVIC VI Saloon (EJ, EK) 1995/06-2001/03

HONDA CR-V I (RD) 1995/10-2002/07

HONDA CRX III (EH, EG) 1992/03-1998/12

HONDA INTEGRA Coupe (DC2, DC4) 1993/07-2001/11

MG MG ZS 2001/07-2005/04

MG MG ZS Hatchback 2001/07-2005/10

ROVER 400 (RT) 1995/03-2000/03

ROVER 400 Hatchback (RT) 1995/05-2000/03

ROVER 45 Hatchback (RT) 2000/02-2005/05

ROVER 45 Saloon (RT) 2000/02-2005/05


HONDA CIVIC V Coupe VI Aerodeck Hatchback INTEGRA CR-V I CRX III MG ZS ROVER 400 45 Saloon Tie Rod End OEM:53540-S04-003 SE-6191R CEHO-6R ES3331


Description:

Front Axle, Right, Outer

Inner Thread : M14x1.50 mm


OEM No.

HONDA  53540-S04-003  53540S04003

HONDA  53540-S04-013  53540S04013

HONDA  53540-SO3-003  53540SO3003

HONDA  53540-SO3-013  53540SO3013

HONDA  53540-SR0-A01  53540SR0A01

HONDA  53540-SR3-003  53540SR3003

HONDA  53540-SRO-A01  53540SROA01

HONDA  53540-SRO-AO1  53540SROAO1

HONDA  53540-ST7-003  53540ST7003

ROVER  GSJ496


Cross Reference

555  SE-6191R  SE6191R

CTR  CEHO-6R  CEHO6R

DELPHI  TA1663

KAGER  43-0063  430063

KAGER  43-0833  430833

MOOG  ES3331R

MOOG  HO-ES-0171  HOES0171

NIPPARTS  J4834003

OPTIMAL  G1-687  G1687

TRW  ES3331

TRW  JTE551


]]>
HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod Axle Joint Axial Rod OEM:53521-SM4-013 SR-6180 EV283 ES3170 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12

ROVER 600 (RH) 1993/08-2000/10


HONDA ACCORD IV Aerodeck V Coupe ROVER 600 Tie Rod Axle Joint Axial Rod OEM:53521-SM4-013 SR-6180 EV283 ES3170


Description:

Front Axle

Thread Size 1 : M12x1.25 mm

Thread Size 2 : M14x1.5 mm


OEM No.

HONDA  53521-SM4-003  53521SM4003

HONDA  53521-SM4-013  53521SM4013

ROVER  GSV1211


Cross Reference

555  SR-6180  SR6180

A.B.S.  240105

CTR  CRHO-10  CRHO10

DELPHI  TA1835

FAI AUTOPARTS  SS2262

FLENNOR  FL451-C  FL451C

INDELDIS KX 7  DR20780

JAPANPARTS  RD-410  RD410

KAGER  41-0213  410213

KSP  8002017

LEMFORDER  15436

LEMFORDER  1543602

LEMFORDER  1543603

LEMFORDER  183000031573

MAPCO  19506

MEYLE  31-16 030 0010  31160300010

MOOG  EV283

MOOG  HO-AX-3170  HOAX3170

NIPPARTS  J4844007

NK  5032612

OCAP  0600388

OPTIMAL  G2-562  G2562

PEX  12.06.036  1206036

QUINTON HAZELL  QR2868S

RAYBESTOS  401-1490  4011490

RUVILLE  917403

SIDEM  47130A

TRISCAN  8500 40202  850040202

TRW  ES3170

TRW  JAR134


]]>
HONDA LEGEND I Coupe Tie Rod Axle Joint Axial Rod OEM:53521-SD4-003 SR-6130 EV212 ES2809 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA LEGEND I (HS, KA) 1986/01-1991/03

HONDA LEGEND I Coupe (KA_) 1987/10-1991/03


HONDA LEGEND I Coupe Tie Rod Axle Joint Axial Rod OEM:53521-SD4-003 SR-6130 EV212 ES2809


Description:

Front Axle

Thread Size 1 : M12x1.25 mm

Thread Size 2 : M12x1.25 mm

Length : 124 mm


OEM No.

HONDA  53521-SD4-003  53521SD4003

HONDA  53521-SD4-013  53521SD4013

HONDA  53521-SD4-023  53521SD4023


Cross Reference

555  SR-6130  SR6130

A.B.S.  240102

CTR  CRHO-7  CRHO7

KAGER  41-0237  410237

KSP  8002014

MEYLE  31-16 031 0016  31160310016

MOOG  EV212

NIPPARTS  J4844003

OCAP  0600387

OPTIMAL  G2-566  G2566

RAYBESTOS  401-1554  4011554

TRW  ES2809

TRW  JAR337


]]>
HONDA CR-V II Tie Rod Axle Joint Axial Rod OEM:53521-S9A-003 SR-6270 EV80383 ES80383 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CR-V II (RD_) 2001/09-2007/03

HONDA (DONGFENG) CR-V 2004/06-2007/02


HONDA CR-V II Tie Rod Axle Joint Axial Rod OEM:53521-S9A-003 SR-6270 EV80383 ES80383


Description:

Front Axle

Length : 547mm

Thread Size 1 : M14X1.5 RHT

Weight : 1.35kg

Thread Size 2 : M14X1.25 RHT


OEM No.

HONDA  53521-S9A-003  53521S9A003


Cross Reference

555  SR-6270  SR6270

ASHUKI  1452-7104  14527104

BENDIX  040936B

DELPHI  TA2344

FIRST LINE  FTR5302

KAVO PARTS  STR-2029  STR2029

MEYLE  31-16 031 0004  31160310004

MONROE  L40206

MOOG  AMGEV80383

MOOG  EV80383

MOOG  HO-AX-5528  HOAX5528

NIPPARTS  J4844017

OCAP  0604361

OPTIMAL  G2-1067  G21067

RAYBESTOS  405-1143  4051143

TRW  ES80383

TRW  JAR7543


]]>
HONDA ACCORD I Hatchback III Aerodeck CIVIC I Saloon II Estate Hatchback PRELUDE I Coupe QUINTET Tie Rod Axle Joint Axial Rod OEM:53521-692-003 CRHO-3 EV157 ES2183R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD I (SJ, SY) 1976/05-1983/09

HONDA ACCORD I Hatchback (SJ, SY) 1979/01-1983/09

HONDA ACCORD III (CA) 1985/11-1989/12

HONDA ACCORD III Aerodeck (CA) 1985/11-1989/12

HONDA CIVIC I Saloon (SF) 1979/10-1984/12

HONDA CIVIC II Estate (WC) 1979/01-1983/12

HONDA CIVIC II Hatchback (SS, SL) 1978/01-1983/12

HONDA PRELUDE I Coupe (SN) 1978/11-1982/10

HONDA QUINTET (SU) 1980/02-1984/12


HONDA ACCORD I Hatchback III Aerodeck CIVIC I Saloon II Estate Hatchback PRELUDE I Coupe QUINTET Tie Rod Axle Joint Axial Rod OEM:53521-692-003 CRHO-3 EV157 ES2183R


Description:

Front Axle

Thread Size : M12X1.25 mm

Length : 265 mm


OEM No.

HONDA  53521-692-003  53521692003

HONDA  53521-S30-003  53521S30003

HONDA  53521 S30-951  53521S30951

HONDA  53521-SA0-003  53521SA0003

HONDA  53521-SE0-000  53521SE0000

HONDA  53521-SE0-003  53521SE0003

HONDA  53521-SE0-013  53521SE0013

HONDA  53521-SE0-951  53521SE0951

HONDA  53521-SEO-003  53521SEO003

HONDA  53521-SEO-951  53521SEO951


Cross Reference

555  SR-6040  SR6040

BIRTH  AX0988

CTR  CRHO-3

DELPHI  TA1145

FLENNOR  FL446-C

JAPANPARTS  RD-403

KAGER  41-0217

LEMFORDER  14933

LEMFORDER  14933 02

LEMFORDER  183000006573

MEYLE  31-16 030 0001

MOOG  EV157

MOOG  HO-AX-2183  HOAX2183

NIPPARTS  J4844008

NK  5032603

NT  06-218-001M

OCAP  0600988

OPTIMAL  G2-557

PEX  12.06.081

QUINTON HAZELL  QR1978S

RAYBESTOS  401-1447

SIDEM  47035A

TRW  ES2183R

TRW  JAR133


]]>
HONDA ACCORD VIII Estate Tie Rod Axle Joint Axial Rod OEM:53010-TA0-A01 EV800461 CRHO-40 JAR7586 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD VIII (CU) 2008/04-

HONDA ACCORD VIII Estate (CW) 2008/07-

HONDA (GUANGZHOU) ACCORD VIII 2008/01-2013/12


HONDA ACCORD VIII Estate Tie Rod Axle Joint Axial Rod OEM:53010-TA0-A01 EV800461 CRHO-40 JAR7586


Description:

Front Axle

Outer thread 1 : M 20X1.5 mm

Total Length : 148mm

Outer Thread : M 14X1.5 mm


OEM No.

HONDA  53010-TA0-A01  53010TA0A01


Cross Reference

555  SR-H070

ASHIKA  103-04-424

CTR  CRHO-40

JAPANPARTS  RD-424

JAPKO  103424

MEYLE  31-16 030 0006

MOOG  EV800461

RAYBESTOS  401-2289

TRISCAN  8500 40204

TRW  JAR7586

VAICO  V26-0113


]]>
HONDA ACCORD V Coupe Tie Rod Axle Joint Axial Rod OEM:53010-SV4-000 SR-6210 CRHO-13 EV342 JAR131 ES3394 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V Coupe (CD) 1993/04-1998/12


HONDA ACCORD V Coupe Tie Rod Axle Joint Axial Rod OEM:53010-SV4-000 SR-6210 CRHO-13 EV342 JAR131 ES3394


Description:

Front Axle

Thread Size 1 : M12x1.25 mm

Thread Size 2 : M14x1.5 mm

Length : 172 mm


OEM No.

HONDA  53010-SV4-000  53010SV4000


Cross Reference

555  SR-6210

A.B.S.  240091

ASHIKA  103-04-413

ASHUKI  1452-0004

BIRTH  AX0055

BLUE PRINT  ADH28718

CTR  CRHO-13

DELPHI  TA2039

JAPANPARTS  RD-413

JAPKO  103413

KAGER  41-0341

KSP  8002004

MAPCO  59246

MEYLE  31-16 030 0018

MOOG  EV342

MOOG  HO-AX-2538  HOAX2538

NIPPARTS  J4844000

OCAP  0602926

OPTIMAL  G2-561

QUINTON HAZELL  QR9192S

RAYBESTOS  4011625

RUVILLE  917419

SIDEM  47110

SPIDAN  44548

TRW  ES3394

TRW  JAR131


]]>
HONDA ACCORD VI Coupe Hatchback VII Tie Rod Axle Joint Axial Rod OEM:53010-S84-A01 SR-6250 EV415 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD VI (CK, CG, CH, CF8) 1997/03-2003/12

HONDA ACCORD VI Coupe (CG) 1997/12-2003/06

HONDA ACCORD VI Hatchback (CH, CL) 1999/12-2002/12

HONDA (GUANGZHOU) ACCORD VI 1999/01-2002/12

HONDA (GUANGZHOU) ACCORD VII 2003/01-2007/12


HONDA ACCORD VI Coupe Hatchback VII Tie Rod Axle Joint Axial Rod OEM:53010-S84-A01 SR-6250 EV415


Description:

Front Axle

Thread Size 1 : M16x1.5 mm

Thread Size 2 : M14x1.5 mm


OEM No.

HONDA  53010-S84-A01  53010S84A01


Cross Reference

555  SR-6250

BENDIX  040938B

BIRTH  AX0008

BLUE PRINT  ADH28737

CTR  CRHO-20

DELPHI  TA2112

JAPANPARTS  RD-407

MAPCO  59514

MEYLE  31-16 031 0020

MOOG  EV415

MOOG  HO-AX-5107  HOAX5107

MOOG  HO-AX-5447  HOAX5447

NIPPARTS  J4844020

NK  5032629

RAYBESTOS  401-1831

TRW  ES3582

TRW  JAR541


]]>
HONDA ACCORD V Aerodeck Coupe Control Arm OEM:51365-SX0-000 HO-WP-2564 K80326 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12


HONDA ACCORD V Aerodeck Coupe Control Arm OEM:51365-SX0-000 HO-WP-2564 K80326



OEM No.

HONDA  51365-SV4-000  51365SV4000

HONDA  51365-SV7-A00  51365SV7A00

HONDA  51365-SX0-000  51365SX0000


Cross Reference

BIRTH  BR1480

DELPHI  TC1045

FAI AUTOPARTS  SS4781

FEBI BILSTEIN  15489

KAGER  87-0074

MAPCO  49209

METZGER  HO-911

MEYLE  31-16 050 0042

MOOG  HO-WP-2564  HOWP2564

MOOG  K80326

NIPPARTS  J4904007

NOR  2922363

OCAP  0394241

QUINTON HAZELL  QSA1728S

SIDEM  47674

TRW  10980236


]]>
HONDA ACCORD IV Aerodeck Coupe Control Arm OEM:51365-SM4-040 HO-TC-1801 K80324 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12


HONDA ACCORD IV Aerodeck Coupe Control Arm OEM:51365-SM4-040 HO-TC-1801 K80324



OEM No.

HONDA  51365-SM4-030  51365SM4030

HONDA  51365-SM4-040  51365SM4040


Cross Reference

A.B.S.  210237

BIRTH  BR1476

DELPHI  TC943

HERTH+BUSS JAKOPARTS  J4904006

KAGER  87-0319

KSP  8003028

MAPCO  49508

MOOG  HO-TC-1801  HOTC1801

MOOG  K80324

NOR  FL552-F

OCAP  0394228

OPTIMAL  G5-663

QUINTON HAZELL  QSA1726S

TRISCAN  8500 40516

TRW  10980324


]]>
HONDA CIVIC III Saloon IV Hatchback CONCERTO Saloon CRX II Control Arm OEM:51365-SH3-010 K80330 HO-TC-1225 JTC671 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC III Saloon (AM, AK, AU) 1983/10-1987/10

HONDA CIVIC IV Hatchback (EC, ED, EE) 1987/09-1993/10

HONDA CIVIC IV Saloon (ED) 1987/09-1993/10

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CONCERTO Saloon (HWW) 1989/08-1995/05

HONDA CRX II (ED, EE) 1987/10-1992/02


HONDA CIVIC III Saloon IV Hatchback CONCERTO Saloon CRX II Control Arm OEM:51365-SH3-010 K80330 HO-TC-1225 JTC671



OEM No.

HONDA  51365-SH3-010  51365SH3010

HONDA  51365-SH3-020  51365SH3020

HONDA  51365-SK7-010  51365SK7010


Cross Reference

A.B.S.  210228

ASHIKA  71-04-414

ASHUKI  1470-0104

BIRTH  BR1492

DELPHI  TC864

FLENNOR  FL551-F

JAPANPARTS  CJ-414

JAPKO  71414

KAGER  87-0010

KAVO PARTS  SCA-2006

KSP  8003022

MAPCO  59506

METZGER  HO919

MEYLE  31160500013

MOOG  HO-TC-1225  HOTC1225

MOOG  K80330

NIPPARTS  J4904010

NK  5012623

NOR  FL551-F

OCAP  0793335

OPTIMAL  G5-662

SIDEM  47770

SPIDAN  40907

TRW  10980330

TRW  JTC671


]]>
HONDA CIVIC I Saloon II Hatchback III Saloon CRX I Control Arm OEM:51361-SB2-013 JTC232 SA-6062 K9417 HO-TC-10870 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC I Hatchback (SB) 1972/07-1983/09

HONDA CIVIC I Saloon (SF) 1979/10-1984/12

HONDA CIVIC I Shuttle (AN, AR) 1983/08-1987/12

HONDA CIVIC II Estate (WC) 1979/01-1983/12

HONDA CIVIC II Hatchback (SS, SL) 1978/01-1983/12

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1983/10-1987/10

HONDA CIVIC III Saloon (AM, AK, AU) 1983/10-1987/10

HONDA CRX I (AF, AS) 1983/10-1987/10


HONDA CIVIC I Saloon II Hatchback III Saloon CRX I Control Arm OEM:51361-SB2-013 JTC232 SA-6062 K9417 HO-TC-10870



OEM No.

HONDA  51361-SB2-003  51361SB2003

HONDA  51361-SB2-013  51361SB2013

HONDA  51361-SB2-672  51361SB2672

HONDA  51361-SB6-931  51361SB6931

ROVER  GSJ 228

ROVER  GSJ764


Cross Reference

555  SA-6062  SA6062L

A.B.S.  210279

BOSAL  111-189

CTR  CQHO-22L

DELPHI  TC578

FAI AUTOPARTS  SS428

HERTH+BUSS JAKOPARTS  J4904003

KAGER  87-0175

MAPCO  59330

MEYLE  31-16 050 0008

MGA  SB8491

MOOG  HO-TC-10870  HOTC10870

MOOG  K9417

MOOG  K9595

NIPPARTS  J4904003

OCAP  0793333

OPTIMAL  G6-552

TRW  JTC232

TRW  JTC457


]]>
HONDA CIVIC V Coupe VI Fastback CRX III MG ZS ROVER 400 Hatchback Control Arm OEM:51360-SR3-020 K80328 RO-WP-0505 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1993/08-1996/03

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CIVIC VI Fastback (MA, MB) 1994/09-2001/02

HONDA CRX III (EH, EG) 1992/03-1998/12

MG MG ZS 2001/07-2005/04

MG MG ZS Hatchback 2001/07-2005/10

ROVER 400 (RT) 1995/03-2000/03

ROVER 400 Hatchback (RT) 1995/05-2000/03

ROVER 45 Hatchback (RT) 2000/02-2005/05

ROVER 45 Saloon (RT) 2000/02-2005/05


HONDA CIVIC V Coupe VI Fastback CRX III MG ZS ROVER 400 Hatchback Control Arm OEM:51360-SR3-020 K80328 RO-WP-0505



OEM No.

HONDA  51360-SR3-010  51360SR3010

HONDA  51360-SR3-020  51360SR3020

HONDA  51360-SR3-A01  51360SR3A01

HONDA  51360-SR3-A02  51360SR3A02

HONDA  51360-ST7-010  51360ST7010

ROVER  RBJ 102230


Cross Reference

A.B.S.  210273

BIRTH  BR1486

DELPHI  TC939

HERTH+BUSS JAKOPARTS  J4904014

KAGER  87-0180

KSP  8003053

MAPCO  49215

METZGER  HO-921

MEYLE  31-16 050 0015

MOOG  K620047

MOOG  K80328

MOOG  RO-WP-0505  ROWP0505

NIPPARTS  J4904014

NK  5012631

NOR  FL724-G

OCAP  0394230

OPTIMAL  G6-835

PEX  12.03.256

RUVILLE  937420

SIDEM  47774

SPIDAN  40913

TRW  10980328

TRW  109620047


]]>
HONDA ACCORD I Hatchback (SJ, SY) Control Arm OEM:51360-SA5-013 HO-BJ-10857 SA-6052L Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD I (SJ, SY) 1976/05-1983/09

HONDA ACCORD I Hatchback (SJ, SY) 1979/01-1983/09


HONDA ACCORD I Hatchback (SJ, SY) Control Arm OEM:51360-SA5-013 HO-BJ-10857 SA-6052L



OEM No.

HONDA  51360-SA5-003  51360SA5003

HONDA  51360-SA5-013  51360SA5013


Cross Reference

555  SA-6052L  SA6052L

INDELDIS KX 7  SU20761

JAPANPARTS  CW-494

KAGER  87-1022

LEMFORDER  15429

LEMFORDER  15429 02

MOOG  HO-BJ-10857  HOBJ10857

NK  5012607

OCAP  0793337

QUINTON HAZELL  QSJ1101S

SIDEM  47380

SPIDAN  40670

TRISCAN  8500 40150


]]>
HONDA CR-V I (RD) Control Arm OEM:51360-S10-A00 HO-WP-2570 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CR-V I (RD) 1995/10-2002/07


HONDA CR-V I (RD) Control Arm OEM:51360-S10-A00 HO-WP-2570



OEM No.

HONDA : 51360-S10-A00

HONDA : 51360-S10-G00

HONDA : 51360-S10-000


Cross Reference

A.B.S. : 210657

BLUE PRINT : ADH286113

FEBI BILSTEIN : 42117

FIRST LINE : FCA6084

HERTH+BUSS JAKOPARTS : J4904015

KAGER : 87-1030

KAVO PARTS : SCA-2044

KAWE : 8500 40554

KLOKKERHOLM : 2955363

MAPCO : 49217

METZGER : 58043901

METZGER : HO1006

MEYLE : 31-16 050 0073

MONROE : L40554

MOOG : HO-WP-2570

NIPPARTS : J4904015

NK : 5012657

NOR : 2955363

OCAP : 0794317

QUINTON HAZELL : QSA2006S

RUVILLE : 937442

SIDEM : 47576

SPIDAN : 46632

SWAG : 85 94 2117

TALOSA : 40-00855

TRISCAN : 8500 40554

TRW : JTC7537


]]>
HONDA ACCORD V Aerodeck Coupe Control Arm OEM:51355-SX0-000 HO-WP-2565 K80325 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD V (CC, CD) 1992/06-1997/12

HONDA ACCORD V (CE, CF_) 1995/09-1998/10

HONDA ACCORD V Aerodeck (CE) 1993/04-1998/02

HONDA ACCORD V Coupe (CD) 1993/04-1998/12


HONDA ACCORD V Aerodeck Coupe Control Arm OEM:51355-SX0-000 HO-WP-2565 K80325



OEM No.

HONDA  51355-SV4-000  51355SV4000

HONDA  51355-SV7-A00  51355SV7A00

HONDA  51355-SX0-000  51355SX0000


Cross Reference

BIRTH  BR1479

DELPHI  TC1046

FAI AUTOPARTS  SS4782

FEBI BILSTEIN  15488

HERTH+BUSS JAKOPARTS  J4914007

KAGER  87-0501

MAPCO  49210

METZGER  HO-910

MEYLE  31-16 050 0041  31160500041

MOOG  HO-WP-2565  HOWP2565

MOOG  K80325

NIPPARTS  J4914007

NOR  2922364

OCAP  0384241

QUINTON HAZELL  QSA1729S

SIDEM   47675

TRISCAN  8500 10535


]]>
HONDA ACCORD IV Aerodeck Coupe V Control Arm OEM:51355-SM4-040 K80323 HO-TC-1803 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD IV (CB) 1989/11-1993/12

HONDA ACCORD IV Aerodeck (CB) 1989/09-1993/12

HONDA ACCORD IV Coupe (CB, CC) 1989/05-1993/12

HONDA ACCORD V (CC, CD) 1992/06-1997/12



HONDA ACCORD IV Aerodeck Coupe V Control Arm OEM:51355-SM4-040 K80323 HO-TC-1803



OEM No.

HONDA  51355-SM4-030  51355SM4030

HONDA  51355-SM4-040  51355SM4040


Cross Reference

A.B.S.  210238

BIRTH  BR1475

DELPHI  TC944

HERTH+BUSS JAKOPARTS  J4914006

KAGER  87-0559

KSP  8003029

MAPCO  49509

MOOG  HO-TC-1803

MOOG  K80323

NOR  FL553-F

OCAP  0384228

OPTIMAL  G5-664

PEX  12.03.255

QUINTON HAZELL  QSA1727S

RUVILLE  937403

SIDEM  47671

SIDEM  65075

SPIDAN  40890

SPIDAN  45897

TRISCAN  8500 40515

TRW  10980323


]]>
HONDA CIVIC III Saloon IV Hatchback V Saloon CONCERTO CRX II Control Arm OEM:51355-SH3-010 K80329 HO-TC-1991 JTC665 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC III Saloon (AM, AK, AU) 1983/10-1987/10

HONDA CIVIC IV Hatchback (EC, ED, EE) 1987/09-1993/10

HONDA CIVIC IV Saloon (ED) 1987/09-1993/10

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CONCERTO Saloon (HWW) 1989/08-1995/05

HONDA CRX II (ED, EE) 1987/10-1992/02



HONDA CIVIC III Saloon IV Hatchback V Saloon CONCERTO CRX II Control Arm OEM:51355-SH3-010 K80329 HO-TC-1991 JTC665



OEM No.

HONDA : 51355-SH3-000

HONDA : 51355-SH3-010

HONDA : 51355-SH3-020

HONDA : 51355-SK7-000

HONDA : 51355-SK7-010


Cross Reference

A.B.S.  210227

ASHIKA  71-04-413

ASHUKI  1473-0104

BIRTH  BR1491

DELPHI  TC865

FLENNOR   FL550-F

HERTH+BUSS JAKOPARTS  J4914010

JAPANPARTS  CJ-413

JAPKO  71413

KAGER  87-0168

KAVO PARTS  SCA-2005

KSP  8003021

MAPCO  59507

METZGER  HO918

MEYLE  31160500014

MOOG  HO-TC-1991

MOOG  K80329

NIPPARTS  J4914010

NK  5012624

NOR  FL550-F

OCAP  0783335

OPTIMAL  G5-661

PEX  12.07.113

RTS  95-06625-1

RUVILLE  937417

SBS  19025012624

SIDEM  47771

SPIDAN  40908

TRW  10980329

TRW  JTC665


]]>
HONDA CIVIC I Shutt III Hatchback Saloon Control Arm OEM:51351-SB4-E60 HO-TC-10867 JTC458 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC I Shuttle (AN, AR) 1.5 (AN) 1983-1987

HONDA CIVIC I Shuttle (AN, AR) 1.5 4WD (AR) 1985-1987

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1.2 (AL) 1984-1987

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1.3 (AG) 1983-1987

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1.5 GL (AH) 1983-1987

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1.5 GT (AH) 1985-1987

HONDA CIVIC III Hatchback (AL, AJ, AG, AH) 1.5 GTI (AH) 1986-1987

HONDA CIVIC III Saloon (AM, AK, AU) 1.2 1985-1987

HONDA CIVIC III Saloon (AM, AK, AU) 1.3 1983-1987

HONDA CIVIC III Saloon (AM, AK, AU) 1.5 GL 1983-1987



HONDA CIVIC I Shutt III Hatchback Saloon Control Arm OEM:51351-SB4-E60 HO-TC-10867 JTC458



OEM No.

HONDA : 51351-SB2-003

HONDA : 51351-SB2-013

HONDA : 51351-SB2-671

HONDA : 51351-SB2-672

HONDA : 51351-SB4-E60

HONDA : 51351-SB6-000

HONDA : 51351-SB6-003

HONDA : 51351-SB6-930

HONDA : 51351-SB6-931

ROVER : GSJ227

ROVER : GSJ228

ROVER : GSJ763

ROVER : GSJ764


Cross Reference

A.B.S. : 210276

ASHIKA : 26-04-495

BIRTH : BR1535

BLUE PRINT : ADH28601

DELPHI : TC577

FAI AutoParts : SS429

FIRST LINE : FCA5638

FLENNOR : FL442-G

HERTH+BUSS JAKOPARTS : J4914003

JAPANPARTS : CW-495

KAGER : 87-0102

KAVO PARTS : SCA-2040

KAWE : 8500 40009

KSP : 8003056

LEMFORDER : 11693 02

LEMFORDER : 11693 03

MAGNETI MARELLI : 600000155640

MAGNETI MARELLI : J4914003

MAPCO : 59331

METZGER : HO-900

MOOG : HO-TC-10867

NIPPARTS : J4914003

NPS : H420A01

OPTIMAL : G6-553

QUINTON HAZELL : QSJ1089S

RUVILLE : 916112

SIDEM : 47189

TRISCAN : 8500 40009

TRW : JTC458


]]>
HONDA CIVIC V Coupe Hatchback Saloon VI Fastback CRX III MG MG ZS ROVER 400 45 Control Arm OEM:51350-SR3-020 K80327 RO-WP-0504 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CIVIC V Coupe (EJ) 1993/08-1996/03

HONDA CIVIC V Hatchback (EG) 1991/10-1995/11

HONDA CIVIC V Saloon (EG, EH) 1991/10-1996/01

HONDA CIVIC VI Fastback (MA, MB) 1994/09-2001/02

HONDA CRX III (EH, EG) 1992/03-1998/12

MG MG ZS 2001/07-2005/04

MG MG ZS Hatchback 2001/07-2005/10

ROVER 400 (RT) 1995/03-2000/03

ROVER 400 Hatchback (RT) 1995/05-2000/03

ROVER 45 Hatchback (RT) 2000/02-2005/05

ROVER 45 Saloon (RT) 2000/02-2005/05



HONDA CIVIC V Coupe Hatchback Saloon VI Fastback CRX III MG MG ZS ROVER 400 45 Control Arm OEM:51350-SR3-020 K80327 RO-WP-0504



OEM No.

HONDA  51350-SR3-010  51350SR3010

HONDA  51350-SR3-020  51350SR3020

HONDA  51350-SR3-A01  51350SR3A01

HONDA  51350-SR3-A02  51350SR3A02

HONDA  51350-ST3-G00  51350ST3G00

HONDA  51350-ST3-E02  51350ST3E02

HONDA  51350-ST7-010  51350ST7010

ROVER  RBJ 102220  RBJ102220


Cross Reference

A.B.S.  210272

BIRTH  BR1485

DELPHI  TC940

HERTH+BUSS JAKOPARTS  J4914014

KAGER  87-0369

KSP  8003052

MAPCO  49216

METZGER  HO-920

MEYLE  31-16 050 0016

MOOG  K620046

MOOG  K80327

MOOG  RO-WP-0504

NIPPARTS  J4914014

NK  5012632

NOR  FL726-G

OCAP  0384230

OPTIMAL  G6-837

PEX  12.03.257

RUVILLE  937421

SIDEM  47775

SPIDAN  40914

TRW  109620046


]]>
HONDA ACCORD I Hatchback (SJ, SY) Control Arm OEM:51350-SA5-013 HO-BJ-10859 SA-6052R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA ACCORD I (SJ, SY) 1976/05-1983/09

HONDA ACCORD I Hatchback (SJ, SY) 1979/01-1983/09



HONDA ACCORD I Hatchback (SJ, SY) Control Arm OEM:51350-SA5-013 HO-BJ-10859 SA-6052R



OEM No.

HONDA : 51350-SA5-000

HONDA : 51350-SA5-003

HONDA : 51350-SA5-013

HONDA : 51350-SA5-505

HONDA : 51350-SA5-506


Cross Reference

555  SA-6052R  SA6052R

INDELDIS KX 7  SU20762

JAPANPARTS  CW-489

KAGER  87-1023

LEMFORDER  15427

LEMFORDER  15427 02

MOOG  HO-BJ-10859  HOBJ10859

NK  5012608

OCAP  0783337

QUINTON HAZELL  QSJ1100S

SIDEM  47381

SPIDAN  44541

TRISCAN  8500 40151


]]>
HONDA CR-V I (RD) Control Arm OEM:51350-S10-A00 HO-WP-2571 CS-130R Tue, 01 Dec 2020 09:38:20 +0800 Application:

HONDA CR-V I (RD) 1995/10-2002/07



HONDA CR-V I (RD) Control Arm OEM:51350-S10-A00 HO-WP-2571 CS-130R



OEM No.

HONDA : 51350-S10-020

HONDA : 51350-S10-A00

HONDA : 51350-S10-G00

HONDA : 51350-S10-000


Cross Reference

A.B.S. : 210658

CTE : CS-130R

FEBI BILSTEIN : 42116

FIRST LINE : FCA6085

HERTH+BUSS JAKOPARTS : J4914015

KAGER : 87-1031

KAVO PARTS : SCA-2045

KAWE : 8500 40553

KLOKKERHOLM : 2955364

MAPCO : 49218

METZGER : 58044002

METZGER : HO1007

MEYLE : 31-16 050 0072

MONROE : L40553

MOOG : HO-WP-2571

NIPPARTS : J4914015

NK : 5012658

NOR : 2955364

OCAP : 0784317

QUINTON HAZELL : QSA2007S

RUVILLE : 937443

SIDEM : 47577

SPIDAN : 46633

TALOSA : 40-00854

TRISCAN : 8500 40553

TRW : JTC7536


]]>
TOYOTA LAND CRUISER PRADO (FAW) PRADO (J12) Stabilizer Link OEM:48810-0K010 48521-2S495 SL3890L K90677 TO-LS-3984 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA LAND CRUISER PRADO (_J12_) 2002/09-2010/12

TOYOTA (FAW) PRADO (J12) 2003/01-2010/06



TOYOTA LAND CRUISER PRADO (FAW) PRADO (J12) Stabilizer Link OEM:48810-0K010 48521-2S495 SL3890L K90677 TO-LS-3984


Description:

Length 1 : 140mm

Rod/Strut : Coupling Rod

Outer Thread : M12 x 1.25 mm

Length 2 : 140mm


OEM No.

LEXUS : 48810-60040

TOYOTA : 48810-0K010

TOYOTA : 48810-0K020

TOYOTA : 48810-0K030

TOYOTA : 48810-60040

TOYOTA : 48810-04010


Cross Reference

555  SL3890L

ACDelco  45G20582

DELPHI  TC1825

FEBI BILSTEIN  27336

MEYLE  30-16 060 0052/HD  30160600052HD

MOOG  K90677

MOOG  TO-LS-3984  TOLS3984

RAYBESTOS  545-1582  5451582

SIDEM  45066

SPIDAN  40501

SWAG  81 92 7336  81927336

TRW  18417

TRW  JTS7564


]]>
NISSAN NAVARA Platform/Chassis PICK UP (D22) Tie Rod End OEM:48521-2S420 48521-2S495 SE-N192 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN NAVARA (D22_) 3.0 2000-

NISSAN NAVARA Platform/Chassis (D22) 2.5 Di 2002-

NISSAN NP300 PICKUP (D22) 2.5 dCi 2008-

NISSAN PICK UP (D22) 2.4 1997-2002

NISSAN PICK UP (D22) 2.4 2003-

NISSAN PICK UP (D22) 2.4 i 1998-2005

NISSAN PICK UP (D22) 2.5 D 1998-2005

NISSAN PICK UP (D22) 2.5 Di 2002-2010

NISSAN PICK UP (D22) 2.7 D 1998-2005

NISSAN PICK UP (D22) 2.8 D 2001-2005



NISSAN NAVARA Platform/Chassis PICK UP (D22) Tie Rod End OEM:48521-2S420 48521-2S495 SE-N192


Description:

Outer thread 1 : M12 x 1.25 RHT M mm

Cone Size : 14.45mm

Outer thread 2 : M18 x 1.50 RHT M mm

Length : 242mm


OEM No.

NISSAN : 48521-2S420

NISSAN : 48521-2S425

NISSAN : 48521-2S426

NISSAN : 48521-2S485

NISSAN : 48521-VK91A

NISSAN : D8521-VK91A

NISSAN : 48521-2S495


Cross Reference

555 : SE-N192

BENDIX : 048581B

OPTIMAL : G1-1519


]]>
NISSAN URVAN Box Bus Tie Rod End OEM:48520-27N25 NI-ES-0757 CEN-75 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN URVAN Box (E24) 1986/06-1997/05

NISSAN URVAN Bus (E24) 1986/06-1997/05



NISSAN URVAN Box Bus Tie Rod End OEM:48520-27N25 NI-ES-0757 CEN-75


Description:

Front Axle

Inner Thread : M14X1.5 mm



OEM No.

NISSAN : 48520-01N25

NISSAN : 48520-27N25

NISSAN : 48520-VN025

NISSAN : 48640-01N25



Cross Reference

555 : SE-4731

BOGE : BRE0718

COMLINE : CTRE4018

CTR : CEN-75

FAI AutoParts : SS1166

FIRST LINE : FTR4824

KAWE : 8500 14124

MOPROD : MTR6005S

MOOG : NI-ES-0757

NIPPARTS : J4821071

NK : 5032266

QUINTON HAZELL : QR6005

QUINTON HAZELL : QR6005S

SIDEM : 42335

TRISCAN : 8500 14124

UNIPART : GSJ4094

UNIPART : UGCGSJ4094


]]>
KIA CARNIVAL II (GQ) Drum Brake shoes set FMSI:1594-S872 OEM:0K58A-26-38Z Tue, 01 Dec 2020 09:38:20 +0800 Application:

KIA CARNIVAL II (GQ) 1999/01-2007/09



KIA CARNIVAL II (GQ) Drum Brake shoes set FMSI:1594-S872 OEM:0K58A-26-38Z

Rear Axle Measures:295x53 mm



OEM No.

KIA 0K58A-26-38Z  OK58A2638Z



Cross Reference.

ASHIKA  55-0K-K14  550KK14

ASHIKA  55-OK-K14  55OKK14

ATE  03.0137-0484.2  03013704842

BENDIX  872L

BENDIX  RS872L

BOSCH  0 986 487 709  0986487709

FMSI  1594-S872

FMSI  S872

FMSI  S872-1594

JAPANPARTS  GF-K14AF  GFK14AF

JAPANPARTS  J GF-K14AF  JGFK14AF

LPR  09230

METZGER  MG 217  MG217

PAGID  H9880

TEXTAR  91065800


]]>
HYUNDAI H100 RENAULT Kangoo (Latin America) Drum Brake shoes set FMSI:1399-S1026 OEM:58305-4FA10 Tue, 01 Dec 2020 09:38:20 +0800 Application:

HYUNDAI H100 (Latin America) 2007-2009

HYUNDAI H100 (Latin America) 2010

RENAULT Kangoo (Latin America) 2008



HYUNDAI H100 RENAULT Kangoo (Latin America) Drum Brake shoes set FMSI:1399-S1026 OEM:58305-4FA10

Rear Axle Measures:260x50 mm



OEM No.

HYUNDAI  58305-4FA10  583054FA10


Cross Reference.

FMSI  1399-S1026  1399S1026

FMSI  S1026

FMSI  S1026-1399  S10261399


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MERCEDES-BENZ SPRINTER 3,5-t Box Drum Brake shoes set FMSI:1595-S938 OEM:9064200320 FSB4001 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 309 2006-2009

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 310 2009-

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 311 2006-2009

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 311 2008-2009

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 313 2006-

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 313 2009-

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 313 2009-

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 315 2006-2009

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 315 2008-2009

MERCEDES-BENZ SPRINTER 3,5-t Box (906) 316 2008-



MERCEDES-BENZ SPRINTER 3,5-t Box Drum Brake shoes set FMSI:1595-S938 OEM:9064200320 FSB4001

Rear Axle Measures:180x25 mm



OEM No.

MERCEDES-BENZ : 906 420 03 20

MERCEDES-BENZ : A 906 420 03 20

VW : 2E0 698 525


Cross Reference.

ATE : 03.0137-4003.2

BOSCH : 0 986 487 720

CIFAM : 153-246

DEX : 2052.133

E.T.F. : 09-0655

FERODO : FSB4001

FMSI : S938-1595

METELLI : 53-0246

METZGER : KR 213

METZGER : MG 213

MEYLE : 014 533 0001

MGA : M871

NK : 2733753

NK : 2733782

PAGID : H9930

QUINTON HAZELL : BS1182

TRISCAN : 02-654003

TRISCAN : 1105-0986487720

TRISCAN : 25761

TRISCAN : 4210023

TRISCAN : 8100 10023

TRISCAN : FRI1092

TRISCAN : FRI 1141

TRISCAN : FRI1145

TRUSTING : 052.133


]]>
SUZUKI Grand Vitara Drum Brake shoes set FMSI:1650-S971 OEM:54600-77K00 FSB4116 Tue, 01 Dec 2020 09:38:20 +0800 Application:

SUZUKI Grand Vitara 2009-2010

SUZUKI GRAND VITARA II (JT, TE, TD) 2.4 (JB424) 2008-

SUZUKI GRAND VITARA II (JT, TE, TD) 2.4 (JB424) 2009-

SUZUKI GRAND VITARA II (JT, TE, TD) 2.4 All-wheel Drive (JB424) 2009-

SUZUKI GRAND VITARA II (JT, TE, TD) 2.4 All-wheel Drive (JT424, JB424) 2009-

SUZUKI GRAND VITARA II (JT, TE, TD) 3.2 All-wheel Drive (TDB4, JT632, JB632) 2009-2015



SUZUKI Grand Vitara Drum Brake shoes set FMSI:1650-S971 OEM:54600-77K00 FSB4116

Rear Axle Measures:200x37 mm



OEM No.

SUZUKI  54600-77K00


Cross Reference.

ATE : 03.0137-3046.2

BOSCH : 0 986 487 935

CIFAM : 153-519

DELPHI : LS2058

DEX : 2111.253

FERODO : FSB4116

FMSI : S971-1650

LPR : 01041

METELLI : 53-0519

TRUSTING : 111.253

VALEO : 564143

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NISSAN CEFIRO III Saloon (A33) (DONGFENG) TEANA (J31) Tie Rod End OEM:48520-9Y025 48640-9Y025 SE-4941R SE-4941L Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN CEFIRO III Saloon (A33) 1999/01-2007/12

NISSAN (DONGFENG) TEANA (J31) 2004/09-2008/06



NISSAN CEFIRO III Saloon (A33) (DONGFENG) TEANA (J31) Tie Rod End OEM:48520-9Y025 48640-9Y025 SE-4941R SE-4941L


Description:

Fitting Position : Right Left

Cone Size : 14.8mm

Cone Pitch : 1/6

Thread Size 1 : R-M14×1.5

Thread Size : R-M14×1.5



OEM No.

NISSAN  48520-9Y025  485209Y025

NISSAN  D8520-9Y025  D85209Y025

NISSAN  48640-9Y025  486409Y025

NISSAN  D8640-9Y025  D86409Y025



Cross Reference

555  SE-4941R  SE4941R

ASHUKI  1449-1011  14491011

BLUE PRINT  ADN187184

KAVO PARTS  STE-6565  STE6565

NIPPARTS  N4831101

TRW  JTE7613



555  SE-4941L  SE4941L

ASHUKI  1446-1011  14461011

BLUE PRINT  ADN187185  ADN187185

KAVO PARTS  STE-6564  STE6564

NIPPARTS  N4821101

TRW  JTE7612


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NISSAN PICK UP (D21) EQ D22 I Pickup Tie Rod End OEM:48520-2S420 48520-2S495 SE-4821 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN PICK UP (D21) 1985/09-2008/12

NISSAN PICK UP (D22) 1997/01-

NISSAN (ZHENGZHOU) EQ D22 I Pickup 1999/04-2005/10



NISSAN PICK UP (D21) EQ D22 I Pickup Tie Rod End OEM:48520-2S420 48520-2S495 SE-4821


Description:

Fitting Position : Front Axle left and right

Length 1 : 95mm

Thread Size 1 : M18X1.5

Length 2 : 20mm

Thread Size 2 : M12X1.25

D1 : 16.4mm



OEM No.

NISSAN  48520-2S420

NISSAN  48520-2S425

NISSAN  48520-2S485

NISSAN  48520-2S495


Cross Reference

555 SE-4821 SE4821

CTR CEN95

DELPHI TA2394

FIRST LINE FTR5124

JAPKO 111138

KAGER 43-0901 430901

KAVO PARTS STE-6542 STE6542

MEYLE 36-16 020 0030 36160200030

MOOG ES80589

NIPPARTS J4821086

NK 5032275

TRW JTE 793


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OPEL AGILA (B) SUZUKI SPLASH SWIFT III Ball Joint OEM:45700-63J00 SB-7562 SZ-BJ-5080 Tue, 01 Dec 2020 09:38:20 +0800 Application:

Application:

OPEL AGILA (B) (H08) 1.0 (F68) 2008-2011

OPEL AGILA (B) (H08) 1.0 LPG (F68) 2010-2011

OPEL AGILA (B) (H08) 1.2 (F68) 2008-2012

OPEL AGILA (B) (H08) 1.2 (F68) 2010-2014

OPEL AGILA (B) (H08) 1.2 LPG (F68) 2008-2010

OPEL AGILA (B) (H08) 1.3 CDTI (F68) 2008-2010

SUZUKI SPLASH (EX) 1.0 (A5B 310) 2008-

SUZUKI SPLASH (EX) 1.2 (A5B 412) 2008-

SUZUKI SPLASH (EX) 1.3 CDTI (A5B 413D) 2008-

SUZUKI SWIFT III (MZ, EZ) 1.3 (RS 413) 2005-



OPEL AGILA (B) SUZUKI SPLASH SWIFT III Ball Joint OEM:45700-63J00 SB-7562 SZ-BJ-5080


Description:

Fitting Position : Front Axle

Outer Dia.: 40.7mm

Fitted Ø : 16.5mm

Overall Height : 70mm

Outer Thread : M12x1.5



OEM No.

GENERAL MOTORS 93193131

GENERAL MOTORS 93193131 S1

GENERAL MOTORS 93193130

GENERAL MOTORS 93193130 S1

OPEL 4708 299 S1

OPEL 4708300

OPEL 4708299

OPEL 93193131

OPEL 93193130

OPEL 4708 300 S1

SUZUKI 45202-63J00-000

SUZUKI 45202-63J00-000 S1

SUZUKI 45201-62J00-000 S1

SUZUKI 45201-62J00 S1

SUZUKI 45202-63J00 S1

SUZUKI 4570063J00

SUZUKI 45201-63J00-000

SUZUKI 45201-63J00-000 S1

SUZUKI 45201-63J00 S1

VAUXHALL 93193131

VAUXHALL 93193130

VAUXHALL 93193130 S1

VAUXHALL 93193131 S1



Cross Reference

555 SB-7562

FEBEST 0720-RS

FEBI BILSTEIN 29826

MOOG SZ-BJ-5080

SIDEM 77080


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TOYOTA HILUX V Pickup Drag Link End STEERING KNUCKLE Boomerang Arm OEM:45601-35070 45601-35081 Tue, 01 Dec 2020 09:38:20 +0800 TOYOTA HILUX V Pickup (_N_, KZN1_, VZN1_) 2.4 D 4WD 1994-1997

TOYOTA HILUX V Pickup (_N_, KZN1_, VZN1_) 2.4 D 4WD 1991-1997

TOYOTA HILUX V Pickup (_N_, KZN1_, VZN1_) 2.4 D 4WD 1988-1997



TOYOTA HILUX V Pickup Drag Link End STEERING KNUCKLE Boomerang Arm OEM:45601-35070 45601-35081


OEM No.

TOYOTA  45601-35070

TOYOTA  45601-35081



Cross Reference

NPS : T410A176


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Mazda Tribute Drum Brake shoes set FMSI:1629-S953 OEM:ZZC1-49-240A Tue, 01 Dec 2020 09:38:20 +0800 Application:

Mazda Tribute 2008


Mazda Tribute Drum Brake shoes set FMSI:1629-S953 OEM:ZZC1-49-240A

Rear Axle Measures:254x54.6 mm



OEM No.

Mazda  ZZC1-49-240A  ZZC149240A


Cross Reference.

FMSI  1629-S953  1629S953

FMSI  S953

FMSI  S953-1629  S9531629


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CHRYSLER Cirrus DODGE Stratus PLYMOUTH Breeze Drum Brake shoes set FMSI:1481-S716 OEM:4864304 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CHRYSLER Cirrus 4-2.0L F/inj. (16V) SOHC (C) 1997-1999

CHRYSLER Cirrus 4-2.4L F/inj. (16V) DOHC (X) 1997-1999

CHRYSLER Cirrus V6-2.5L F/inj. SOHC (H) 1997-1999

CHRYSLER Stratus 4-2.0L F/inj. (16V) DOHC (Y) 1998

CHRYSLER Stratus 4-2.0L F/inj. (16V) SOHC (C) 1998

CHRYSLER Stratus 4-2.4L F/inj. (16V) DOHC (X) 1998

CHRYSLER Stratus V6-2.5L F/inj. (24V) SOHC (H) 1998

DODGE Stratus 4-2.0L F/inj. (16V) DOHC (C) 1997-1998

DODGE Stratus 4-2.0L F/inj. (16V) SOHC (C) 1999-2000

DODGE Stratus 4-2.4L F/inj. (16V) DOHC (X) 1997-1998

DODGE Stratus 4-2.4L F/inj. (16V) DOHC (X) 1999-2000

DODGE Stratus V6-2.5L F/inj. (24V) SOHC (H) 1997-1998

DODGE Stratus V6-2.5L F/inj. (24V) SOHC (H) 1999-2000

PLYMOUTH Breeze 4-2.0L F/inj. (16V) SOHC (C) 1997-1998

PLYMOUTH Breeze 4-2.0L F/inj. (16V) SOHC (C) 1999-2000

PLYMOUTH Breeze 4-2.4L F/inj. (16V) DOHC (X) 1997-1998

PLYMOUTH Breeze 4-2.4L F/inj. (16V) DOHC (X) 1999-2000


CHRYSLER Cirrus DODGE Stratus PLYMOUTH Breeze Drum Brake shoes set FMSI:1481-S716 OEM:4864304

Rear Axle Measures:200x32.5 mm



OEM No.

CHRYSLER  4864304


Cross Reference.

AIMCO  AFR716

BENDIX  R716L

BENDIX  RS716L

CENTRIC  110.07161  11007161

CENTRIC  111.07161  11107161

FMSI  1481-S716  1481S716

FMSI  S716

FMSI  S716-1481  S7161481

RAYBESTOS  716 PG  716PG

RAYBESTOS  716 RP  716RP

WAGNER  PAB716


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FORD Truck Explorer Sport Sport Trac CHRYSLER PT Cruiser MERCURY TRUCK Mountaineer DODGE Neon SRT-4 Drum Brake shoes set FMSI:1655-S791 1533-S791 OEM:8L2Z-2200-B 6L2Z-2648-A Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD Truck Explorer Sport 2010

CHRYSLER PT Cruiser 4-1.6L F/inj. (16V) DOHC Turbo (E) 2005

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (B) 2001

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (B) 2003

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (B) 2005-2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (X) 2005-2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo (8) 2005-2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo (E) 2006-2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo (G) 2003

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo HO (G) 2005-2007

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo HO (S) 2005-2007

CHRYSLER PT Cruiser 4-2.4L F/inj. EDZ (9) 2009

DODGE Neon 4-2.4L F/inj. (16V) DOHC Turbo HO (S) 2004-2005

DODGE SRT-4 4-2.4L F/inj. (16V) DOHC Turbo HO (S) 2004-2005

DODGE SX 2.0 (Canada) 4-2.4L F/inj. (16V) DOHC Turbo HO (S) 2004-2005

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC (E) 2002-2003

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC (E) 2004-2008

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC (E) 2010

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC (K) 2008

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC Flex Fuel (K) 2002-2003

FORD TRUCK Explorer V6-4.0L F/inj. (12V) SOHC Flex Fuel (K) 2004-2007

FORD TRUCK Explorer V8-4.6L F/inj. (16V) SOHC (6) 2002

FORD TRUCK Explorer V8-4.6L F/inj. (16V) SOHC (W) 2002-2003

FORD TRUCK Explorer V8-4.6L F/inj. (16V) SOHC (W) 2004-2005

FORD TRUCK Explorer V8-4.6L F/inj. (24V) SOHC (8) 2006-2008

FORD TRUCK Explorer V8-4.6L F/inj. (24V) SOHC (8) 2010

FORD TRUCK Explorer Sport V6-4.0L F/inj. (12V) SOHC (K) 2007

FORD TRUCK Explorer Sport V6-4.0L F/inj. (E) 2010

FORD TRUCK Explorer Sport V6-4.0L F/inj. (K) 2008

FORD TRUCK Explorer Sport V8-4.6L F/inj. (24V) SOHC (8) 2007-2008

FORD TRUCK Explorer Sport V8-4.6L F/inj. (24V) SOHC (8) 2010

FORD TRUCK Sport Trac V6-4.0L F/inj. (12V) SOHC (K) 2007

FORD TRUCK Sport Trac V6-4.0L F/inj. (E) 2010

FORD TRUCK Sport Trac V6-4.0L F/inj. (K) 2008

FORD TRUCK Sport Trac V8-4.6L F/inj. (24V) SOHC (8) 2007-2008

FORD TRUCK Sport Trac V8-4.6L F/inj. (24V) SOHC (8) 2010

MERCURY TRUCK Mountaineer V6-4.0L F/inj. (12V) SOHC (E) 2002-2009

MERCURY TRUCK Mountaineer V6-4.0L F/inj. (12V) SOHC (E) 2010

MERCURY TRUCK Mountaineer V6-4.0L F/inj. (12V) SOHC Flex Fuel (K) 2002-2006

MERCURY TRUCK Mountaineer V6-4.0L F/inj. Flex Fuel (K) 2008

MERCURY TRUCK Mountaineer V8-4.6L F/inj. (16V) SOHC (W) 2002-2005

MERCURY TRUCK Mountaineer V8-4.6L F/inj. (24V) SOHC (8) 2006-2009

MERCURY TRUCK Mountaineer V8-4.6L F/inj. (24V) SOHC (8) 2010



FORD Truck Explorer Sport Sport Trac CHRYSLER PT Cruiser MERCURY TRUCK Mountaineer DODGE Neon SRT-4 Drum Brake shoes set FMSI:1655-S791 1533-S791 OEM:8L2Z-2200-B 6L2Z-2648-A

Rear Axle Measures:184x32 mm



OEM No.

OE  8L2Z-2200-B  8L2Z2200B

OE  1L2Z-2648-AA  1L2Z2648AA

OE  6L2Z-2648-A  6L2Z2648A


Cross Reference.

FMSI  1655-S791  1655S791

FMSI  S791

FMSI  S791-1655  S7911655


AIMCO  AFR791

BENDIX  R791

BENDIX  RS791

CENTRIC  110.07910  11007910

CENTRIC  111.07910  11107910

FMSI  1533-S791  1533S791

FMSI  S791

FMSI  S791-1533  S7911533

RAYBESTOS  791 PG  791PG

RAYBESTOS  791 RP  791RP


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DAEWOO KORANDO MAZDA CX-7 OPEL SINTRA SSANGYONG ACTYON KYRON MUSSO REXTON Drum Brake shoes set FMSI:2199-S957 OEM:LFY4-44-39Z FSB4157 Tue, 01 Dec 2020 09:38:20 +0800 Application:

DAEWOO KORANDO (KJ) 1998/11-

DAEWOO KORANDO Cabrio (KJ) 1999/02-

DAEWOO MUSSO (FJ) 1998/07-

DAEWOO REXTON (GAB_) 2002/04-

MAZDA CX-7 (ER) 2006/06-2014/12

MAZDA (FAW) CX-7 2014/07-

OPEL SINTRA (APV) 1996/11-1999/04

SSANGYONG ACTYON I 2005/11-

SSANGYONG ACTYON SPORTS I (QJ) 2005/11-

SSANGYONG ACTYON SPORTS II 2012/10-

SSANGYONG KORANDO (KJ) 1996/12-2006/11

SSANGYONG KYRON 2005/05-

SSANGYONG MUSSO (FJ) 1993/01-2007/09

SSANGYONG REXTON (GAB_) 2002/04-

SSANGYONG REXTON W 2012/07-

FORD Edge 2007-2010

LINCOLN MKX 2007-2010

MAZDA CX-7 2007-2012

MAZDA CX-9 2007-2013

MAZDA MPV 2004-2006



DAEWOO KORANDO MAZDA CX-7 OPEL SINTRA SSANGYONG ACTYON KYRON MUSSO REXTON Drum Brake shoes set FMSI:2199-S957 OEM:LFY4-44-39Z FSB4157

Rear Axle Measures:190x25 mm



OEM No.

DAEWOO  12455804

SSANGYONG  483KT05000

SSANGYONG  483KT05010

SSANGYONG  483TK05011

FORD  7T4Z-2A753-A  7T4Z2A753A

DAEWOO  89047676

DAEWOO  92196003

SSANGYONG  4839205100

MAZDA  AT4Z-2A753-A  AT4Z2A753A

MAZDA  EGY3-44-39Z  EGY34439Z

MAZDA  EHY4-44-39Z  EHY44439Z

MAZDA  LEY4-44-39Z  LEY44439Z

MAZDA  LFY4-44-39Z  LFY44439Z


Cross Reference.

BREMBO  S 49 523  S49523

FERODO  FSB4157

FMSI  2199-S957  2199S957

JURID  362592J

LPR  01098

TEXTAR  91077600


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TOYOTA PREVIA TOWN LITE ACE NOAH ESTIMA LUCIDA EMINA Drum Brake shoes set FMSI:1358-S709 OEM:04495-28080 K2335A GS7334 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA PREVIA (_R3_) 2000/02-2006/02

TOYOTA LITE ACE NOAH SR50G 2000 96' 10-98' 12

TOYOTA LITE ACE NOAH CR52V 2200 98' 12-04' 7

TOYOTA LITE ACE NOAH CR50G 2200 98' 12-01' 11

TOYOTA LITE ACE NOAH SR50G 2000 7*8 98' 12-01' 11

TOYOTA LITE ACE NOAH CR50G 2200 96' 10-98' 12

TOYOTA LITE ACE NOAH SR50G 2000 6 98' 12-01' 11

TOYOTA LITE ACE NOAH CR51V 2000 96' 10-98' 12

TOYOTA TOWN ACE CM85 2200 99' 6-04' 8

TOYOTA TOWN ACE CM80 2200 99' 6-04' 8

TOYOTA TOWN ACE KM80 1800 99' 6-

TOYOTA TOWN ACE KM85 1800 99' 6-

TOYOTA TOWN ACE NOAH SR50G 2000 7*8 98' 12-01' 11

TOYOTA TOWN ACE NOAH CR50G 2200 96' 10-98' 12

TOYOTA TOWN ACE NOAH CR52V 2200 98' 12-04' 7

TOYOTA TOWN ACE NOAH SR50G 2000 96' 10-98' 12

TOYOTA TOWN ACE NOAH CR50G 2200 98' 12-01' 11

TOYOTA TOWN ACE NOAH SR50G 2000 6 98' 12-01' 11

TOYOTA TOWN ACE NOAH CR51V 2000 96' 10-98' 12

TOYOTA ESTIMA LUCIDA / EMINA CXR10G 2200 94' 5-96' 8

TOYOTA ESTIMA LUCIDA / EMINA CXR20G 2200 94' 5-96' 8

TOYOTA ESTIMA LUCIDA / EMINA TCR20G 2400 94' 5-96' 8

TOYOTA ESTIMA LUCIDA / EMINA TCR10G 2400 94' 5-96' 8



TOYOTA PREVIA TOWN LITE ACE NOAH ESTIMA LUCIDA EMINA Drum Brake shoes set FMSI:1358-S709 OEM:04495-28080 K2335A GS7334

Rear Axle Measures:254x50 mm



OEM No.

TOYOTA  04495-28080  0449528080

TOYOTA  04495-28111  0449528111

TOYOTA  04495-28120  0449528120

TOYOTA  04495-28170  0449528170


Cross Reference.

AIMCO  AFR709

AK  NR1076

BENDIX  R709

BENDIX  RS709

CENTRIC  110.07090  11007090

CENTRIC  111.07090  11107090

FBK  FN-2335A  FN2335A

FBK  FN-2336  FN2336

FMSI  1358-S709  1358S709

FMSI  S709

FMSI  S709-1358  S7091358

MK  K2335A

NISSHINBO  T-2336  T2336

PAGID  H9305

RAYBESTOS  709 PG  709PG

RAYBESTOS  709RP

TEXTAR  91051100

TEXTAR  98101 0511 0 4  98101051104

TRUSTING  115.241  115241

TRW  GS7334

WAGNER PAB709


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Ford E100/150 E200/250 E300/350 E450 SERIES VAN Drum Brake shoes set FMSI:1640-S952 OEM:8C2Z-2648-A Tue, 01 Dec 2020 09:38:20 +0800 Application:

Ford E100/150 SERIES VAN 2008-2009

Ford E200/250 SERIES VAN 2008-2009

Ford E300/350 SERIES VAN 2008-2009

Ford E450 SERIES VAN 2008-2009



Ford E100/150 E200/250 E300/350 E450 SERIES VAN Drum Brake shoes set FMSI:1640-S952 OEM:8C2Z-2648-A

Rear Axle Measures:229x52 mm



OEM No.

Ford  8C2Z-2648-A  8C2Z2648A


Cross Reference.

CENTRIC  111.09520  11109520

FMSI  1640-S952  1640S952

FMSI  S952

FMSI  S952-1640  S9521640


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Dodge MERCEDES BENZ SPRINTERK VW CRAFTER Drum Brake shoes set FMSI:1632-S940 OEM:9064200420 FSB4103 GS8777 Tue, 01 Dec 2020 09:38:20 +0800 Application:

Dodge SPRINTER 3500 2007-2009

MERCEDES BENZ SPRINTER 3-t Box (906) 2006/06-

MERCEDES BENZ SPRINTER 3-t Platform/Chassis (906) 2006/06-

MERCEDES BENZ SPRINTER 3,5-t Box (906) 2006/06-

MERCEDES BENZ SPRINTER 3,5-t Bus (906) 2006/06-

MERCEDES BENZ SPRINTER 3,5-t Platform/Chassis (906) 2006/06-

MERCEDES BENZ SPRINTER 4,6-t Box (906) 2006/06-

MERCEDES BENZ SPRINTER 4,6-t Platform/Chassis (906) 2006/06-

MERCEDES BENZ SPRINTER 5-t Box (906) 2006/06-

MERCEDES BENZ SPRINTER 5-t Platform/Chassis (906) 2006/06-

VOLKSWAGEN CRAFTER 30-35 Bus (2E_) 2006/04-2016/12

VOLKSWAGEN CRAFTER 30-50 Box (2E_) 2006/04-2016/12

VOLKSWAGEN CRAFTER 30-50 Platform/Chassis (2F_) 2006/04-2016/12


Dodge MERCEDES BENZ SPRINTERK VW CRAFTER Drum Brake shoes set FMSI:1632-S940 OEM:9064200420 FSB4103 GS8777

Rear Axle Measures:174x42 mm



OEM No.

CHRYSLER : 68026168AA

MERCEDES-BENZ : 906 420 02 20

MERCEDES-BENZ : 906 420 04 20

MERCEDES-BENZ : A906 420 02 20

MERCEDES-BENZ : A906 420 04 20

VW : 2E0 698 525A

VW : 2E0 698 525D


Cross Reference.

ATE : 03.0137-4008.2

BOSCH : 0 986 487 751

BREMBO : S 50 521

CIFAM : 153-249

DELPHI : LS2054

DEX : 2052.136

FERODO : FSB4103

FMSI : S940-1632

FREMAX : FBS-0560

JURID : 362547J

LPR : 01056

METELLI : 53-0249

MEYLE : 114 533 0001/S

MINTEX : MFR602

NK : 2733773

PAGID : H1690

TEXTAR : 91069000

TRUSTING : 052.136

TRW : GS8777


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FORD Fairmont MERCURY Marquis Zephyr MAZDA TRUCK Drum Brake shoes set FMSI:2151T-S569 OEM:F77Z-2200-CA Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD Fairmont 4-140CID 2 bbl. (A) 1980-1981

FORD Fairmont 4-140CID 2 bbl. (Y) 1978-1979

FORD Fairmont 4-2.3L 1 bbl. (A) 1983

FORD Fairmont 4-2.3L 2 bbl. (A) 1982

FORD Fairmont 6-200CID 1 bbl. (B) 1980-1981

FORD Fairmont 6-200CID 1 bbl. (T) 1978-1979

FORD Fairmont 6-3.3L 1 bbl. (B) 1982

FORD Fairmont 6-3.3L 1 bbl. (X) 1983

FORD Fairmont V8-255CID 2 bbl. (D) 1980-1981

FORD Fairmont V8-302CID 2 bbl. (F) 1978-1980

FORD Fairmont V8-302CID 2 bbl. (G) 1979

FORD Fairmont V8-4.2L 2 bbl. (D) 1982

FORD Fairmont V8-4.2L VV (D) 1982

FORD Granada 4-140CID 2 bbl. (A) 1981

FORD Granada 4-2.3L 1 bbl. LPG (6) 1982

FORD Granada 4-2.3L 2 bbl. (A) 1982

FORD Granada 6-200CID 1 bbl. (B) 1981

FORD Granada 6-3.3L 1 bbl. (B) 1982

FORD Granada V6-3.8L 2 bbl. (3) 1982

FORD Granada V8-255CID 2 bbl. (D) 1981

FORD Granada V8-4.2L 2 bbl. (D) CAN 1982

FORD LTD - Mid Size 4-2.3L 1 bbl. (A) 1983-1984

FORD LTD - Mid Size 4-2.3L 1 bbl. (A) 1986

FORD LTD - Mid Size 4-2.3L 1 bbl. LPG (6) 1983-1984

FORD LTD - Mid Size 6-3.3L 1 bbl. (X) 1983

FORD LTD - Mid Size V6-3.8L 2 bbl. (3) 1983

FORD LTD - Mid Size V6-3.8L 2 bbl. (C) 1984

FORD LTD - Mid Size V6-3.8L F/inj. (3) 1984

FORD LTD - Mid Size V6-3.8L F/inj. (3) 1986

FORD LTD - Mid Size V8-5.0L 2 bbl. (F) 1984

FORD LTD - Mid Size V8-5.0L 4 bbl. HO (M) 1984

FORD LTD - Mid Size V8-5.0L F/inj. (F) 1984

FORD Mustang 4-140CID 2 bbl. (A) 1980-1981

FORD Mustang 4-140CID 2 bbl. (Y) 1975-1979

FORD Mustang 4-140CID 2 bbl. Turbo (T) CAN 1981

FORD Mustang 4-140CID 2 bbl. Turbo (W) 1979-1980

FORD Mustang 4-2.3L 1 bbl. (A) 1983-1986

FORD Mustang 4-2.3L 2 bbl. (A) 1982

FORD Mustang 4-2.3L 2 bbl. (T) CAN 1982

FORD Mustang 4-2.3L 2 bbl. Turbo (T) CAN 1982

FORD Mustang 4-2.3L F/inj. (A) 1987-1990

FORD Mustang 4-2.3L F/inj. (M) 1991-1993

FORD Mustang 4-2.3L F/inj. Turbo (T) 1984-1986

FORD Mustang 4-2.3L F/inj. Turbo (W) 1983-1985

FORD Mustang 6-200CID 1 bbl. (B) 1980-1981

FORD Mustang 6-200CID 1 bbl. (T) 1979

FORD Mustang 6-3.3L 1 bbl. (B) 1982

FORD Mustang V6-171CID 2 bbl. (Z) 1975-1979

FORD Mustang V6-3.8L 2 bbl. (3) 1983

FORD Mustang V6-3.8L 2 bbl. (C) 1985

FORD Mustang V6-3.8L 2 bbl. (C) CAN 1984

FORD Mustang V6-3.8L F/inj. (3) 1984-1986

FORD Mustang V8-255CID 2 bbl. (D) 1980-1981

FORD Mustang V8-302CID 2 bbl. (F) 1975-1979

FORD Mustang V8-4.2L 2 bbl. (D) 1982

FORD Mustang V8-4.2L VV (D) 1982

FORD Mustang V8-5.0L 4 bbl. HO (F) 1983

FORD Mustang V8-5.0L 4 bbl. HO (M) 1984-1985

FORD Mustang V8-5.0L F/inj. (F) 1984-1985

FORD Mustang V8-5.0L F/inj. HO (E) 1987-1993

FORD Mustang V8-5.0L F/inj. HO (M) 1986

FORD Mustang V8-5.0L VV HO (F) 1982

FORD Pinto 4-140CID 2 bbl. (A) 1980

FORD Pinto 4-140CID 2 bbl. (Y) 1975-1978

FORD Pinto 4-140CID 2 bbl. (Z) 1979

FORD Pinto V6-171CID 2 bbl. (Y) 1979

FORD Pinto V6-171CID 2 bbl. (Z) 1975-1978

FORD Thunderbird 4-2.3L F/inj. Turbo (T) 1988

FORD Thunderbird 4-2.3L F/inj. Turbo (W) 1983-1987

FORD Thunderbird 6-200CID 1 bbl. (B) 1980-1981

FORD Thunderbird 6-3.3L 1 bbl. (B) 1982

FORD Thunderbird V6-3.8L 2 bbl. (3) 1982-1983

FORD Thunderbird V6-3.8L 2 bbl. (C) 1985

FORD Thunderbird V6-3.8L 2 bbl. (C) CAN 1984

FORD Thunderbird V6-3.8L F/inj. (3) 1984-1987

FORD Thunderbird V6-3.8L F/inj. (4) 1988

FORD Thunderbird V8-255CID 2 bbl. (D) 1980-1981

FORD Thunderbird V8-302CID 2 bbl. (F) 1980-1981

FORD Thunderbird V8-302CID VV (F) 1981

FORD Thunderbird V8-4.2L 2 bbl. (D) 1982

FORD Thunderbird V8-4.2L VV (D) 1982

FORD Thunderbird V8-5.0L F/inj. (F) 1984-1988

FORD Thunderbird V8-5.0L F/inj. HO (F) 1983

FORD Thunderbird V8-5.0L VV (F) CAN 1982

FORD TRUCK Aerostar 4-2.3L F/inj. (A) 1986-1987

FORD TRUCK Aerostar V6-2.8L 2 bbl. (S) 1986

FORD TRUCK Aerostar V6-3.0L F/inj. (U) 1986-1987

FORD TRUCK Aerostar V6-3.0L F/inj. (U) 1988-1989

FORD TRUCK Bronco II 4-2.0L 1 bbl. (C) 1984

FORD TRUCK Bronco II 4-2.3L 1 bbl. (A) 1984

FORD TRUCK Bronco II 4-2.3L Diesel (E) 1985-1987

FORD TRUCK Bronco II 4-2.3L F/inj. (A) 1985-1988

FORD TRUCK Bronco II V6-2.8L 2 bbl. (S) 1984-1985

FORD TRUCK Bronco II V6-2.9L F/inj. (T) 1986-1990

FORD TRUCK Bronco II V6-4.0L F/inj. OHV (X) 1990

FORD TRUCK Ranger 4-2.0L 1 bbl. (C) 1983-1985

FORD TRUCK Ranger 4-2.0L 1 bbl. (C) 1986-1987

FORD TRUCK Ranger 4-2.0L 2 bbl. (C) 1988

FORD TRUCK Ranger 4-2.2L Diesel (P) 1983-1984

FORD TRUCK Ranger 4-2.3L 1 bbl. (A) 1983-1984

FORD TRUCK Ranger 4-2.3L Diesel (E) 1988

FORD TRUCK Ranger 4-2.3L Diesel Turbo (E) 1985-1987

FORD TRUCK Ranger 4-2.3L F/inj. (A) 1985-1990

FORD TRUCK Ranger 4-2.3L F/inj. (A) 1991-1994

FORD TRUCK Ranger V6-2.8L 2 bbl. (S) 1983-1984

FORD TRUCK Ranger V6-2.8L 2 bbl. (S) 1985

FORD TRUCK Ranger V6-2.9L F/inj. (T) 1986-1990

FORD TRUCK Ranger V6-2.9L F/inj. (T) 1991-1992

FORD TRUCK Ranger V6-3.0L F/inj. (12V) SOHC (U) 1991-1994

FORD TRUCK Ranger V6-4.0L F/inj. OHV (X) 1990-1991

FORD TRUCK Ranger V6-4.0L F/inj. OHV (X) 1992-1994

MAZDA TRUCK B-2300 4-2.3L F/inj. (16V) DOHC (A) 1994

MAZDA TRUCK B-3000 V6-3.0L F/inj. (U) 1994

MAZDA TRUCK B-4000 V6-4.0L F/inj. (X) 1994

MERCURY Bobcat 4-140CID 2 bbl. (A) 1980

MERCURY Bobcat 4-140CID 2 bbl. (Y) 1975-1976

MERCURY Bobcat 4-140CID 2 bbl. (Y) 1978-1979

MERCURY Bobcat 4-140CID 2 bbl. (Z) 1977

MERCURY Bobcat V6-171CID 2 bbl. (Y) 1977

MERCURY Bobcat V6-171CID 2 bbl. (Z) 1975-1976

MERCURY Bobcat V6-171CID 2 bbl. (Z) 1978-1979

MERCURY Capri 4-140CID 2 bbl. (A) 1980-1981

MERCURY Capri 4-140CID 2 bbl. (Y) 1979

MERCURY Capri 4-140CID 2 bbl. Turbo (W) 1979

MERCURY Capri 4-2.3L 1 bbl. (A) 1983-1986

MERCURY Capri 4-2.3L 2 bbl. (A) 1982

MERCURY Capri 4-2.3L 2 bbl. (T) CAN 1982

MERCURY Capri 4-2.3L 2 bbl. Turbo (T) CAN 1982

MERCURY Capri 4-2.3L F/inj. Turbo (W) 1983-1986

MERCURY Capri 6-200CID 1 bbl. (B) 1980-1981

MERCURY Capri 6-200CID 2 bbl. (T) 1979

MERCURY Capri 6-3.3L 1 bbl. (B) 1982

MERCURY Capri V6-171CID 2 bbl. (Z) 1979

MERCURY Capri V6-3.8L 2 bbl. (3) 1983

MERCURY Capri V6-3.8L F/inj. (3) 1984-1986

MERCURY Capri V6-3.8L F/inj. (C) 1985

MERCURY Capri V8-255CID 2 bbl. (D) 1980-1981

MERCURY Capri V8-302CID 2 bbl. (F) 1979

MERCURY Capri V8-4.2L 2 bbl. (D) 1982

MERCURY Capri V8-4.2L VV (D) 1982

MERCURY Capri V8-5.0L 4 bbl. HO (F) 1983

MERCURY Capri V8-5.0L F/inj. (F) 1986

MERCURY Capri V8-5.0L F/inj. HO (F) 1984-1985

MERCURY Capri V8-5.0L F/inj. HO (M) 1984-1986

MERCURY Capri V8-5.0L VV (F) 1982

MERCURY Cougar 4-140CID 2 bbl. (A) 1981

MERCURY Cougar 4-2.3L 2 bbl. LPG (6) 1982

MERCURY Cougar 4-2.3L F/inj. Turbo (W) 1984-1986

MERCURY Cougar 6-200CID 1 bbl. (B) 1980-1981

MERCURY Cougar 6-3.3L 1 bbl. (B) 1982

MERCURY Cougar V6-3.8L 2 bbl. (3) 1982-1983

MERCURY Cougar V6-3.8L 2 bbl. (C) CAN 1984-1985

MERCURY Cougar V6-3.8L F/inj. (3) 1984-1987

MERCURY Cougar V6-3.8L F/inj. (4) 1987-1988

MERCURY Cougar V8-255CID 2 bbl. (D) 1980-1981

MERCURY Cougar V8-302CID 2 bbl. (F) 1980-1981

MERCURY Cougar V8-302CID VV (F) 1981

MERCURY Cougar V8-4.2L 2 bbl. (D) 1982

MERCURY Cougar V8-4.2L VV (D) 1982

MERCURY Cougar V8-5.0L F/inj. (F) 1983-1988

MERCURY Cougar V8-5.0L F/inj. HO (M) 1986

MERCURY Marquis 4-2.3L 1 bbl. (A) 1983-1986

MERCURY Marquis 4-2.3L 1 bbl. LPG (6) 1983-1984

MERCURY Marquis 4-2.3L F/inj. LPG (6) 1985

MERCURY Marquis 6-3.3L 1 bbl. (X) 1983

MERCURY Marquis V6-3.8L 2 bbl. (3) 1983

MERCURY Marquis V6-3.8L 2 bbl. (C) 1984

MERCURY Marquis V6-3.8L 2 bbl. (C) CAN 1985

MERCURY Marquis V6-3.8L F/inj. (3) 1984-1986

MERCURY Marquis V8-4.2L 2 bbl. CAN 1983

MERCURY Marquis V8-5.0L 2 bbl. CAN 1983

MERCURY Marquis V8-5.0L F/inj. (F) 1984-1985

MERCURY Marquis V8-5.0L F/inj. HO (M) 1985

MERCURY Marquis V8-5.0L VV HO (G) 1985

MERCURY Marquis V8-5.8L VV Police (G) 1984

MERCURY Zephyr 4-140CID 2 bbl. (A) 1980-1981

MERCURY Zephyr 4-140CID 2 bbl. (Y) 1978-1979

MERCURY Zephyr 4-140CID 2 bbl. Turbo 1980

MERCURY Zephyr 4-2.3L 1 bbl. (A) 1983

MERCURY Zephyr 4-2.3L 2 bbl. (A) 1982

MERCURY Zephyr 6-200CID 1 bbl. (B) 1980-1981

MERCURY Zephyr 6-200CID 1 bbl. (T) 1978-1979

MERCURY Zephyr 6-3.3L 1 bbl. (B) 1982

MERCURY Zephyr 6-3.3L 1 bbl. (X) 1983

MERCURY Zephyr V8-255CID 2 bbl. (D) 1980-1981

MERCURY Zephyr V8-302CID 2 bbl. (F) 1978-1979

MERCURY Zephyr V8-4.2L 2 bbl. (D) 1982

MERCURY Zephyr V8-4.2L VV (D) 1982


FORD Fairmont MERCURY Marquis Zephyr MAZDA TRUCK Drum Brake shoes set FMSI:2151T-S569 OEM:F77Z-2200-CA

Rear Axle Measures:228x46 mm



OEM No.

OE  E4TZ-2200-C  E4TZ2200C

OE  E69Z-2200-C  E69Z2200C

OE  E6ZZ-2200-A  E6ZZ2200A

OE  E9TZ-2200-A  E9TZ2200A

OE  F3ZZ-2200-B  F3ZZ2200B

OE  F77Z-2200-CA  F77Z2200CA

OE  ZZM0-26-310  ZZM026310


Cross Reference.

AIMCO AFR474

AIMCO AFR474R

AIMCO AFR569

AIMCO AFR569R

AIMCO PAF474R

BENDIX AF474

BENDIX R474

BENDIX RAF474

BENDIX RS474

BENDIX RSR474

FMSI 2151T-431 2151T431

FMSI 2151T-474 2151T474

FMSI 2151T-569 2151T569

FMSI 431

FMSI 431-2151T 4312151T

FMSI 474

FMSI 474-2151T 4742151T

FMSI 569

FMSI 569-2151T 5692151T

HP 1369

WAGNER ANA474R

WAGNER PAB431

WAGNER PAB431R

WAGNER PAB474

WAGNER PAB474R

WAGNER PAB474RNA


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FORD TRUCK Expedition F150 F250 LINCOLN Town Car MAZDA TRUCK B-2000 B-2200 B-2600 Drum Brake shoes set FMSI:1344-S565 OEM:UB39-26-38Z K3357 Tue, 01 Dec 2020 09:38:20 +0800 Application:

FORD TRUCK Expedition V8-4.6L F/inj. (16V) SOHC (6) 1997-2002

FORD TRUCK Expedition V8-4.6L F/inj. (16V) SOHC (W) 1997-2002

FORD TRUCK Expedition V8-5.4L F/inj. (16V) SOHC (A) 1998-2002

FORD TRUCK Expedition V8-5.4L F/inj. (16V) SOHC (L) 1997-2002

FORD TRUCK Expedition V8-5.4L F/inj. (16V) SOHC CNG (M) 1999-2002

FORD TRUCK Expedition V8-5.4L F/inj. (16V) SOHC Flex Fuel (Z) 1999-2002

FORD TRUCK F150 V6-4.2L F/inj. (12V) SOHC (2) 2001-2003

FORD TRUCK F150 V6-4.2L F/inj. (12V) SOHC (2) 2005-2007

FORD TRUCK F150 V6-4.2L F/inj. (12V) SOHC (2) 2008

FORD TRUCK F150 V6-4.2L F/inj. (2) 1998

FORD TRUCK F150 V6-4.2L F/inj. (2) 2000

FORD TRUCK F150 V8-4.6L F/inj. (16V) SOHC (6) 2002-2003

FORD TRUCK F150 V8-4.6L F/inj. (16V) SOHC (W) 2001-2004

FORD TRUCK F150 V8-4.6L F/inj. (16V) SOHC (W) 2005-2007

FORD TRUCK F150 V8-4.6L F/inj. (16V) SOHC (W) 2008

FORD TRUCK F150 V8-4.6L F/inj. (6) 1998

FORD TRUCK F150 V8-4.6L F/inj. (W) 1998

FORD TRUCK F150 V8-4.6L F/inj. (W) 2000

FORD TRUCK F150 V8-5.4L F/inj. (16V) SOHC (L) 2001-2003

FORD TRUCK F150 V8-5.4L F/inj. (16V) SOHC CNG (M) 2001-2003

FORD TRUCK F150 V8-5.4L F/inj. (16V) SOHC SC (3) 2000-2004

FORD TRUCK F150 V8-5.4L F/inj. (24V) SOHC (5) 2004-2007

FORD TRUCK F150 V8-5.4L F/inj. (24V) SOHC (5) 2008

FORD TRUCK F150 V8-5.4L F/inj. (24V) SOHC (5) CAN 2008

FORD TRUCK F150 V8-5.4L F/inj. (24V) SOHC Flex Fuel (V) 2008

FORD TRUCK F150 V8-5.4L F/inj. (L) 2000

FORD TRUCK F150 V8-5.4L F/inj. Bi-Fuel CNG (Z) 1998

FORD TRUCK F150 V8-5.4L F/inj. Bi-Fuel CNG (Z) 2000-2003

FORD TRUCK F150 V8-5.4L F/inj. CNG (M) 1998

FORD TRUCK F150 V8-5.4L F/inj. CNG (M) 2000

FORD TRUCK F150 V8-5.4L F/inj. Flex Fuel (V) 2006-2007

FORD TRUCK F150 V8-5.4L F/inj. SOHC (L) 1998

FORD TRUCK F250 V8-4.6L F/inj. (6) 1998

FORD TRUCK F250 V8-4.6L F/inj. (W) 1998

FORD TRUCK F250 V8-5.4L F/inj. Bi-Fuel CNG (Z) 1998

FORD TRUCK F250 V8-5.4L F/inj. CNG (M) 1998

FORD TRUCK F250 V8-5.4L F/inj. SOHC (L) 1998

FORD TRUCK HD V8-4.6L F/inj. (6) 1998

FORD TRUCK HD V8-4.6L F/inj. (W) 1998

FORD TRUCK HD V8-5.4L F/inj. Bi-Fuel CNG (Z) 1998

FORD TRUCK HD V8-5.4L F/inj. CNG (M) 1998

FORD TRUCK HD V8-5.4L F/inj. SOHC (L) 1998

FORD TRUCK Super Duty V8-4.6L F/inj. (6) 1998

FORD TRUCK Super Duty V8-4.6L F/inj. (W) 1998

FORD TRUCK Super Duty V8-5.4L F/inj. Bi-Fuel CNG (Z) 1998

FORD TRUCK Super Duty V8-5.4L F/inj. CNG (M) 1998

FORD TRUCK Super Duty V8-5.4L F/inj. SOHC (L) 1998

LINCOLN Town Car V8-4.6L F/inj. (16V) SOHC (W) 2004-2005

LINCOLN Town Car V8-4.6L F/inj. (16V) SOHC (W) 2007

LINCOLN Town Car V8-4.6L F/inj. (16V) SOHC (W) 2010

LINCOLN Town Car V8-4.6L F/inj. (16V) SOHC Flex Fuel (V) 2007

LINCOLN Town Car V8-4.6L F/inj. (16V) SOHC Flex Fuel (V) 2010

LINCOLN TRUCK Blackwood V8-5.4L F/inj. (32V) DOHC (A) 2002-2003

LINCOLN TRUCK Blackwood V8-5.4L F/inj. (32V) DOHC (R) 2002

LINCOLN TRUCK Mark LT V8-5.4L F/inj. (24V) SOHC (5) 2006-2007

LINCOLN TRUCK Mark LT V8-5.4L F/inj. (24V) SOHC (5) 2008

LINCOLN TRUCK Navigator V8-5.4L F/inj. (16V) SOHC (L) 1998-2002

LINCOLN TRUCK Navigator V8-5.4L F/inj. (32V) DOHC (A) 1999-2002

LINCOLN TRUCK Navigator V8-5.4L F/inj. (32V) DOHC (R) 2001-2002

LINCOLN TRUCK Navigator V8-5.4L F/inj. Flex Fuel (Z) 2000

MAZDA TRUCK B-2000 4-2.0L 2 bbl. 1986

MAZDA TRUCK B-2000 4-2.0L 2 bbl. 1989

MAZDA TRUCK B-2200 4-2.2L 2 bbl. 1987-1991

MAZDA TRUCK B-2200 4-2.2L 2 bbl. 1992-1993

MAZDA TRUCK B-2200 4-2.2L F/inj. 1990-1991

MAZDA TRUCK B-2200 4-2.2L F/inj. 1992-1993

MAZDA TRUCK B-2600 4-2.6L 2 bbl. 1987-1988

MAZDA TRUCK B-2600 4-2.6L F/inj. 1989-1991

MAZDA TRUCK B-2600 4-2.6L F/inj. 1992-1993



FORD TRUCK Expedition F150 F250 LINCOLN Town Car MAZDA TRUCK B-2000 B-2200 B-2600 Drum Brake shoes set FMSI:1344-S565 OEM:UB39-26-38Z K3357

Rear Axle Measures:260x45 mm



OEM No.

FORD UB39-26-310  UB3926310

FORD UB39-26-382  UB3926382

FORD UB39-26-38Z  UB392638Z


Cross Reference.

AIMCO  AFR565

BENDIX  R565

BENDIX  RS565

CENTRIC  110.05650  11005650

FMSI  565

FMSI  1344-565  1344565

FMSI  565-1344  5651344

MK  K3357

WAGNER  PAB565


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TOYOTA HILUX VII Pickup Drum Brake shoes set FMSI:1681-S1012 OEM:04495-0K050 FSB4010 GS7811 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA  HILUX VII Pickup (_N1_, _N2_, _N3_) 2.5 D 2005-2015

TOYOTA  HILUX VII Pickup (_N1_, _N2_, _N3_) 2.5 D-4D 2005-2015

TOYOTA  HILUX VII Pickup (_N1_, _N2_, _N3_) 2.5 D-4D 2007-

TOYOTA  HILUX VII Pickup (_N1_, _N2_, _N3_) 2.5 D-4D 4WD 2007-

TOYOTA  HILUX VII Pickup (_N1_, _N2_, _N3_) 3.0 D-4D 4WD 2005-2015




TOYOTA  HILUX VII Pickup Drum Brake shoes set FMSI:1681-S1012 OEM:04495-0K050 FSB4010 GS7811

Rear Axle Measures:300x62 mm



OEM No.

TOYOTA : 04495-0K020

TOYOTA : 04495-0K050

TOYOTA : 04495-0K070

TOYOTA : 04495-0K120


Cross Reference.

BENDIX : 362486B

BLUE PRINT : ADT34174

BOSCH : 0 986 487 787

BREMSI : GF0969

CIFAM : 153-445

DELPHI : LS2039

DEX : 2115.317

FERODO : FSB4010

FMSI : S1012-1681

JAPANPARTS : GF-217AF

JURID : 362486J

KAGER : 34-0743

LPR : 09205

METELLI : 53-0445

NK : 2745801

TRUSTING : 115.317

TRW : GS7811

VALEO : 564164


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NISSAN CUBE JUKE LEAF QASHQAI SENTRA TIIDA X-TRAIL ROGUE RENAULT KOLEOS TOYOTA RAV 4 Drum Brake shoes set FMSI:1620-S916 OEM:46540-42010 FSB4029 GS8652 Tue, 01 Dec 2020 09:38:20 +0800 Application:

NISSAN CUBE (Z12) 2007/09-

NISSAN JUKE (F15) 2010/06-

NISSAN LEAF (ZE0) 2010/11-

NISSAN QASHQAI / QASHQAI +2 I (J10, JJ10) 2006/12-2013/12

NISSAN SENTRA VII (B17) 2012/08-

NISSAN TIIDA Hatchback (C12) 2010/08-

NISSAN X-TRAIL (T31) 2007/03-2014/07

NISSAN ROGUE 2008-2009

NISSAN SENTRA except Wagon 2007-2009

RENAULT KOLEOS I (HY_) 2008/09-

TOYOTA RAV 4 III (_A3_) 2005/06-2013/06

TOYOTA RAV 4 IV (_A4_) 2012/12-

TOYOTA RAV 4 2006-2009

TOYOTA COROLLA Sedan 2009

TOYOTA MATRIX 2009

Lexus HS 250h 2010

Pontiac VIBE 2009


NISSAN CUBE JUKE LEAF QASHQAI SENTRA TIIDA X-TRAIL ROGUE RENAULT KOLEOS TOYOTA RAV 4 Drum Brake shoes set FMSI:1620-S916 OEM:46540-42010 FSB4029 GS8652

Rear Axle Measures:170x32 mm



OEM No.

NISSAN : 44060-JE27A

NISSAN : D4060-CY001

NISSAN : D4060-JE27A

NISSAN : D4060-1UY6A

RENAULT : 44 06 000 04R

RENAULT : 44 08 1CY 001

TOYOTA : 44060-CY025

TOYOTA : 46540-0R030

TOYOTA : 46540-42010

TOYOTA : 46540-42020


Cross Reference.

ABE : C01063ABE

APEC braking : SHU 727

APEC braking : SHU 756

ASHIKA : 09-0710

ASHIKA : 55-01-141

ASHIKA : 55-02-228

ASHUKI : 1050-7501

ATE : 03.0137-3012.2

ATE : 653012

BLUE PRINT : ADN14165

BOSCH : 0 986 487 734

BREMBO : S 56 545

BREMSI : GF0976

CIFAM : 153-450

DELPHI : LS1999

DEX : 2115.322

E.T.F. : 09-0710

FERODO : FSB4029

FERODO : FSB4035

FERODO : FSB4189

FMSI : S916-1620

FREMAX : FBS-0876

FREMAX : FBS-0976

JAPANPARTS : GF-141AF

JAPANPARTS : GF-228AF

LPR : 01034

LPR : 09870

METELLI : 53-0450

METZGER : MG 223

MINTEX : MFR601

NK : 2722777

NK : 2745743

PAGID : H1682

PAGID : H1745

RAICAM : 2953

REMSA : 4677.00

REMSA : 4752.00

ROADHOUSE : 4752.00

TEXTAR : 91068200

TRUSTING : 115.322

TRW : GS8752

VALEO : 564128

VALEO : 564168


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CHEVROLET TRUCK Tornado (Latin America) Drum Brake shoes set FMSI:1669-S998 OEM:93284576 FSB545 GS8637 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CHEVROLET TRUCK Tornado (Latin America) 2004-2010



CHEVROLET TRUCK Tornado (Latin America) Drum Brake shoes set FMSI:1669-S998 OEM:93284576 FSB545 GS8637

Rear Axle Measures:228.6x42 mm



OEM No.

CHEVROLET  93284576

GM  93171065

GM  93284576

OPEL  16 05 064

OPEL  16 05 969

OPEL  1605920

VAUXHALL  90512792


Cross Reference.

ATE 03013703222

BOSCH 0986487554

DELPHI LS1729

FERODO FSB545

FMSI  1669-S998

JURID 362389J

MINTEX MFR401

TEXTAR 98101049004

TRW GS8637


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CHRYSLER Grand Voyager Town & Country DODGE Grand Caravan PLYMOUTH Voyager Drum Brake shoes set FMSI:1485ATT-S841 OEM:04883833AA FSB568 GS8643 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CHRYSLER Grand Voyager 2000

CHRYSLER Town & Country 1997-2007

CHRYSLER Voyager 2000-2003

DODGE Caravan 1997-2004

DODGE Caravan Rear Drum 2005-2007

DODGE Grand Caravan 1997-2006

PLYMOUTH Voyager 1999-2000




CHRYSLER Grand Voyager Town & Country DODGE Grand Caravan PLYMOUTH Voyager Drum Brake shoes set FMSI:1485ATT-S841 OEM:04883833AA FSB568 GS8643

Rear Axle Measures:250x57 mm



OEM No.

CHRYSLER : 4882059

CHRYSLER : 4883833AA

KIA : 0K552-26-38Z

KIA : 0K56A-26-38Z

KIA : K0BJ1-26-38Z



Cross Reference.

ABE : C00305ABE

ABE : C00318ABE

ACDelco : 506

APEC braking : SHU550

ASHIKA : 55-00-097

ASHIKA : 55-K0-002

ASHUKI : 1050-0130

BENDIX : 362390B

BLUE PRINT : ADG04119

BOSCH : 0 986 487 659

BREMBO : S 11 501

BREMSI : GF0426

Brake ENGINEERING : SH2527

CHASE : S782

CIFAM : 153-026

DELPHI : LS1814

DEX : 2023.001

DJ PARTS : BS1074

FERODO : FSB568

FIRST LINE : FBS299

FMSI : S703

FMSI : S714

FMSI : S841-1485ATT

FREMAX : FBS-0426

FTE : BB1161A1

GIRLING : 5186439

HERTH+BUSS JAKOPARTS : J3500310

HERTH+BUSS JAKOPARTS : J3500311

HERTH+BUSS JAKOPARTS : J3500329

HP (ZEBRA) : 1666

JAPANPARTS : GF-097AF

JAPANPARTS : GF-K02AF

JAPANPARTS : GF-K10AF

JURID : 362390J

KAISHIN : K10012

KAISHIN : K11179

KAISHIN : K7913

KAWE : 07280

LEADER PARTS : 2080329.1

LPR : 07280

MAFIX : MA244

METELLI : 53-0026

METZGER : MG 718

MEYLE : 44-14 533 0002

MGA : M739

MINTEX : MFR416

MK Kashiyama : K11179

MOTAQUIP : VBS553

NECTO : N1588

NIPPARTS : J3500310

NK : 2793593

PAGID : H8995

PEX : 6.202

QUINTON HAZELL : BBF 1061

QUINTON HAZELL : BS1074

RAICAM : 2755

REMSA : 4020.00

RHIAG : GF 593.00

ROADHOUSE : 4020.00

ROULUNDS RUBBER : 680718

SAMKO : 87280

TEXTAR : 91056000

TRISCAN : 8100 10593

TRUSTING : 023.001

TRW : GS8643

TRW : GS8775

UNIPART : GBS1385AF

VALEO : 562760


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DODGE NITRO JEEP CHEROKEE LIBERTY WRANGLER III LEXUS GS Dodge NITRO Drum Brake shoes set FMSI:1580-S941 OEM:68003589AA FSB4060 GS8819 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

DODGE NITRO 2006/09-2012/12

JEEP CHEROKEE (KJ) 2001/03-2008/01

JEEP LIBERTY 2008-2010

JEEP WRANGLER 2007-2010

JEEP WRANGLER I (YJ, SJ_) 1986/08-1996/08

JEEP WRANGLER III (JK) 2006/06-

LEXUS GS (_S19_) 2005/01-2012/12

Dodge NITRO 2007-2010




DODGE NITRO JEEP CHEROKEE LIBERTY WRANGLER III LEXUS GS Dodge NITRO Drum Brake shoes set FMSI:1580-S941 OEM:68003589AA FSB4060 GS8819

Rear Axle Measures:207x32 mm



OEM No.

CHRYSLER : 68003589AA

JEEP : 68003607AB



Cross Reference.

ABE : CRY004ABE

APEC braking : SHU 760

ASHIKA : 55-09-910

BLUE PRINT : ADA104114

CIFAM : 153-363

DELPHI : LS2055

DEX : 2088.238

FERODO : FSB4060

FMSI : S941-1580

GIRLING : 5188199

JAPANPARTS : GF-910AF

KAGER : 34-0709

LPR : 09550

METELLI : 53-0363

MINTEX : MFR684

PAGID : H1739

RAICAM : RA29630

TEXTAR : 91073500

TRISCAN : 8100 80011

TRUSTING : 088.238

TRW : GS8819

VALEO : 564203


]]>
Chevrolet COLORADO GMC CANYON Drum Brake shoes set FMSI:1643-S959 OEM:19207735 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

Chevrolet COLORADO 2009-2010

GMC CANYON 2009-2010



Chevrolet COLORADO GMC CANYON Drum Brake shoes set FMSI:1643-S959 OEM:19207735

Rear Axle Measures:295x45.5 mm



OEM No.

Chevrolet  19207735



Cross Reference.

CENTRIC  111.09590  11109590

FMSI  1643-S959  1643S959

FMSI  S959

FMSI  S959-1643  S9591643


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SUZUKI GRAND VITARA II Drum Brake shoes set FMSI:1623-S921 OEM:53200-65J01 FSB4034 GS8801 K9970 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

SUZUKI GRAND VITARA II (JT, TE, TD) 2005/04-

SUZUKI GRAND VITARA 2006-2008



SUZUKI GRAND VITARA II Drum Brake shoes set FMSI:1623-S921 OEM:53200-65J01 FSB4034 GS8801 K9970

Rear Axle Measures:254x41 mm



OEM No.

SUZUKI : 53200-65J00

SUZUKI : 53200-65J00-000

SUZUKI : 53200-65J01

SUZUKI : 53200-65J01-000



Cross Reference.

AK : NN5545

ATE : 03.0137-0499.2

BLUE PRINT : ADK84138

BOSCH : 0 986 487 736

BOSCH : 0 986 487 756

BOSCH : 0 986 487 847

BREMBO : S 79 524

CIFAM : 153-407

CIFAM : G2752783

DELPHI : LS2024

DEX : 2111.251

FERODO : FSB4034

FMSI : S921-1623

FREMAX : FBS-0924

JAPANPARTS : GF-824AF

LPR : 09960

METELLI : 53-0407

MINTEX : MFR608

MK : K9970

PAGID : H1687

TEXTAR : 91068700

TRISCAN : 8100 69004

TRUSTING : 111.251

TRW : GS7836

TRW : GS8801

VALEO : 564107


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Ford F100/150 SERIES PICKUP 2WD 4WD Drum Brake shoes set FMSI:1645-S961 OEM:9L3Z-2648-A Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

Ford F100/150 SERIES PICKUP 2WD 2009

Ford F100/150 SERIES PICKUP 4WD 2009



Ford F100/150 SERIES PICKUP 2WD 4WD Drum Brake shoes set FMSI:1645-S961 OEM:9L3Z-2648-A

Rear Axle Measures:228x30.7 mm



OEM No.

Ford  9L3Z-2648-A 9L3Z2648A



Cross Reference.

CENTRIC  111.09610  11109610

FMSI  1645-S961  1645S961

FMSI  S961

FMSI  S961-1645  S9611645


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DAEWOO KORANDO Cabrio MAZDA CX-7 OPEL SINTRA SSANGYONG ACTYON KORANDO MUSSO Drum Brake shoes set FMSI:S784 OEM:89047676 FSB4157 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

DAEWOO KORANDO (KJ) 2.3 1999-

DAEWOO KORANDO (KJ) 2.3 1999-2001

DAEWOO KORANDO (KJ) 2.9 D 1999-

DAEWOO KORANDO (KJ) 2.9 TD 1999-

DAEWOO KORANDO (KJ) 3.2 4x4 1999-

DAEWOO KORANDO Cabrio (KJ) 2.0 16V 1999-

DAEWOO KORANDO Cabrio (KJ) 2.3 1999-

DAEWOO KORANDO Cabrio (KJ) 2.3 1999-2001

MAZDA CX-7 (ER) 2.2 MZR-CD AWD 2009-2013

MAZDA CX-7 (ER) 2.2 MZR-CD AWD 2012-2013

MAZDA CX-7 (ER) 2.3 MZR DISI Turbo AWD 2007-2009

MAZDA CX-7 (ER) 2.3 MZR DISI Turbo AWD 2009-2013

OPEL SINTRA (APV) 2.2 DTI 1997-1999

OPEL SINTRA (APV) 2.2 i 16V (OUN16, Y94) 1996-1999

SSANGYONG ACTYON I 2.0 Xdi 2005-

SSANGYONG ACTYON I 2.3 4x4 2006-

SSANGYONG KORANDO (KJ) 2.9 D (KJ) 1996-2000

SSANGYONG MUSSO (FJ) 2.3 1996-2002



DAEWOO KORANDO Cabrio MAZDA CX-7 OPEL SINTRA SSANGYONG ACTYON KORANDO MUSSO Drum Brake shoes set FMSI:S784 OEM:89047676 FSB4157

Rear Axle Measures:190x22.5 mm



OEM No.

CHEVROLET : 18026285

CHEVROLET : 92196003

DAEWOO : 12455804

FORD : 7T4Z2A753A

FORD : 88967272

FORD USA : 7T4Z2A753A

GENERAL MOTORS : 89047676

GMC : 89047676

MAZDA : EGY3-44-39Z

MAZDA : EHY4-44-39Z

MAZDA : LFY4-44-39Z

OPEL : 552166

PONTIAC : 18026285

SSANGYONG : 483 KT0 50 00

SSANGYONG : 483 KT0 50 10

SSANGYONG : 483 TK0 50 11



Cross Reference.

ASHIKA : 55-0S-S01

ASHUKI : HRK13130

BLUE PRINT : ADG04129

BREMBO : S 49 523

BREMSI : 875

CIFAM : 153-491

DEX : 2040.163

FERODO : FSB4157

FMSI : S784

FMSI : S957

JAPANPARTS : GF-S01AF

LPR : 01098

METELLI : 53-0491

MINTEX : MFR697

NIPPARTS : N3500401

TEXTAR : 91077600

TRUSTING : 040.163

VALEO : 564197


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Ford ESCAPE Mazda TRIBUTE Mercury MARINER Drum Brake shoes set FMSI:1629-S936 OEM:8L8Z-2200-B Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

Ford ESCAPE 2008-2009

Mazda TRIBUTE 2008-2009

Mercury MARINER 2008-2009



Ford ESCAPE Mazda TRIBUTE Mercury MARINER Drum Brake shoes set FMSI:1629-S936 OEM:8L8Z-2200-B

Rear Axle Measures:254x55.1 mm



OEM No.

Ford  8L8Z-2200-B  8L8Z2200B



Cross Reference.

CENTRIC 111.09360 11109360

FMSI 1629-S936 1629S936

FMSI S936

FMSI S936-1629 S9361629


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Dodge DAKOTA 2WD 4WD Mitsubishi RAIDER Drum Brake shoes set FMSI:1582-S922 OEM:05191790AA Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

Dodge DAKOTA 2WD 2005-2010

Dodge DAKOTA 4WD 2005-2010

Mitsubishi RAIDER 2006-2010



Dodge DAKOTA 2WD 4WD Mitsubishi RAIDER Drum Brake shoes set FMSI:1582-S922 OEM:05191790AA

Rear Axle Measures:294.6x61.7 mm



OEM No.

Dodge  05191790AA  05191790AA



Cross Reference.

CENTRIC  111.09220  11109220

FMSI  1582-S922  1582S922

FMSI  S922

FMSI  S922-1582  S9221582


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VOLKSWAGEN Amarock (Latin America) VW AMAROK Drum Brake shoes set FMSI:1667-S996 OEM:2H0 698 525 FSB4165 GS8800 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

VOLKSWAGEN Amarock (Latin America) 2010-2011

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2010-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2011-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2010-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2011-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2010-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2012-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2010-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2012-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 2.0 2010-

VW AMAROK (2HA, 2HB, S1B, S6B, S7A, S7B) 3.0 2016-



VOLKSWAGEN Amarock (Latin America) VW AMAROK Drum Brake shoes set FMSI:1667-S996 OEM:2H0 698 525 FSB4165 GS8800

Rear Axle Measures:295x57 mm



OEM No.

VOLKSWAGEN  2H0 698 525  2H0698525



Cross Reference.

ATE : 03.0137-0508.2

BOSCH : 0 986 487 781

BOSCH : 0 986 487 955

BREMBO : S 85 541

BREMBO : S 85 542

CIFAM : 153-529

DELPHI : LS2056

DEX : 2124.290

FEBI BILSTEIN : 36753

FERODO : FSB4165

FMSI : S996

FMSI : 1667-S996

FMSI : S996-1667

LPR : 01011

LPR : 01134

METELLI : 53-0529

NK : 2747816

REMSA : 4648.00

ROADHOUSE : 4648.00

SWAG : 30 93 6753

TRUSTING : 124.290

TRW : GS8800

VALEO : 564148


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TOYOTA CELICA Coupe PRIUS YARIS / VIOS Saloon Hatchback VERSO Drum Brake shoes set FMSI:1621-S917 OEM:04495-52100 K2383 FSB582 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

TOYOTA CELICA Coupe (_T23_) 1.8 16V VT-i (ZZT230_) 1999-2005

TOYOTA PRIUS Hatchback (_W2_) 1.5 (NHW20_) 2003-2009

TOYOTA YARIS (_P13_) 1.0 (KSP130_) 2010-

TOYOTA YARIS (_P13_) 1.3 (NCP130_) 2011-

TOYOTA YARIS (_P1_) 1.0 (SCP10_) 1999-2005

TOYOTA YARIS (_P1_) 1.4 D-4D (NLP10_) 2001-2005

TOYOTA YARIS (_P9_) 1.0 GPL (KSP90_) 2006-

TOYOTA YARIS (_P9_) 1.0 VVT-i (KSP90_) 2005-2011

TOYOTA YARIS / VIOS Saloon (_P9_) 1.3 (NCP92_) 2005-2013

TOYOTA YARIS VERSO (_P2_) 1.3 (NCP20_, NCP22_) 1999-2002



TOYOTA CELICA Coupe PRIUS YARIS / VIOS Saloon Hatchback VERSO Drum Brake shoes set FMSI:1621-S917 OEM:04495-52100 K2383 FSB582

Rear Axle Measures:200x30.7 mm



OEM No.

TOYOTA : 04495-47010

TOYOTA : 04495-52020

TOYOTA : 04495-52040

TOYOTA : 04495-52100

TOYOTA : 04495-52140

TOYOTA : 04495-59020



Cross Reference.

ACDelco : 526

AK : NR1091

APEC braking : SHU 592

ASHIKA : 55-02-204

ATE : 03.0137-0364.2

ATE : 650364

BENDIX : 362401B

BOSCH : 0 986 487 589

Brake ENGINEERING : SH2546

Brake ENGINEERING : SH2574

CIFAM : 153-431

DELPHI : LS1854

DEX : 2115.301

FERODO : FSB582

FMSI : 1621-S917

FMSI : S917

FMSI : S917-1621

FTE : BB1058

FTE : BB1253A1

GIRLING : 5186739

HERTH+BUSS JAKOPARTS : J3502071

HP (ZEBRA) : 1709

JAPANPARTS : GF-204AF

JAPANPARTS : J GF-204AF

JURID : 362401J

KASHIYAMA K2383

KAWE : 07860

KBP : BS9918

LEADER PARTS : 2080353.1

LPR : 07860

LUCAS ELECTRICAL : GS8673

MAFIX : MA239

METELLI : 53-0431

METZGER : MG 723

MGA : M772

MINTEX : MFR459

MOTAQUIP : VBS620

NECTO : N1642

NIPPARTS : J3502071

NIPPARTS : J3502073

NK : 2745617

PAGID : H9035

PEX : 6.245

QUINTON HAZELL : BBF 1058

QUINTON HAZELL : BS1058

RAICAM : 2801

REMSA : 4101.00

RHIAG : GF 617.00

ROADHOUSE : 4101.00

ROULUNDS RUBBER : 680723

SCT Germany : SS 547

TEXTAR : 91053500

TEXTAR : 98101 0535 00 0 4

TEXTAR : 98101 0535 0 4 T056

TRISCAN : 02-30409

TRISCAN : 1105-410100

TRISCAN : 25644

TRISCAN : 42LS1854

TRISCAN : 8100 13617

TRISCAN : 8100NP000025

TRISCAN : FRI582

TRISCAN : FSB582

TRUSTING : 115.301

UNIPART : GBS1368AF

VAICO : V70-0288

VALEO : 562746

VAPSINT : 988

VEMA : 84801

VILLAR : 629.0707

WOKING : 4101.00


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Dodge RAM 1500 2500 2WD 3500 PICKUP 4WD Ford E200/250 SERIES VAN F350 SUPER DUTY Drum Brake shoes set FMSI:2192-S854 OEM:5C3Z-2648-AA Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

Dodge RAM 1500 PICKUP 2WD 2006-2008

Dodge RAM 1500 PICKUP 4WD 2006-2008

Dodge RAM 2500 PICKUP 2WD 2006-2009

Dodge RAM 2500 PICKUP 4WD 2006-2009

Dodge RAM 3500 PICKUP 2WD 2006-2009

Dodge RAM 3500 PICKUP 4WD 2006-2009

Ford E200/250 SERIES VAN 2004-2007

Ford E300/350 SERIES VAN 2004-2007

Ford F250 SUPER DUTY 2WD 2005-2009

Ford F250 SUPER DUTY 4WD 2005-2009

Ford F350 SUPER DUTY 2WD 2005-2009

Ford F350 SUPER DUTY 4WD 2005-2009



Dodge RAM 1500 2500 2WD 3500 PICKUP 4WD Ford E200/250 SERIES VAN F350 SUPER DUTY Drum Brake shoes set FMSI:2192-S854 OEM:5C3Z-2648-AA

Rear Axle Measures:205x43.9 mm



OEM No.

OE 05179334AA

OE 05179334AB

OE 5179 334AA

OE 5179 334AB

OE 5C3Z-2648-AA

OE 68049116AA

OE 8C3Z2648A

OE 8C3Z2648B



Cross Reference.

CENTRIC 111.08540 11108540

FMSI 2192-S854 2192S854

FMSI S854

FMSI S854-2192 S8542192


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CHRYSLER PT Cruiser Drum Brake shoes set FMSI:1542-S810 OEM:5140710AA FSB4074 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

CHRYSLER PT Cruiser 4-1.6L F/inj. (16V) DOHC Turbo (E) 2005

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (B) 2005-2007

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (B) 2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (X) 2005-2007

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC (X) 2008

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo (8) 2004-2005

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo HO (G) 2005

CHRYSLER PT Cruiser 4-2.4L F/inj. (16V) DOHC Turbo HO (S) 2005

CHRYSLER PT Cruiser 4-2.4L F/inj. EDZ (9) 2009



CHRYSLER PT Cruiser Drum Brake shoes set FMSI:1542-S810 OEM:5140710AA FSB4074

Rear Axle Measures:229x42 mm



OEM No.

CHRYSLER : 05140710AA



Cross Reference.

BENDIX 810L 810L

BENDIX RS810L RS810L

BREMSI : 40810

BREMSI : GF4810

CENTRIC 110.08100 11008100

CENTRIC 111.08100 11108100

CIFAM : 153-481

DEX : 2023.008

FERODO : FSB4074

FMSI 1542-S810 1542S810

FMSI S810

FMSI S810-1542 S8101542

LPR : 01016

METELLI : 53-0481

TRUSTING : 023.008

VALEO : 564077


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TOYOTA CAMRY (_V2_) Estate (_V1_) Axial Rod OEM:45503-06080 SR-3590 CRT-31 JAR7536 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA CAMRY (_V1_) 1991/06-1998/06

TOYOTA CAMRY (_V2_) 1996/08-2002/09

TOYOTA CAMRY Estate (_V1_) 1991/06-1997/08



TOYOTA CAMRY (_V2_) Estate (_V1_)  Axial Rod OEM:45503-06080 SR-3590 CRT-31 JAR7536


Description:

Front Axle

Outer Thread : M16x1.5 mm



OEM No.

TOYOTA  45503-06080  4550306080

TOYOTA  45503-8Y001  455038Y001



Cross Reference

555 SR-3590 SR3590

CTR CRT-31 CRT31

NIPPARTS J4842045

TRW JAR7536


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TOYOTA COASTER HZB50 BRACKET ASSY IDLER ARM OEM:45070-36030 45410-36040 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA COASTER HZB50

TOYOTA COASTER 2.7L 2001-2006

TOYOTA COASTER 2.7L 2007-2012

TOYOTA COASTER 4.0L 2015-

TOYOTA COASTER 4.0T 2014-2015

TOYOTA COASTER 4.0T 2007-2014

TOYOTA COASTER 4.1T 2003-2006

TOYOTA COASTER 4.1T 2001-2003



TOYOTA COASTER HZB50 BRACKET ASSY IDLER ARM OEM:45070-36030 45410-36040



OEM No.

TOYOTA  45070-36030

TOYOTA  45070-36040

TOYOTA  45410-36040


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TOYOTA TRUCK BUS Tie Rod End OEM:45047-57010 45047-59015 SE-2511L Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA TRUCK,BUS 1969-1983



TOYOTA TRUCK BUS Tie Rod End OEM:45047-57010 45047-59015 SE-2511L


Description:

Front Axle, Left



OEM No.

TOYOTA  45047-57010  4504757010

TOYOTA  45047-59015  4504759015



Cross Reference

555  SE-2511L  SE2511L


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TOYOTA AVANZA F601 Tie Rod End OEM:45046-BZ010 45047-BZ010 JTE7577 JTE7578 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA AVANZA F601 2003/12-



TOYOTA AVANZA F601 Tie Rod End OEM:45046-BZ010 45047-BZ010 JTE7577 JTE7578


Description:

Inner Thread : M12x1.25 mm

Outer Thread : M12x1.25 mm



OEM No.

TOYOTA  45046-BZ010  45046BZ010

TOYOTA  45047-BZ010  45047BZ010



Cross Reference

555 SE-3871R SE3871R

555 SE-3871L SE3871L

TRW JTE7577

TRW JTE7578


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TOYOTA HILUX VI Pickup Ball Joint OEM:43350-39075 K9343 TO-BJ-10028 CBT-14 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA HILUX V Pickup (_N_, KZN1_, VZN1_) 1988/09-1999/01

TOYOTA HILUX VI Pickup (_N1_) 1994/08-2006/03



TOYOTA HILUX VI Pickup Ball Joint OEM:43350-39075 K9343 TO-BJ-10028 CBT-14


Description:

Fitting Position : Front Axle

Height : 95mm

Width : 115mm

Total Length : 80mm

Thread Size : M14x1.5



OEM No.

TOYOTA : 43350-39035

TOYOTA : 43350-39075

TOYOTA : 43350-39115

VW : J43 350 390 75



Cross Reference

555 SB-2471 SB2471

BIRTH CX0038

CTR CBT-14 CBT14

DELPHI TC1187

FEBI BILSTEIN 23247

KAGER 88-0095 880095

KSP 1005089

LEMFORDER 16426

MAPCO 59236

MOOG K9343

MOOG TO-BJ-10028 TOBJ10028

NIPPARTS J4882000

NK 5044518

OCAP 0400430

QUINTON HAZELL QSJ1241S

RAYBESTOS 500-1060 5001060

SIDEM 45880

SPIDAN 44797

SWAG 81 92 3247 81923247

TRISCAN 8500 13053 850013053

TRW 10436

TRW JBJ359


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CHEVROLET TRUCK Silverado 1500 GMC TRUCK Sierra GMC SIERRA Drum Brake shoes set FMSI:1643-S960 1644-S960 OEM:25976968 25870982 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

CHEVROLET TRUCK Silverado 1500 2010-2011

GMC TRUCK Sierra 1500 2010-2011

Chevrolet SILVERADO 1500 2WD 2009

Chevrolet SILVERADO 1500 4WD 2009

GMC SIERRA 1500 2WD 2009

GMC SIERRA 1500 4WD 2009



CHEVROLET TRUCK Silverado 1500 GMC TRUCK Sierra GMC SIERRA Drum Brake shoes set FMSI:1643-S960 1644-S960 OEM:25976968 25870982

Rear Axle Measures:295x61 mm



OEM No.

OE  25976968

OE  25870982



Cross Reference.

FMSI 1643-S960 1643S960

FMSI S960

FMSI S960-1643 S9601643


CENTRIC 111.09600 11109600

FMSI 1644-S960 1644S960

FMSI S960

FMSI S960-1644 S9601644


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CADILLAC Escalade GMC Yukon Denali Safari Van HUMMER H2 CHEVROLET (GM) Silverado Express Chevy Buick Drum Brake shoes set FMSI:S781 OEM:12477910 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

CHEVROLET (GM) Silverado

CHEVROLET (GM) Avalanche

CHEVROLET (GM) Express 1500 Van

CHEVROLET (GM) Express 2500 Van

CHEVROLET (GM) Suburban

CHEVROLET (GM) Tahoe

CHEVROLET (GM) Express G1500 Van

CADILLAC (GM) Escalade ESV

GMC (TRUCK) Yukon Denali

GMC (TRUCK) Safari Van

GMC (TRUCK) Savana Van

HUMMER H2


CADILLAC Escalade GMC Yukon Denali Safari Van HUMMER H2 CHEVROLET (GM) Silverado Express Chevy Buick Drum Brake shoes set FMSI:S781 OEM:12477910

Measures:210x30 mm


OEM No.

CHEVROLET 8889357430

CHEVROLET 8889357470

CHEVROLET 88982875

CHEVROLET AM-11600035

CHEVROLET (GM) 12477910

CHEVROLET (GM) 19178801

CHEVROLET (GM) 88982880

GM 12472852

GM 12477910

GM 12477911

GM 12482786

GM 15817020

GM 88967122

GM 89026787

GM 89026788



Cross Reference.

AC Delco 171-0992

AC Delco 1710892

AC Delco 1710941

BENDIX 781

FMSI S781


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DODGE TRUCK Durango Drum Brake shoes set FMSI:2182TT-S734 OEM:05003780AA Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

DODGE TRUCK Durango 1998-1999



DODGE TRUCK Durango Drum Brake shoes set FMSI:2182TT-S734 OEM:05003780AA

Rear Axle Measures:284x57.5 mm



OEM No.

CHRYSLER 5003780AA

CHRYSLER 05014126AA

CHRYSLER 5014126AA

CHRYSLER 05003780AA

FORD F85Z2200AA

FORD 1L5Z2200AA

FORD F65Z2200AA

FORD 1W1Z2200AA

GENERAL MOTORS 18038584

GENERAL MOTORS 88929017


Cross Reference.

ACDelco 14723B

ACDelco 17723B

AIMCO AFR776

AIMCO AFR72

FMSI 2182TT-S734 2182TTS734

FMSI S734

FMSI S734-2182TT S7342182TT


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TOYOTA CELICA Coupe Convertible RAV 4 I Cabrio Ball Joint OEM:43330-49025 K90687 K9649 CBT-41 Tue, 01 Dec 2020 09:38:20 +0800 Application:

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



TOYOTA CELICA Coupe Convertible RAV 4 I Cabrio Ball Joint OEM:43330-49025 K90687 K9649 CBT-41


Description:

Front Axle, Lower

Outer Thread  : 14x1.5 mm



OEM No.

TOYOTA : 4333009030

TOYOTA : 4333019095

TOYOTA : 4333029225

TOYOTA : 4333029265

TOYOTA : 4333029315

TOYOTA : 4333029325

TOYOTA : 4333029326

TOYOTA : 4333029375

TOYOTA : 4333049025

TOYOTA : 4550329375

TOYOTA : 8333029265


Cross Reference

555 SB-2972 SB2972

A.B.S. 220311 220311

A.B.S. 220415 220415

ASHIKA 7302-241 7302241

CTR CBT-41 CBT41

DELPHI TC1184 TC1184

FEBI BILSTEIN 28699 28699

FLENNOR FL895-D FL895D

HERTH+BUSS JAKOPARTS J4862022 J4862022

JAPANPARTS J BJ-241 JBJ241

KAGER 88-0126 880126

KAVO PARTS SBJ-9002 SBJ9002

LEMFORDER 15715 15715

LEMFORDER 15715 02 1571502

MAPCO 59234 59234

MEYLE 30-16 010 0015 30160100015

MOOG K90687

MOOG K9649

NIPPARTS J4862022

OPTIMAL G3-906 G3906

QUINTON HAZELL QSJ1807S QSJ1807S

RAYBESTOS 505-1195 5051195

RAYBESTOS 5051284 5051284

RUVILLE 916998 916998

SIDEM 45199 45199

SWAG 81 92 8699 81928699

TRISCAN 8500 13504 850013504

TRW 104187 104187

TRW 104370 104370

TRW JBJ 7524 JBJ7524


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TOYOTA COROLLA Compact Liftback Station Wagon (_E9_) Ball Joint OEM:43330-19065 K9523 TO-BJ-104111 Tue, 01 Dec 2020 09:38:20 +0800 Application:

TOYOTA COROLLA (_E9_) 1987/05-1994/09

TOYOTA COROLLA Compact (_E9_) 1987/05-1995/10

TOYOTA COROLLA Liftback (_E9_) 1987/07-1995/10

TOYOTA COROLLA Station Wagon (_E9_) 1987/05-1995/10



TOYOTA COROLLA Compact Liftback Station Wagon (_E9_) Ball Joint OEM:43330-19065 K9523 TO-BJ-104111


Description:

Front Axle, Right, Lower

Thread Size : M14x1.5 mm



OEM No.

TOYOTA  43330-19065  4333019065

TOYOTA  43330-19066  4333019066


Cross Reference

555 SB-2802R SB2802R

A.B.S. 220294

BOSAL 108-336 108336

DELPHI TC636

FEBI BILSTEIN 23245

FLENNOR FL594-D FL594D

HERTH+BUSS JAKOPARTS J4872000

KAGER 88-0327 880327

KSP 1005082

LEMFORDER 15714

MAPCO 19562

MAPCO 19569

METZGER T-614 T614

MOOG K9523

MOOG TO-BJ-104111 TOBJ104111

NIPPARTS J4872000

NK 5044526

OCAP 0483666

OPTIMAL G3-605 G3605

PEX 12.04.226 1204226

QUINTON HAZELL QSJ1135S

RAYBESTOS 505-1154 5051154

RUVILLE 916916

SIDEM 45981

SPIDAN 45981

SWAG 81 92 3245 81923245

TRISCAN 8500 13115 850013115

TRW 104111

TRW JBJ219


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MITSUBISHI L 200 / TRITON Pickup Tie Rod End OEM:4422A008T CEM-62 SE-7941 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MITSUBISHI  L 200 / TRITON (KA_T, KB_T) 2.4 CNG (KA5T) 2010-2015 Pickup

MITSUBISHI  L 200 / TRITON (KA_T, KB_T) 2.5 DI-D (KA4T) 2007-2015

MITSUBISHI  L 200 / TRITON (KA_T, KB_T) 2.5 DI-D (KA4T) 2010-2015

MITSUBISHI  L 200 / TRITON (KA_T, KB_T) 2.5 DiD (KA4T) 2005-2015



MITSUBISHI  L 200 / TRITON Pickup Tie Rod End OEM:4422A008T CEM-62 SE-7941


Description:

Fitting Position : Left and right

Inner Thread : M16x1.5 mm

Outer Thread : M12x1.25 mm

Length : 97mm



OEM No.

MITSUBISHI : 4422A008T

MITSUBISHI : 4422A016

MITSUBISHI : MR961970


Cross Reference

555 : SE-7941

CTR : CEM-62

LEMFORDER : 36431 01


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CITROEN (DF-PSA) C2 (T11) PEUGEOT 206 Hatchback SW (DF-PSA) Control Arm OEM:3520.G8 PE-TC-1572 JTC310 Tue, 01 Dec 2020 09:38:20 +0800 Application:

CITROEN (DF-PSA) C2 (T11) 2006/10-2014/12

PEUGEOT 206 CC (2D) 2000/09-

PEUGEOT 206 Hatchback (2A/C) 1998/08-

PEUGEOT 206 SW (2E/K) 2002/07-

PEUGEOT (DF-PSA) 206 2005/12-2009/02



CITROEN (DF-PSA) C2 (T11) PEUGEOT 206 Hatchback SW (DF-PSA) Control Arm OEM:3520.G8 PE-TC-1572 JTC310


OEM No.

CITROEN PEUGEOT  3520.G8  3520G8


Cross Reference

BIRTH BR1467

DELPHI TC874

FEBI BILSTEIN 15952

FLENNOR FL523-G FL523G

INDELDIS KX 7 SU21301

KAGER 87-0280 870280

KLOKKERHOLM 5507361

LEMFORDER 25177

LEMFORDER 25177 02 2517702

LEMFORDER 25177 03 2517703

LEMFORDER 299 025 177 581 299025177581

MAPCO 19346

MEYLE 11-16 050 0008 11160500008

MGA SB8629

MOOG PE-TC-1572 PETC1572

MOOG PE-TC-1572P PETC1572P

NK 5013723

NOR 5507361

OCAP 0390487

OPTIMAL G6-634 G6634

PEX 12.03.216 1203216

QUINTON HAZELL QSA9533S

RUVILLE 935922

SIDEM 53071

SPIDAN 44599

SWAG 62 73 0025 62730025

TOPRAN 720 209 720209

TRISCAN 8500 28524 850028524

TRW JTC310


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MOSKVICH 2141 ASLK 2140 Ball Joint OEM:2141-290-4200 BJ10137C3 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MOSKVICH 2140 1978/07-1983/11

MOSKVICH 2141 1989/05-2001/12

MOSKVICH ASLK 2140 1976/03-1988/10


MOSKVICH 2141 ASLK 2140 Ball Joint OEM:2141-290-4200 BJ10137C3


OEM No.

MOSKVICH : 2141-2904200

MOSKVICH : 2141-2904224


Cross Reference

FENOX : BJ10137C3

FENOX : BJ10137C5

MASTER-SPORT : 222141-PCS-MS


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MAZDA B-SERIE (UF) (UN) Ball Joint OEM:8AU1-34-540 K9554 CBMZ-20 Tue, 01 Dec 2020 09:38:20 +0800 Application:

MAZDA B-SERIE (UF) 1985/01-1999/12

MAZDA B-SERIE (UN) 1998/11-2006/11



MAZDA B-SERIE (UF) (UN) Ball Joint OEM:UB39-99-354 8AU1-34-540 K9554 CBMZ-20


Description:

Fitting Position : Front Axle

Height : 71.2mm

Width : 82mm

Total Length : 61.4mm

Thread Size : M12x1.25



OEM No.

MAZDA  8AU1-34-510 8AU134510

MAZDA  8AU1-34-540 8AU134540

MAZDA  8UB1-34-540 8UB134540

MAZDA  8UB-39-99-354 8UB3999354

MAZDA  UB39-99-354 UB3999354

MAZDA  UH71-34-540 UH7134540


Cross Reference

555 SB-1521 SB1521

A.B.S. 220400

ASHIKA 111-03-320 11103320

ASHUKI 1464-0003 14640003

BLUE PRINT ADM58611

CTR CBMZ-20 CBMZ20

DELPHI TC588

FAI AUTOPARTS SS962

HERTH+BUSS JAKOPARTS J4983000

HERTH+BUSS JAKOPARTS J4983003

JAPANPARTS TI-320 TI320

KAGER 88-0280 880280

KAVO PARTS SBJ-4511 SBJ4511

LEMFORDER 15480

LEMFORDER 15480 02 1548002

MAPCO 51534

MEYLE 35-16 010 0020 35160100020

MONROE L50505

MOOG K9554

NIPPARTS J4883000

NK 5043216

QUINTON HAZELL QSJ9214S

RAYBESTOS 5001067

SIDEM 52084

SPIDAN 44592

TRISCAN 8500 50505 850050505

TRW 104122

TRW JBJ439

VAICO V32-9512 V329512


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ISUZU D-MAX I II (TFR, TFS) Tie Rod End OEM:8-97235-797-0 Tue, 01 Dec 2020 09:38:20 +0800 Application:

ISUZU D-MAX I (TFR, TFS) 2002/05-2012/10

ISUZU D-MAX II (TFR, TFS) 2012-



ISUZU D-MAX I II (TFR, TFS) Tie Rod End OEM:8-97235-797-0


Description:

Height : 73mm

Width : 41mm

Thread Size : M14x1.5

Length : 100mm



OEM No.

ISUZU  8-98055-746-0

ISUZU  8-97304-928-0

ISUZU  8-97304-855-0

ISUZU  8-97235-797-0

ISUZU  8-97304-851-0

ISUZU  8-97304-902-0

ISUZU  8-98055-744-0


Cross Reference

555 : SE-5361

BLUE PRINT : ADZ98718

BORG & BECK : BTR5681

DELPHI : TA3225

FIRST LINE : FTR5681

HERTH+BUSS JAKOPARTS : J4829005

JAPANPARTS : TI-915

MGA : DR5876

NIPPARTS : J4829010

OCAP : 0285570

RTS : 91-07702

SWAG : 13 94 3353

TALOSA : 42-01254


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AUDI 100 80 90 CHERY FENGYUN COWIN GEELY MERRIE VW PASSAT JETTA GOL POLO SANTANA Drum Brake shoes set FMSI:1353-S495 1402-495 OEM:331609525 FSB150 GS8526 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

AUDI 100 (43, C2) 1976/06-1982/07

AUDI 100 Avant (43, C2) 1977/07-1983/02

AUDI 80 (81, 85, B2) 1978/08-1986/12

AUDI 80 (89, 89Q, 8A, B3) 1986/06-1991/10

AUDI 90 (81, 85, B2) 1984/08-1987/03

AUDI 90 (89, 89Q, 8A, B3) 1987/04-1991/09

AUDI COUPE (81, 85) 1980/07-1988/10

CHERY COWIN 2003/03-2011/12

CHERY COWIN 2 2010/05-

CHERY FENGYUN Hatchback 2001/03-2008/07

GEELY MEIRI 1999/06-2004/08

GEELY MERRIE 2001/01-

GEELY MR Hatchback 2005/05-

GEELY MR Sedan 2005/09-

SKODA (SVW ) FABIA (5J_) 2008/12-2015/12

VOLKSWAGEN PASSAT (32) 1973/05-1981/07

VOLKSWAGEN PASSAT (32B) 1979/11-1989/06

VOLKSWAGEN PASSAT Saloon (32B) 1984/08-1989/06

VOLKSWAGEN PASSAT Variant (33) 1973/05-1981/10

VOLKSWAGEN PASSAT Variant (33B) 1980/08-1989/06

VOLKSWAGEN SANTANA (32B) 1981/08-1985/12

VW (FAW) JETTA 2000/04-

VW (FAW) JETTA (1G2, 1J2) 1988/10-2003/01

VW (SVW) GOL 2003/08-2005/02

VW (SVW) POLO 2010/12-

VW (SVW) POLO Hatchback (6R) 2010/12-2012/12

VW (SVW) SANTANA 2000 1995/04-2004/03

VW (SVW) SANTANA 3000 2004/01-2007/10

VW (SVW) SANTANA VISTA 2008/01-2014/12



AUDI 100 80 90 CHERY FENGYUN COWIN GEELY MERRIE VW PASSAT JETTA GOL POLO SANTANA Drum Brake shoes set FMSI:1353-S495 1402-495 OEM:331609525 FSB150 GS8526

Rear Axle Measures:200x40 mm



OEM No.

OE 321698545 321698545

OE 331 609 525 331609525

OE 331 609 526 331609526

OE 443 609 525 443609525

OE 443 609 526 443609526

OE 443 609 527 443609527

OE 443 609 528 443609528

OE 309 609 525 1 3096095251

OE 309 609 526 1 3096095261

OE 309 609 527 1 3096095271

OE 309 609 528 1 3096095281

OE 331 609 527 F 331609527F

OE 331 609 528 F 331609528F

OE 811 609 525 A 811609525A

OE 811 609 526 A 811609526A

OE 811 609 527 A 811609527A

OE 811 609 527 E 811609527E

OE 811 609 528 A 811609528A

OE 811 609 528 E 811609528E

OE 811 698 525 A 811698525A

OE 811 698 525 AV 811698525AV

OE 811 698 525 AX 811698525AX



Cross Reference.

ATE 03.0137-0146.2 03013701462

BENDIX 361260B

BOSCH 0 986 487 536 0986487536

FERODO FSB150

FMSI 1353-495 1353495

FMSI 1402-495 1402495

FMSI 495-1353 4951353

FMSI S495

JURID 361260J

LPR 04100

REMSA 4046.00 404600

TEXTAR 91018300

TRW GS8526


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BUICK SKYLARK CHEVROLET BERETTA CAVALIER CORSICA Drum Brake shoes set FMSI:2164-S553 2164-S719 OEM:18012416 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

BUICK SKYLARK 1984/09-1991/12

BUICK SKYLARK 1991/09-1999/12

CHEVROLET BERETTA Coupe (1_37) 1987/01-1996/12

CHEVROLET CAVALIER Convertible 1988/01-1994/12

CHEVROLET CAVALIER Coupe 1987/09-1994/12

CHEVROLET CAVALIER Coupe 1994/10-2005/08

CHEVROLET CAVALIER Saloon 1988/01-1994/12

CHEVROLET CAVALIER Saloon 1991/10-1996/09

CHEVROLET CORSICA (1_69) 1987/01-1996/12



BUICK SKYLARK CHEVROLET BERETTA CAVALIER CORSICA Drum Brake shoes set FMSI:2164-S553 2164-S719 OEM:18012416

Rear Axle Measures:200x45 mm



OEM No.

CHEVROLET 12300193

CHEVROLET 12300194

CHEVROLET 12300248

CHEVROLET 12321411

CHEVROLET 12321412

CHEVROLET 18006158

CHEVROLET 18006251

CHEVROLET 18006619

CHEVROLET 18006720

CHEVROLET 18012416



Cross Reference.

AIMCO AFR553

AIMCO AFR553R

BENDIX R553

BENDIX RAF553

DELPHI LS1794

FMSI 553

FMSI 2164-553 2164553

FMSI 2164-S719 2164S719

FMSI 553-2164 5532164

FMSI S719

FMSI S719-2164 S7192164


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CHRYSLER SEBRING Dodge AVENGER CALIBER Jeep COMPASS PATRIOT Nissan CUBE SENTRA VERSA Drum Brake shoes set FMSI:1462-S919 OEM:05191306AA FSB4053 MK1264 GS7890 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

CHRYSLER SEBRING (JR) 2000/09-2007/06

Chrysler SEBRING Convertible 2008-2009

Chrysler SEBRING Sedan 2007-2009

Dodge AVENGER 2008-2009

Dodge CALIBER 2007-2009

Jeep COMPASS 2009

Jeep PATRIOT 2009

Nissan CUBE 2010

Nissan SENTRA except Wagon 2007-2009

Nissan VERSA 2007-2009



CHRYSLER SEBRING Dodge AVENGER CALIBER Jeep COMPASS PATRIOT Nissan CUBE SENTRA VERSA Drum Brake shoes set FMSI:1462-S919 OEM:05191306AA FSB4053 MK1264 GS7890

Rear Axle Measures:228.6x37 mm



OEM No.

OE 05191306AA 05191306AA

NISSAN 44060-EN025 44060EN025

NISSAN 44060-EN026 44060EN026

NISSAN D4060-EN00A D4060EN00A

NISSAN D4060-ZW80A D4060ZW80A

NISSAN AY360-NS096

NISSAN AY360-NS103

NISSAN AY360-NS106

NISSAN AY360-NS110

NISSAN AY360-NS116

NISSAN D4060-1UY6A

NISSAN D44060-EN00A

MAZDA 1N01-49-240

MAZDA 1N07-26-38Z

MITSUBISHI MQ703900

MITSUBISHI MQ706170

MITSUBISHI MQ703667




Cross Reference.

AK NN2080

CENTRIC 111.09190 11109190

FERODO FSB4053

FMSI 1462-S919 1462S919

FMSI S919

FMSI S919-1462 S9191462

JNBK FN1264

LPR 09480

MK K1264

TRW GS7890


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CHEVROLET Chevy Corsa OPEL ASTRA Drum Brake shoes set FMSI:1665-S994 OEM:93332948 FSB334 GS8542 Tue, 01 Dec 2020 09:38:20 +0800 Okmad Drum brake shoes set for

Application:

CHEVROLET Chevy (Latin America) 1994-2010

CHEVROLET Corsa (Latin America) 2002-2010

CHEVROLET CORSA Saloon (1994/03 - 2002/07)

CHEVROLET CORSA Pickup (1994/08 - 2002/07)

CHEVROLET CORSA Estate (1997/08 - 2002/07)

HOLDEN ASTRA Hatchback (TR) (1995/08 - 1998/09)

HOLDEN ASTRA Saloon (TR) (1995/08 - 1998/01)

HOLDEN BARINA Hatchback (SB) (1994/04 - 2001/02)

HOLDEN BARINA Hatchback (MH) (1991/09 - 1997/04)

OPEL COMBO (71_) (1994/07 - 2001/10)

OPEL CORSA A Hatchback (93_, 94_, 98_, 99_) (1982/09 - 1993/03)

OPEL CORSA B (73_, 78_, 79_) (1993/03 - 2002/12)

OPEL ASTRA F (56_, 57_) (1991/09 - 1998/09)

OPEL ASTRA F Hatchback (53_, 54_, 58_, 59_) (1991/09 - 1998/01)

OPEL ASTRA F Estate (51_, 52_) (1991/09 - 1998/01)

OPEL TIGRA (95_) (1994/07 - 2000/12)

OPEL CORSA B Box (73_) (1999/08 - 2000/09)

OPEL CORSA C (F08, F68) (2000/09 - 2009/12)

OPEL CORSA C Box (F08, W5L) (2000/09 - /)

OPEL CORSA B Estate (F35) (1999/01 - /)

VAUXHALL ASTRA Mk III (F) Hatchback (1991/09 - 1998/02)

VAUXHALL ASTRA Mk III (F) Estate (1991/03 - 1998/02)

VAUXHALL NOVA Hatchback (1983/05 - 1993/03)

VAUXHALL NOVA (1982/09 - 1993/02)

VAUXHALL CORSA Mk I (B) (1992/12 - 2000/09)

VAUXHALL TIGRA Mk I (F07) (1994/07 - 2000/12)

VAUXHALL COMBO Mk I (B) (1994/07 - 2001/10)

VAUXHALL ASTRA Mk IV (G) Hatchback (1998/02 - 2005/05)

VAUXHALL ASTRA Mk IV (G) Estate (1998/02 - 2005/05)

VAUXHALL ASTRA Mk III (F) (1991/09 - 1998/09)

VAUXHALL ASTRA Mk III (F) Convertible (1993/03 - 2001/03)

VAUXHALL ASTRAVAN Mk III (F) (1991/01 - 1998/08)

VAUXHALL NOVAVAN (1990/01 - 1994/10)

VAUXHALL CORSAVAN Mk I (B) (1994/01 - 2000/09)

VAUXHALL CORSA Mk II (C) (W5L, F08) (2000/08 - 2006/10)

VAUXHALL CORSAVAN Mk II (C) (2000/09 - 2006/06)



CHEVROLET Chevy Corsa OPEL ASTRA Drum Brake shoes set FMSI:1665-S994 OEM:93332948 FSB334 GS8542

Rear Axle Measures:200x29 mm



OEM No.

CHEVROLET  93332948

GENERAL MOTORS 90421796

GENERAL MOTORS 1605909

GENERAL MOTORS 93332948

GENERAL MOTORS 91149504

GENERAL MOTORS 9196291

GENERAL MOTORS 93287403

OPEL 1605811

OPEL 1605041

OPEL 1605052

OPEL 1605952

VAUXHALL 1605909

VAUXHALL 90421796

VAUXHALL 91149504

VAUXHALL 9196291


Cross Reference.

FMSI 1665-S994 1665S994

FMSI S994

FMSI S994-1665 S9941665

ATE 03013702662

BOSCH 0986487263

DELPHI LS1621

FERODO FSB334

FIT FT4033

JURID 361576J

MINTEX MFR333

REMSA 4307.00

TEXTAR 91044800

TEXTAR 98101044804

TRW GS8542


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NISSAN 350 Z Coupe Roadster (Z33) Disc Brake pad set FMSI:7858-D960 OEM:41060-CD094 FDB1561 GDB3381, F960 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

NISSAN 350 Z Coupe (Z33) 2002/09-2009/11

NISSAN 350 Z Roadster (Z33) 2003/10-2009/12

NISSAN 350Z Grand Touring 2006-2009

NISSAN 350Z Track 2003-2005

NISSAN Sentra SER Spec V Brembo Cal'rs 2004-2006

INFINITI G35 Brembo Brakes 2004



NISSAN 350 Z Coupe Roadster (Z33) Disc Brake pad set FMSI:7858-D960 OEM:41060-CD094 FDB1561 GDB3381, F960

Front Axle 

Measures:119.7x73.5x14.3 mm


OEM No.

NISSAN  41060-CD026 41060CD026

NISSAN  41060-CD028 41060CD028

NISSAN  41060-CD094 41060CD094

NISSAN  D1060-CD00C D1060CD00C

NISSAN  D10F0-CD00C D10F0CD00C

NISSAN  D10F0-CD026 D10F0CD026

NISSAN  D10F0-CD028 D10F0CD028


Cross Reference

ATE 13.0460-4818.2 13046048182

BENDIX DB1520

BOSCH 0 986 494 310 0986494310

BREMBO P 56 047 P56047

FERODO FDB1561

FMSI 7858-D960 7858D960

FMSI 7954-D960 7954D960

FMSI D960

FMSI D960-7858 D9607858

FMSI D960-7954 D9607954

LPR 05P1358

MINTEX MDB2341

REMSA 0441.32 044132

TEXTAR 2314201

TRW GDB3381

WAGNER WBP23142A

WVA 23142

WVA 23143


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ISUZU MIDI Bus Van Tie Rod End OEM:8-94233-475-1 JTE611, Front Axle Tue, 01 Dec 2020 09:38:20 +0800 ISUZU MIDI Bus Van Tie Rod End OEM:8-94233-475-1 JTE611, Front Axle


Description:

Outer Thread : M16x1.5 mm

Thread Length : 55mm

Overall Height : 73mm

Fitted Ø : 14mm

Total Length : 218mm




Application:

ISUZU MIDI Bus (94000, 98000) 1988/06-1996/07

ISUZU MIDI Van (94000, 98000) 1988/06-1996/07



OEM No.

GENERAL MOTORS : 94369925

ISUZU : 8941245850

ISUZU : 8-94124-585-1

ISUZU : 8-94233-475-1

ISUZU : 8-94369-925-0

ISUZU : 94124585

ISUZU : 94233475

OPEL : 04320826

OPEL : 4320826

OPEL : 94369925

VAUXHALL : 94369925


Cross Reference

555 : SE-5162

ASHIKA : 111-09-906R

BLUE PRINT : ADZ98708

JAPANPARTS : TI-906R

JAPKO : 111906R

LEMFORDER : 850 183 00 22

MDR : MTR-8906R

NIPPARTS : J4829008

TRW : JTE611


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AUDI A4 Avant A6 A8 SKODA SUPERB VW PASSAT Control Arm OEM:4B0407151 K80556 JTC980, Front Axle Tue, 01 Dec 2020 09:38:20 +0800 AUDI A4 Avant A6 A8 SKODA SUPERB VW PASSAT Control Arm OEM:4B0407151 K80556 JTC980, Front Axle


Description:

Front Axle, Lower

Thread Size : M12x1.5 mm

Length : 365mm

Cone Size : 16mm




Application:

AUDI A4 Avant (8D5, B5) 1994/11-2001/09

AUDI A6 (4A2, C4) 1994/06-1997/10

AUDI A6 (4B2, C5) 1997/01-2005/08

AUDI A6 Avant (4A5, C4) 1994/06-1997/12

AUDI A6 Avant (4B5, C5) 1997/11-2005/01

AUDI A8 (4D2, 4D8) 1994/03-2005/12

AUDI (FAW) A6 Saloon (C5, 4B2) 1999/09-2005/12

SKODA SUPERB I (3U4) 2001/12-2008/03

VOLKSWAGEN PASSAT (3B3) 2000/10-2005/12

VOLKSWAGEN PASSAT Variant (3B6) 2000/09-2005/08

VW (SVW) PASSAT LINGYU Saloon (B5) 2005/11-2009/04

VW (SVW) PASSAT Saloon (B5) 2000/04-2009/04



OEM No.

OE 4B0 407 151 4B0407151

OE 4B0 407 151 A 4B0407151A

OE 4B0 407 151 E 4B0407151E

OE 4B3 407 151 A 4B3407151A

OE 4B3 407 151 C 4B3407151C

OE 4B3 407 151 E 4B3407151E


Cross Reference

FEBI BILSTEIN 19932 19932

JP GROUP 407533001 407533001

KAGER 87-0779 870779

LEMFORDER 22816 22816

LEMFORDER 22816 02 2281602

MEYLE 116 050 0031 1160500031

MEYLE 116 050 0031/HD 1160500031HD

MOOG AU-TC-0723 AUTC0723

MOOG K80556 K80556

OCAP 0301895 0301895

PEX 12.03.253 1203253

QUINTON HAZELL QSJ3241S QSJ3241S

RAYBESTOS 507-1412 5071412

SIDEM 37374 37374

SWAG 30 91 9932 30919932

TRISCAN 8500 29573 850029573

TRW 10980556 10980556

TRW JTC980 JTC980


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ISUZU Truck Tie Rod End OEM:1-43150-857-0 SE-5461L Tue, 01 Dec 2020 09:38:20 +0800 ISUZU Truck Tie Rod End OEM:1-43150-857-0 SE-5461L


Description:

Fitting Position : Outer

Thread Size 1 : R-M24×1.5

Cone Size : 29.4mm

Cone Pitch : 1/10

Thread Size : L-M58×1.5

Weight : 4.38kg




Application:

ISUZU Truck



OEM No.

ISUZU : 1-43150-856-0

ISUZU : 1-43150-857-0

ISUZU : 8-98228-101-0


Cross Reference

555 : SE-5461L


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KIA BESTA Box K2500 MAZDA B-SERIE E-SERIE Bus Ball Joint OEM:0K710-34-510 PD-BJ-10066 CBKK-6 JBJ437 Front Axle Tue, 01 Dec 2020 09:38:20 +0800 KIA BESTA Box K2500 MAZDA B-SERIE E-SERIE Bus Ball Joint OEM:0K710-34-510 PD-BJ-10066 CBKK-6 JBJ437 Front Axle


Description:

Fitting Position : Lower

Thread Size : M18X1.5

Cone Size : 19.6 mm




Application:

KIA BESTA Box 1993/01-2003/12

KIA K2500 (SD) 2001/06-

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



OEM No.

OE 0K710-34-510 0K71034510

OE 0KX43-34-510 0KX4334510

OE 3 252 250 3252250

OE OK710-34-510 OK71034510

OE S083-34-510 S08334510

OE S083-99-356 S08399356


Cross Reference

555 SB-1412 SB1412

CTR CBKK-6 CBKK6

CTR CBMZ-14 CBMZ14

DELPHI TC591 TC591

FLENNOR FL534-D FL534D

HERTH+BUSS JAKOPARTS J4863004 J4863004

INDELDIS KX 7 SU11150 SU11150

LEMFORDER 14916 14916

LEMFORDER 14916 01 1491601

MAPCO 51537 51537

MEYLE 35-16 010 0019 35160100019

MOOG FD-BJ-10066 FDBJ10066

NIPPARTS J4863004 J4863004

NK 5043214 5043214

OPTIMAL G3-645 G3645

QUINTON HAZELL QSJ9218S QSJ9218S

RUVILLE 917028 917028

SIDEM 52181 52181

TRISCAN 8500 16203 850016203

TRW JBJ437 JBJ437

TRW JBJ683 JBJ683


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XCMG S E M 655D SHANTUI SL30W Caterpillar 613B WHEEL LOADER BRAKE PAD KIT 2V9135, 7K5057, 8R0821 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

Caterpillar 613, 613B, 950

S E M 655D 636 - 635  ZL50F

XCMG - LW300 - ZL30G / H  LW300F LW500F ZL50G  XG3165C/XG3180C/XG3200c

SHANTUI SL30W



XCMG S E M 655D SHANTUI SL30W Caterpillar 613B WHEEL LOADER BRAKE PAD KIT 2V9135, 7K5057, 8R0821

Measures:279x20.75 mm



Cross Reference

2V9135

2V9135-A

7K5057

8R0821

8R0821-A

Z6205906000

W080200010

75700435

75700439

75700432

4010.1

75700463

860115231


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CHANGLIN WHEEL LOADER BRAKE PAD Z30.6.3.2 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

CHANGLIN ZL30H ZLM30E 937H 936X, ZL40H ZLM40E, ZL50H 955N 957H 956X



CHANGLIN WHEEL LOADER BRAKE PAD Z30.6.3.2

Measures:165x88x20 mm



Cross Reference

Z30.6.3.2


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LIUGONG CLG835 DISC BRAKE PAD 100347 35C0025 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

LIUGONG CLG835



LIUGONG CLG835 DISC BRAKE PAD 100347 35C0025

Measures:282x20.75 mm



Cross Reference

100347

35C0025

S22-5694-1

ZL50C.2.2.2


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SHANTUI WHEEL LOADER Brake pads ZL16.15.2A-11C Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

SHANTUI WHEEL LOADER Brake pad

MODEL:  SDLG 936 / SHANTUI SL30W



SHANTUI WHEEL LOADER Brake pads ZL16.15.2A-11C

Measures:52x48 mm



Cross Reference

ZL16.15.2A-11C


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SHANTUI WHEEL LOADER Brake pads 75700432A Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

SHANTUI WHEEL LOADER Brake pad

MODEL: LW300F ZL50G ZL50GN

ZL30G / XG31651



SHANTUI WHEEL LOADER Brake pads 75700432A

Measures:279x21 mm




Cross Reference

W041400151

ZL40.12.4-4

75700432A-1

860115230

75700435


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XGMA XIAGONG WHEEL LOADER XG918/916/816 Brake pads Z15.5.1 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

XGMA XIAGONG WHEEL LOADER

XG918/916/816



XGMA XIAGONG WHEEL LOADER XG918/916/816 Brake pads Z15.5.1

Measures:110x100x20 mm




Cross Reference

Z15.5.1


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XGMA XIAGONG WHEEL LOADER XG932 XG935 XG953 Brake pads 36С0005 408107108 51A0201 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

XGMA XIAGONG WHEEL LOADER ZL50 XG951/XG953 XGMA XG932

XG932H XG935H XG951H XG953H XG955H XG958H XG962H XG982H


XGMA XIAGONG WHEEL LOADER XG932 XG935 XG953 Brake pads 36С0005 408107108 51A0201

Measures:212x108x20.75 mm  1.43KGS/PC



Cross Reference

36С0005

408107-108   408107108

JF30Q-407

51A0201

4110000012013

860115231

LG853.04.01.03.02

JF.A.ZL4050.06


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Heli Dalian Jac TCM Forklift Wheel Brake Assembly A-BB00-103A Aftermarket brake shoes set complete Tue, 01 Dec 2020 09:38:20 +0800 Heli Dalian Jac TCM Forklift Wheel Brake Assembly A-BB00-103A Aftermarket brake shoes set complete



FLS#:A-BB00-103A/BB02-004


OEM: REF000560*L, COQ01-02001-L



Application:Heli JAC CPC(D)20-25,CPD20-25


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Heli Dalian Jac TCM Forklift Wheel Brake Assembly A-BB00-102A Aftermarket brake shoes set complete Tue, 01 Dec 2020 09:38:20 +0800 Heli Dalian Jac TCM Forklift Wheel Brake Assembly A-BB00-102A Aftermarket brake shoes set complete



FLS#:A-BB00-102A/BB02-003

OEM: REF000560*R, COQ01-02101-R


Application:Heli JAC CPC(D)20-25,CPD20-25


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Heli Dalian Jac Forklift TCM Wheel Brake Assembly TCM 24453-70401 Aftermarket brake shoes set complete Tue, 01 Dec 2020 09:38:20 +0800 Heli Dalian Jac Forklift TCM Wheel Brake Assembly TCM 24453-70401 Aftermarket brake shoes set complete



FLS#:A-BB00-106B-0642A

OEM: 24453-70401,COQ03-02101,24433-70412



Application:

CPCD30~35,CPC30~35,CPD30~35

Komastu FD20/30-16,Talif 2-3T,Mitsubishi F19D/4.5T,F14E/3T ,Linde 1283/C14/1 ,Heli,TCM,Hangcha 30N/R,30HB,20N/R ,Toyota 7FD2-3T,5FD60/70 ,TCM/FD45/T8


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Heli Forklift Brake Assembly LH TCM brake shoes set complete 24453-70411 Tue, 01 Dec 2020 09:38:20 +0800 Heli Forklift Brake Assembly LH TCM brake shoes set complete 24453-70411


FLS#:A-BB00-107B-0642A 

OEM No.: 

24453-70411

C0Q03-02001

24433-70411


Application:

HELI , HANGCHA, BAOLI,TCM, LONKING

CPCD30~35,CPC30~35,CPD30~35,FD30~35,FG30~35 LH


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CATERPILLAR HANGCHA HELI Brake Brake shoes set 24433-71000G Tue, 01 Dec 2020 09:38:20 +0800 CATERPILLAR HANGCHA HELI Brake Brake shoes set 24433-71000G


FLS#:A-BB01-007B-0399A

OEM No.: 24433-71000G



Okmad Drum brake shoes set for

Application:

CATERPILLAR、HANGCHA、HELI、KOMATSU、LINDE、MITSUBISHI、TAILIFT、TCM、TOYOTA

FD/G30Z5/T6(1-86398)/T3C/T7(1-124), FB30-6/-7, HELI H2000, HC R Series/CPC(D)30-35, HC 30HB, HYSTER H2.0-3.2XM/4TNE92,  HD2.0-3.2DX, 1218/H25/30D RH, TCM 3T


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HANGCHA Hang Fork 30A Brake Brake shoes set 24433-75000G A-BB01-007B-0399A Tue, 01 Dec 2020 09:38:20 +0800 HANGCHA Hang Fork 30A Brake Brake shoes set 24433-75000G A-BB01-007B-0399A



Cross Reference.

FLS#: A-BB01-007B-0399A

24433-75000G

ZG24433-75000G

ZG 24433-75000G 

ZG2443375000G 

ZG 2443375000G

2443375000G



Okmad Drum brake shoes set for

Application:

HANGCHA Forklift

Hang Fork 30A


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Heli Forklift 2-2.5T Brake Brake shoes 23653-73021 A-BB01-003A-0399A Tue, 01 Dec 2020 09:38:20 +0800 Heli Forklift 2-2.5T Brake Brake shoes 23653-73021 A-BB01-003A-0399A


Cross Reference.

FLS#: A-BB01-003A-0399A

522A2-61561

238P3-72021

47405-22550-71

47403-20541-71

47405-23600-71

47405-23000-71

47405-22000-71

47401-33240-71

23653-73021

COQ01-23201

47403-23320-71

TCM23653-73021

TC23653-73021

2365373021

TC23653-73021 TC2365373021

TCM23653-73021 TCM2365373021


Okmad Drum brake shoes set for

Application:

Heli Forklift 2-2.5T

Model: FD/G20-25Z5,T6,T7,FD/G30T6(86399 - 9999999),T7(124- 9999999),T3,3-4FD/G20-25(7804-8205),3-8FD/G/2O-25,7FB20-25,6-8FD/G/28-30,7FB30,FD/GZN20-30,CPCD20-25,CPC20-25,CPD20-25

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BUICK (SGM) SAIL Estate CHEVROLET (SGM) SAIL Saloon GM SHANGHAI New Sail Brake pads FMSI:8871-D1644 OEM:89062189 GDB7799, F1644 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

BUICK (SGM) SAIL 2001/01-2004/07

BUICK (SGM) SAIL Estate 2001/06-2005/02

CHEVROLET (SGM) SAIL Estate 2005/02-2008/07

CHEVROLET (SGM) SAIL Saloon 2001/01-2015/12

GM SHANGHAI New Sail (China) 2005-2010

GM SHANGHAI Sail (China) 2001-2005



BUICK (SGM) SAIL Estate CHEVROLET (SGM) SAIL Saloon GM SHANGHAI New Sail Brake pads FMSI:8871-D1644 OEM:89062189 GDB7799, F1644

Front Axle  Measures:141x48.3x15.6 mm


OEM No.

CHEVROLET Buik GM 89062189




Cross Reference

FMSI 8871-D1644 8871D1644

FMSI D1644

FMSI D1644-8871 D16448871

TRW GDB7799


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BPW Truck Brake pad OEM:05.092.90.07.0 FDB1677 GDB5091 WVA:29167, FW29167 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

BPW Truck



BPW Truck Brake pad OEM:05.092.90.07.0 FDB1677 GDB5091 WVA:29167, FW29167

Front Axle  Measures:247.2x109.5x30 mm


OEM No.

BPW K 003 966

BPW 09.801.06.45.0

BPW 09.801.07.25.0

BPW 05.092.90.09.0

BPW 05.362.70.02.0

BPW 09.801.06.20.0

BPW 09.801.06.96.0

BPW 09.801.07.28.0

BPW 09.801.08.17.0

BPW 05.092.90.07.0

BPW 09.801.02.92.0

BPW 09.801.02.57.0

BPW 09.801.06.36.0



Cross Reference

ABEX G6937

DON CVP093

E.T.F. 12-5314

FERODO FCV1677B

FERODO FDB1677

ICER 151630

ICER 151630-066

LPR 05P1187

PAGID C1024

REMSA JCA 1076.00

TEXTAR 29167 300 1 4 T3030

TRW GDB5091

WVA 29167


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HALDEX RENAULT TRUCKS Brake pad OEM:9291072 FCV1814BFE WVA:29195, FW29195 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Application:

HALDEX

RENAULT TRUCKS



HALDEX RENAULT TRUCKS Brake pad OEM:9291072 FCV1814BFE WVA:29195, FW29195

Measures:210x93.8x30 mm


OEM No.

SAE-SMB : 09291072

SAE-SMB : 9291072

SAETA : 9291-072




Cross Reference

ABEX : G6943FE

BERAL : 2919530004145814

DURON : DCV1814BFE

FERODO : 29195

FERODO : FCV1814BFE

FERODO : FCV1814BFE

HALDEX : 93200

HALDEX : 93441

HALDEX : 93887


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ISUZU D-MAX I (TFR, TFS) GREAT WALL HOVER H3 Brake shoes OEM:35021-37P00 FSB4090 K4467 GS8756 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

GREAT WALL HOVER H3 2006/09-

ISUZU D-MAX I (TFR, TFS) 2002/05-2012/10



ISUZU D-MAX I (TFR, TFS) GREAT WALL HOVER H3 Brake shoes OEM:35021-37P00 FSB4090 K4467 GS8756

Rear Axle  Measures:295x45 mm



OEM No.

OE 35021-37P00

OE 35021-60D01

OE 8-97351-920-1

OE 8-97368-254-0

OE 8-98018-036-0


Cross Reference

ATE  03.0137-0523.2

BOSCH  F 026 008 020

FERODO  FSB4090

LPR  8910

MINTEX  MFR671

MK  K4467

PAGID  H1705

REMSA  4216

TEXTAR  91070500

TRW  GS8756


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CHEVROLET MATIZ (M200, M250) SPARK 0.8 1.0 SX Brake shoes OEM:96288490 FSB566 GS8645 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

CHEVROLET  MATIZ (M200, M250) 0.8 2005-2013 Hatchback

CHEVROLET  MATIZ (M200, M250) 0.8 LPG 2005- Hatchback

CHEVROLET  MATIZ (M200, M250) 1.0 2005- Hatchback

CHEVROLET  MATIZ (M200, M250) 1.0 2005- Hatchback

CHEVROLET  MATIZ (M200, M250) 1.0 2007- Hatchback

CHEVROLET  MATIZ (M200, M250) 1.0 LPG 2005-2010 Hatchback

CHEVROLET  SPARK 0.8 2005-2010 Hatchback

CHEVROLET  SPARK 1.0 SX 2005- Hatchback

CHEVROLET  SPARK 1.0 SX 2005- Hatchback

CHEVROLET  SPARK (M300) 1.0 2010- Hatchback



CHEVROLET  MATIZ (M200, M250) SPARK 0.8 1.0 SX Brake shoes OEM:96288490 FSB566 GS8645

Rear Axle  Measures:180x31 mm



OEM No.

CHEVROLET : 96268079

CHEVROLET : 96446177

CHEVROLET : 96446178

CHEVROLET : PW891731

DAEWOO : 96268686

DAEWOO : 96288490

DAEWOO : 96446178

FSO : 96268686

MITSUBISHI : PW891731

MITSUBISHI : PW895284

MITSUBISHI : PZ351645

PROTON : PW891731

PROTON : PW895284

PROTON : PZ351645

SUZUKI : 5320070810


Cross Reference

A.B.S. : 9061

APEC braking : SHU577

ATE : 03.0137-0363.2

BENDIX : 362394B

BLUE PRINT : ADG04117

BOSCH : 0 986 487 628

BREMBO : S 10 517

DELPHI : LS1821

FERODO : FSB566

FERODO : FSB566

FTE : BB1248A2

GIRLING : 5186459

HELLA : 8DB 355 001-741

HELLA : 8DB 355 022-661

HELLA PAGID : 8DB 355 001-741

HELLA PAGID : 8DB 355 022-661

JURID : 362394J

LPR : 07260

MINTEX : MFR447

MINTEX : MSP316

NECTO : N1618

PAGID : H9015

REMSA : 4086.00

ROADHOUSE : 4086.00

TEXTAR : 83054000

TEXTAR : 84054000

TEXTAR : 91054000

TRUSTING : 027.001

TRW : GS8645

VALEO : 562651


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CHEVROLET TRUCK W3500 Tiltmaster GMC TRUCK W4500 W5500HD Forward ISUZU COMMERCIAL Brake shoes FMSI:1534-S792 OEM:8-97188455-0 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

CHEVROLET TRUCK W3500 Tiltmaster 1998-2003

CHEVROLET TRUCK W4500 Tiltmaster 1998-2007

CHEVROLET TRUCK W5500 Tiltmaster 2000-2007

CHEVROLET TRUCK W5500HD Tiltmaster 2004-2007

GMC TRUCK W3500 Forward 1998-2003

GMC TRUCK W4500 Forward 1998-2007

GMC TRUCK W5500 Forward 2000-2007

GMC TRUCK W5500HD Forward 2004-2007

ISUZU COMMERCIAL N 1998-2008



CHEVROLET TRUCK W3500 Tiltmaster GMC TRUCK W4500 W5500HD Forward ISUZU COMMERCIAL  Brake shoes FMSI:1534-S792 OEM:8-97188455-0

Rear Axle  Measures:311x122 mm



OEM No.

OE 97188455

OE 97724178

OE 97724179

OE 5-87831-692-0

OE 5-87831-693-0

OE 5-97188-455-0


Cross Reference

CENTRIC  110.07920

CENTRIC  110.07920

FMSI  1534-S792

FMSI  S792-1534


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HYUNDAI H-1 Travel GRAND STAREX DODGE TRUCK H100 Brake shoes FMSI:1673-S1003 OEM:58305-4HA00 FSB4085 K11228 GS8774 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

HYUNDAI H-1 Travel (TQ) 2008/02-

HYUNDAI H-1 / GRAND STAREX 2.4/2.5/2.5CRDi 2007 -

DODGE TRUCK H100 (Latin America) 2009-2011 

HYUNDAI H100 (Latin America) 2009-2011



HYUNDAI H-1 Travel GRAND STAREX DODGE TRUCK H100 Brake shoes FMSI:1673-S1003 OEM:58305-4HA00 FSB4085 K11228 GS8774

Rear Axle  Measures:295x52 mm



OEM No.

HYUNDAI58305-4HA00

HYUNDAI583054AA19

HYUNDAI583054AA30

HYUNDAI583054HA00

HYUNDAI583054AA20

KIA583054AA30



Cross Reference

FERODO  FSB4085

FMSIS1003-1673

FMSI  1673-S1003

Fritech1046.230

HERTH+BUSS JAKOPARTSJ3500533

KASHIYAMAK11228

LPRLPR01169

MandoMLH21

MINTEXMFR703

SANGSINSA141

TRW  GS8774


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MITSUBISHI MIRAGE Saloon LANCER NISSAN TIIDA Hatchback VERSA PEUGEOT ION VENUCIA D50 R50X Brake shoes FMSI:1624-S924 OEM:AY360-NS095 FSB4166 K1267 GS7840 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

CITROEN C-ZERO 2010/10-

MITSUBISHI i (_HA_) 2006/01-

MITSUBISHI MIRAGE Saloon (A1_A) 2013/07-

NISSAN TIIDA Hatchback (C11) 2004/05-2013/12

NISSAN TIIDA Saloon (SC11) 2004/05-2013/12

NISSAN (DONGFENG) BLUEBIRD SYLPHY (G11) 2005/01-

NISSAN (DONGFENG) LIVINA C-GEAR 2010/03-

NISSAN (DONGFENG) LIVINA Hatchback 2010/03-

NISSAN (DONGFENG) MARCH 2010/08-

NISSAN (DONGFENG) SUNNY 2010/12-

NISSAN (DONGFENG) TIIDA QIDA Hatchback (C11) 2005/07-

NISSAN (DONGFENG) TIIDA YIDA Saloon (C11) 2005/04-

PEUGEOT ION 2010/11-

VENUCIA D50 2012/04-

VENUCIA R50 2012/04-

VENUCIA R50X 2013/10-

Mitsubishi LANCER 2008-2009

Nissan VERSA 2009



MITSUBISHI MIRAGE Saloon LANCER NISSAN TIIDA Hatchback VERSA PEUGEOT ION VENUCIA D50 R50X Brake shoes FMSI:1624-S924 OEM:AY360-NS095 FSB4166 K1267 GS7840

Rear Axle  Measures:203x30 mm



OEM No.

OE 1606226780

OE 44060-ED025

OE 44060-ED026

OE 4600A025

OE 4600A026

OE 4600A027

OE 4600A028

OE AY360-NS095

OE D4060-2DP0A



Cross Reference

AK NN2079

AK NN3069

ATE 03.0137-0525.2

BENDIX AUS BS5002

Cartek F302-7Y93

BOSCH 0 986 487 799

BREMBO S 61 543

CENTRIC 111.0924

FERODO FSB4166

FBK FK1267

FBK FN1267

FMSI 1624-S924

FMSI S924

FMSI S924-1624

LPR 1097

MK K1267

PAGID H1837

REMSA 4257

TEXTAR 91078800

TRW GS7840


]]>
MITSUBISHI L 200 / TRITON (KA_T, KB_T) Brake shoes FMSI:1685-S1016 OEM:4600A106 FSB4052 GS8768 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

MITSUBISHI L 200 / TRITON (KA_T, KB_T) 2004/01-2015/12



MITSUBISHI L 200 / TRITON (KA_T, KB_T) Brake shoes FMSI:1685-S1016 OEM:4600A106 FSB4052 GS8768

Rear Axle  Measures:300x51 mm



OEM No.

MITSUBISHI 4600A018

MITSUBISHI 4600A106

MITSUBISHI 4600A122

MITSUBISHI 4600A447

ISUZU 8-97947-802-0



Cross Reference

ABE C05060ABE

ASHIKA 55-05-510

BENDIX AUS BS5018

CIFAM 153-269

FERODO FSB4052

FMSI 1685-S1016

FMSI S1016

FMSI S1016-1685

JAPANPARTS GF-510AF

KAWE 9470

LPR 9470

KASHIYAMA K6741

METELLI 53-0269

REMSA 4236

ROADHOUSE 4236

TRUSTING 64.181

TRW GS8768

WOKING Z4236.00


]]>
TOYOTA HILUX VII Pickup (_N1_, _N2_, _N3_) Brake shoes OEM:04495-0K070 FSB4010 K2395 K8853 GS7811 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

TOYOTA HILUX VII Pickup (_N1_, _N2_, _N3_) 2004/08-



TOYOTA HILUX VII Pickup (_N1_, _N2_, _N3_) Brake shoes FMSI: 1681-S1012 OEM:04495-0K070 FSB4010 K2395 K8853 GS7811

Rear Axle  Measures:295x62 mm



OEM No.

TOYOTA 04495-0K020

TOYOTA 04495-0K050

TOYOTA 04495-0K070

TOYOTA 04495-0K120

TOYOTA 04942-0K070



Cross Reference

ATE 650485

ATE 03.0137-0485.2

BOSCH 0 986 487 787

BREMBO S 83 550

E.T.F. 09-0675

DELPHI LP2039

FBK FN2395

FERODO FSB4010

FMSI S1012-1681

JURID 362486J

LPR 9200

METELLI 53-0445

MEYLE 30-14 533 0006

MINTEX MFR599

MINTYE MS-9090264

NIPPARTS N3502088

MK K2395

MK K8853

REMSA 421800

SIMER S918

TEXTAR 91066300

TEXTAR 98101 0663 0 4

TRW GS7811


]]>
TOYOTA CELICA COROLLA PRIUS YARIS VERSO FAW TIANJIN VELA VIZI WEIZHI GEELY KINGKONG Brake shoes FMSI: 1515-S832 8105-S753 OEM:04495-52020 Brembo:S83508N, OK-BS534 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake shoes set for

Application:

FAW TIANJIN VELA 2002/07-2013/12

FAW TIANJIN VIZI 2002/07-2012/01

FAW TIANJIN WEIZHI Hatchback 2006/01-

GEELY KINGKONG 2005/06-

TOYOTA CELICA Coupe (_T23_) 1999/08-2006/03

TOYOTA COROLLA Saloon (_E12_) 2000/08-2008/03

TOYOTA PRIUS Hatchback (_W2_) 2003/09-2009/12

TOYOTA YARIS (_P1_) 1999/01-2005/12

TOYOTA YARIS VERSO (_P2_) 1999/08-2005/09

TOYOTA (FAW) VIOS 2001/01-2008/02

TOYOTA (FAW) VIOS 2008/02-2013/05

TOYOTA (GUANGZHOU) YARIS 2008/01-2013/12

TOYOTA iSt NCP65 1500 4WD 02' 5-04' 9

TOYOTA iSt NCP60 1300 04' 9-05' 5

TOYOTA iSt NCP60 1300 05' 5-

TOYOTA iSt NCP65 1500 04' 9-05' 5

TOYOTA iSt NCP65 1500 05' 5-

TOYOTA iSt NCP60 1300 2WD 02' 5-04' 9

TOYOTA Bb NCP35 1500 00' 1-04' 11

TOYOTA Bb NCP31 1500 04' 9-05' 12

TOYOTA Bb NCP35 1500 04' 11-05' 12

TOYOTA Bb NCP34 1500 04' 11-05' 12

TOYOTA Bb NCP31 1500 00' 2-04' 9

TOYOTA Bb NCP34 1500 00' 1-04' 11

TOYOTA Bb NCP30 1300 04' 11-05' 12

TOYOTA Bb NCP30 1300 00' 2-04' 11

TOYOTA OPA ZCT10 1800 00' 5-05' 4

TOYOTA OPA ZCT10 1800 00' 5-

TOYOTA CELICA ZZT230 1800 SS I 99' 9-06' 4

TOYOTA FUNCARGO NCP25 1500 04' 11-05' 9

TOYOTA FUNCARGO NCP21 1500 04' 11-05' 9

TOYOTA FUNCARGO NCP20 1300 04' 11-05' 9

TOYOTA FUNCARGO NCP25 1500 99' 9-04' 11

TOYOTA FUNCARGO NCP21 1500 99' 9-04' 11

TOYOTA FUNCARGO NCP20 1300 99' 9-04' 11

TOYOTA PLATZ NCP16 1300 99' 9-05' 11

TOYOTA VISTA / VISTA ARDEO ZZV50 1800 00' 4-03' 7

TOYOTA VISTA / VISTA ARDEO ZZV50 1800 98' 7-00' 4

TOYOTA PREMIO / ALLION ZZT240 1800 2WD 01' 12-

TOYOTA PREMIO / ALLION NZT240 1500 2WD 01' 12-

TOYOTA VITZ NCP15 1300 4WD 99' 6-05' 1

TOYOTA VITZ NCP15 1500 4WD 99' 6-

TOYOTA PRIUS NHW20 1500 03' 9-

TOYOTA PRIUS NHW10 1500 97' 12-00' 5

TOYOTA PRIUS NHW11 1500 00' 5-03' 8

TOYOTA COROLLA NZE124 1500 4WD 00' 8-

TOYOTA COROLLA NZE121 1500 2WD 00' 8-

TOYOTA COROLLA NZE120 1300 2WD 00' 8-

TOYOTA COROLLA ZZE124 1800 4WD 00' 8-

TOYOTA COROLLA CE121 2200 2WD 00' 8-

TOYOTA WiLL VS ZZE129 1800 4WD 01' 4-04' 4

TOYOTA COROLLA FIELDER ZZE122G 1800 2WD 00' 8-

TOYOTA COROLLA FIELDER NZE121G 1500 2WD 00' 8-

TOYOTA COROLLA FIELDER NZE124G 1500 4WD 00' 8-

TOYOTA COROLLA FIELDER ZZE124G 1800 4WD 00' 8-

TOYOTA COROLLA FIELDER CE121G 2200 2WD 00' 8-

TOYOTA COROLLA FIELDER NZE124G 1500 4WD 00' 8-

TOYOTA COROLLA FIELDER ZZE124G 1800 4WD 00' 8-

TOYOTA COROLLA FIELDER NZE120G 1500 2WD 00' 8-

TOYOTA COROLLA FIELDER ZZE122G 1800 2WD 00' 8-

TOYOTA COROLLA RUNX / ALLEX ZZE124 1800 02' 9-06' 9

TOYOTA COROLLA RUNX / ALLEX ZZE122 1800 02' 9-06' 9

TOYOTA COROLLA RUNX / ALLEX NZE124 1500 4WD 01' 1-06' 9

TOYOTA COROLLA RUNX / ALLEX NZE121 1500 2WD 01' 1-

TOYOTA COROLLA RUNX / ALLEX NZE124 1500 4WD 01' 1-

TOYOTA COROLLA RUNX / ALLEX NZE121 1500 2WD 01' 1-06' 9

TOYOTA RAUM NCZ25 1500 04' 9-

TOYOTA RAUM NCZ25 1500 4WD 03' 5-04' 9

TOYOTA RAUM NCZ20 1500 2WD 04' 9-

TOYOTA RAUM NCZ20 1500 2WD 03' 5-04' 9

TOYOTA COROLLA SPACIO NZE121N 1500 5 01' 5-03' 4



TOYOTA CELICA COROLLA PRIUS YARIS VERSO FAW TIANJIN VELA VIZI WEIZHI GEELY KINGKONG Brake shoes FMSI: 1515-S832 8105-S753 OEM:04495-52020 Brembo:S83508N, OK-BS534

Rear Axle  Measures:203x32 mm


OEM No.

TOYOTA 04495-0D060

TOYOTA 04495-0D070

TOYOTA 04495-47010

TOYOTA 04495-52040

TOYOTA 04495-52100

TOYOTA 04495-74010

TOYOTA 04495-52020

TOYOTA 04495-74020

TOYOTA 04495-59020

TOYOTA 04495-74040

OE 1014002679

OE 9000654



Cross Reference

AK NR-1079

BENDIX 362401B

BENDIX BS5004

BENDIX R753

BENDIX RS753

BOSCH 0 986 487 589

BOSCH BS831

BREMBO S 83 508   S83508N

FBK FN-2342

FERODO FSB582

FMSI 1515-S832

FMSI 8105-S753

FMSI S753-8105

FMSI S832

MINTEX MFR459

MK K2342

REMSA 4101.00

TRW GS8673

WAGNER PAB753


]]>
MERCEDES BENZ C-CLASS Coupe E-CLASS C250 C300 C350 E250 E350 E400 E550 Brake pad FMSI:8453-D1342 OEM:0054201020 FDB1979 GDB1737 WVA:24208 24310, F1342 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

MERCEDES BENZ C-CLASS (W204) 2007/01-2014/01

MERCEDES BENZ C-CLASS Coupe (C204) 2011/01-

MERCEDES BENZ C-CLASS T-Model (S204) 2007/08-2014/08

MERCEDES BENZ CLS (C218) 2010/10-

MERCEDES BENZ CLS Shooting Brake (X218) 2012/10-

MERCEDES BENZ E-CLASS (W212) 2009/01-

MERCEDES BENZ E-CLASS Convertible (A207) 2010/01-

MERCEDES BENZ E-CLASS Coupe (C207) 2009/01-

MERCEDES BENZ E-CLASS T-Model (S212) 2009/08-

MERCEDES BENZ SLK (R172) 2011/01-

MERCEDES-BENZ C250 Sport 2012-2014

MERCEDES-BENZ C300 2013-2014

MERCEDES-BENZ C350 2008-2014

MERCEDES-BENZ E250 2014

MERCEDES-BENZ E350 2010-2014

MERCEDES-BENZ E350 4Matic 2010-2014

MERCEDES-BENZ E350 Coupe 2010-2014

MERCEDES-BENZ E400 2013-2014

MERCEDES-BENZ E550 Coupe 2010-2011

MERCEDES-BENZ SLK250 Sport 2012-2014

MERCEDES-BENZ SLK350 2012-2014


MERCEDES BENZ C-CLASS Coupe E-CLASS C250 C300 C350 E250 E350 E400 E550 Brake pad FMSI:8453-D1342 OEM:0054201020 FDB1979 GDB1737 WVA:24208 24310, F1342

Front Axle  Brake System:TRW Measures:188x80/73x19.2mm


OEM No.

MERCEDES 005 420 10 20

MERCEDES 005 420 13 20

MERCEDES 005 420 16 20

MERCEDES 006 420 28 20

MERCEDES 007 420 58 20

MERCEDES 007 420 75 20



Cross Reference

ATE 13.0460-2734.2

ATE 602734

BENDIX 573291B

BOSCH 0 986 494 234

BOSCH 0 986 494 263

BREMBO P 50 069

BREMBO P 50 069X

DELPHI LOCKHEED LP2099

FERODO FDB1979

FMSI D1342-8453

GIRLING 6117371

HELLA-PAGID T1624

MINTEX MDB2831

NECTO FD7302A

ROAD HOUSE 21304.00

TEXTAR 24310 194 0 5

TEXTAR 24310 194 1 5 T4433

TEXTAR 2431001

TEXTAR 2431081

TRW GDB1737

WVA 24208

WVA 24209

WVA 24310

WVA 24311

WVA 24456


]]>
AUDI A3 TT SEAT LEON SKODA OCTAVIA III VW GOLF PASSAT TOURAN Brake pad FMSI:8989-D1760 OEM:8V0698151D FDB4433 GDB1956 WVA:25086 25683 25931, F1760 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

AUDI A3 (8V1, 8VK) 2012/04-

AUDI A3 Convertible (8V7, 8VE) 2013/10-

AUDI A3 Limousine (8VS, 8VM) 2013/05-

AUDI A3 Sportback (8VA, 8VF) 2012/09-

AUDI A3 Cabriolet 2015

AUDI TT (FV3, FVP) 2014/07-

AUDI TT Roadster (FV9, FVR) 2014/11-

AUDI (FAW) A3 (8VS) 2014/09-

SEAT LEON (5F1) 2012/09-

SEAT LEON SC (5F5) 2013/01-

SEAT LEON ST (5F8) 2013/08-

SKODA OCTAVIA III (5E3, NL3, NR3) 2012/11-

SKODA OCTAVIA III Combi (5E5) 2012/11-

SKODA RAPID (NA2) 2011/10-

SKODA SUPERB III (3V3) 2015/03-

SKODA SUPERB III Estate (3V5) 2015/03-

SKODA (SVW ) OCTAVIA (5E3) 2014/01-

VOLKSWAGEN GOLF ALLTRACK (BA5, BV5) 2014/12-

VOLKSWAGEN GOLF SPORTSVAN (AM1, AN1) 2014/02-

VOLKSWAGEN GOLF VII (5G1, BQ1, BE1, BE2) 2012/08-

VOLKSWAGEN GOLF VII Variant (BA5, BV5) 2013/04-

VOLKSWAGEN PASSAT (3G2) 2014/08-

VOLKSWAGEN PASSAT Variant (3G5) 2014/08-

VOLKSWAGEN TOURAN (5T1) 2015/05-

VW (FAW) GOLF VII (5G1) 2013/12-

VW (SVW) LAMANDO 2015/01-



AUDI A3 TT SEAT LEON SKODA OCTAVIA III VW GOLF PASSAT TOURAN Brake pad FMSI:8989-D1760 OEM:8V0698151D FDB4433 GDB1956 WVA:25086 25683 25931, F1760

Front Axle  Brake System:TRW Measures:160.1x64.6x19.9mm


OEM No.

SKODA 5Q0 698 151 F

VW 5Q0 698 151

VW 5Q0 698 151 A

VW 5Q0 698 151 B

VW 5Q0 698 151 G

VW 5Q0 698 151 L

VW 5QD 698 151 A

VW 8V0 698 151

VW 8V0 698 151 A

VW 8V0 698 151 B

VW 8V0 698 151 D

VW 8V0 698 151 G


SEAT JZW 698 151 AN

VW 2K5 698 151

VW 2K5 698 151 A

VW 2K5 698 151 B

VW 2Q0 698 151 F

VW 5Q0 698 151 D

VW 5QD 698 151



Cross Reference

ATE 13.0460-2785.2

ATE 602785

BENDIX 573390B

BOSCH 0 986 494 660

BOSCH 0 986 495 296

BOSCH 0 986 495 347

BREMBO P 85 126

BREMBO P 85 126X

DELPHI LOCKHEED LP2698

FERODO FDB4433

FMSI D1760-8989

GIRLING 6119561

HELLA-PAGID 8DB 355 020-191

HELLA-PAGID T2239

MINTEX MDB3340

NECTO FD7565A

ROAD HOUSE 21515.01

TEXTAR 25683 203 1 5

TEXTAR 2568301

TEXTAR 2568305

TRW GDB1956

VALEO 601328

WVA 25086

WVA 25683

WVA 25684

WVA 25931


ATE 13.0460-2609.2

ATE 602609

BREMBO P 85 147

FMSI D1760-8989

GIRLING 6121431

MINTEX MDB3827

TEXTAR 25683 203 9 5

TEXTAR 2568303

TRW GDB2143

WVA 25086

WVA 25683

WVA 25931


]]>
AUDI A4 A5 Quattro A6 Allroad Avant A7 Sportback Q5 Hybrid Brake pad FMSI:8434-D1322 OEM:8G0698151D 8K0698151 FDB4044 GDB1768 GDB1805 GDB1916 WVA:24264 24408, F1322 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

AUDI A6 (4G2, 4GC, C7) 2010/11-2018/09

AUDI A6 Allroad (4GH, 4GJ) 2012/01-2018/09

AUDI A6 Avant (4G5, 4GD, C7) 2011/05-2018/09

AUDI A7 Sportback (4GA, 4GF) 2010/07-2018/05

AUDI A4 2009-2014

AUDI A4 Quattro 2009-2014

AUDI A5 2010-2014

AUDI A5 Quattro 2008-2014

AUDI A6 2012-2014

AUDI A6 Quattro L4 2013-2014

AUDI A6 Quattro TDI 2014

AUDI A7 Quattro TDI 2014

AUDI allroad 2013-2014

AUDI Allroad Quattro 2013

AUDI Q5 2009-2012

AUDI Q5 Hybrid 2013-2014

AUDI S4 2010-2014

AUDI S5 2008-2014



AUDI A4 A5 Quattro A6 Allroad Avant A7 Sportback Q5 Hybrid Brake pad FMSI:8434-D1322 OEM:8G0698151D 8K0698151 FDB4044 GDB1768 GDB1805 GDB1916 WVA:24264 24408, F1322

Front Axle  Brake System:TRW Measures:187.9x73/73.6x18.4mm


OEM No.

AUDI 8G0 698 151 D

AUDI 8K0 698 151

AUDI 8K0 698 151 B

AUDI 8K0 698 151 D

AUDI 8K0 698 151 E

AUDI 8K0 698 151 G

AUDI 8K0 698 151 H

AUDI 8K0 698 151 J

AUDI 8R0 698 151

AUDI 8R6 698 151

RENAULT 86 60 000 767

RENAULT 86 60 004 535



Cross Reference

ATE 13.0460-2746.2

ATE 602746

BENDIX 573247B

BOSCH 0 986 494 259

BREMBO P 85 098

DELPHI LOCKHEED LP2077

FERODO FDB4044

FMSI D1322-8434

GIRLING 6117681

GIRLING 6118051

GIRLING 6119161

HELLA-PAGID T1748

MINTEX MDB2934

NECTO FD7337A

TEXTAR 2426401

TEXTAR 24408 194 1 5

TEXTAR 2440801

TRW GDB1768

TRW GDB1805

TRW GDB1916

VALEO 601279

WVA 24264

WVA 24265

WVA 24408

WVA 24409

WVA 24743


]]>
NISSAN ALMERA II / PULSAR / SENTRA SUNNY IX VIII / SENTRA / TSURU Brake pad FMSI:8311-D1193 OEM:41060-4M490 GDB3563 WVA:24647 24648 24649, F1193 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

NISSAN ALMERA II / PULSAR / SENTRA (N16) Hatchback 01/2000-

NISSAN ALMERA II / PULSAR / SENTRA (N16) Saloon 04/2000-

NISSAN ALMERA II Classic (B10) Saloon 03/2006-

NISSAN SUNNY IX (B15) Coupe 04/2000-09/2003

NISSAN SUNNY IX (B15) Hatchback 04/2000-09/2003

NISSAN SUNNY VIII / SENTRA / TSURU (N16) Saloon 07/1995-12/2003



Front Axle  Brake System:AK Measures:135.12x48.4x16.1mm


OEM No.

NISSAN  41060-4M490

NISSAN  41060-6N090

NISSAN  41060-6N091

NISSAN  41060-6N0X1

NISSAN  41060-95F0A

NISSAN  41060-95F0B

NISSAN  48111-31100K0

NISSAN  AY040-NS053

NISSAN  AY040-NS072

NISSAN  AY040-NS073

NISSAN  AY040-NS084

NISSAN  AY040-NS100

NISSAN  AY040-NS108

RENAULT  86 60 004 787

RENAULT  86 71 019 116



Cross Reference

B.M. DB1454

BOSCH 0 986 495 146

BREMBO P 56 083

DELPHI LOCKHEED LP2184

FMSI D1193-8311

GIRLING 6135636

HELLA-PAGID T1874

MINTEX MDB2755

ROAD HOUSE 21123.02

TEXTAR 24647 154 0 5

TEXTAR 2464701

TRW GDB3563

VALEO 598747

WVA 24647

WVA 24648

WVA 24649


]]>
OPEL CORSA B Box (S93) Brake pad OEM:903494478 WVA:21405 21406 20547, FW21405 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

OPEL CORSA B (S93) 1993/03-2002/12

OPEL CORSA B Box (S93) 1994/08-2001/12



Front Axle  Brake System:ATE Measures:140x48.2x17.3mm


OEM No.

OE  903494478

OE  903494575


Cross Reference

ICER 181084

OE 90 349 447 8

OE 90 349 457 5

WVA 20547

WVA 21405

WVA 21406


]]>
BMW 1 (E81) (E87) (F20) (E90) FIAT DUCATO MINI Cooper COUNTRYMAN PACEMAN Brake pad FMSI:8345-D1226 8764-D1554 OEM:34216767145 FDB1806 FDB4383 GDB1612 WVA:23623 23624, F1226 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

BMW 1 (E81) 2006/09-2011/12

BMW 1 (E87) 2003/02-2013/01

BMW 1 (F20) 2010/11-

BMW 3 (E90) 2004/02-2011/12

BMW 3 Coupe (E92) 2005/01-2013/12

BMW (BRILLIANCE) 3 SERIES (E90) 2004/10-2012/09

FIAT DUCATO Platform/Chassis (250, 290) 2006/07-

MINI MINI COUNTRYMAN (R60) 2010/01-2016/10

MINI MINI PACEMAN (R61) 2012/03-2016/09

MINI Cooper Countryman 2011-2014

MINI Cooper Paceman 2013-2014


Rear Axle  Brake System:TRW Measures:95.2x51/44.6x17.4mm


OEM No.

OE 34 21 6 767 145

OE 34 21 6 767 146

OE 34 21 6 774 417

OE 34 21 6 777 240

OE 34 21 6 779 294

OE 34 21 6 788 183

OE 34 21 9 804 739

OE 34 21 9 808 172

OE 34 21 9 808 706


Cross Reference

APEC BRAKING PAD1459

ATE 13.0460-2713.2

ATE 13.0470-2713.2

BENDIX 573136B

BENDIX 573136X

BOSCH 0 986 494 269

BOSCH 0 986 494 461

BRAKE ENGINEERING PA1662

BREMBO P 06 037

BREMBO P 06 080

FERODO FDB1806

FERODO FDB4383

FERODO FSL1806

FMSI 8345-D1226

FMSI 8764-D1554

FMSI D1226

FMSI D1226-8345

FMSI D1554

FMSI D1554-8764

GIRLING 6116121

ICER 181664

ICER 182008

ICER 181664-700

JURID 573136D

JURID 573136J

JURID 573136J-AS

JURID 573136JC

LPR 05P1249

MINTEX MDB2681

MINTEX MDB3131

MTP-GROUP CD8499

NECTO FD7529A

PAGID T1445

REMSA 1132

ROADHOUSE 21132

SAFELINE D3595

TEXTAR 2362303

TRW GDB1612

WAGNER WBP23623A

WOKING P10323.00

WVA 23623

WVA 23624


]]>
AUDI A3 (8P1) (FAW) A6L Saloon (4F2, C6) MAGOTAN (B6) A6 Quattro S4 S6 Brake pad FMSI:7796-D915 OEM:1K0698151B FDB1765 GDB1616 WVA:23801 23912 23913 24021, F915 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

AUDI A3 (8P1) 2003/05-2013/12

AUDI (FAW) A6L Saloon (4F2, C6) 2005/03-2012/12

VW (FAW) MAGOTAN (B6) 2007/06-2011/07

AUDI A6 2002-2004

AUDI A6 Quattro 2005-2006

AUDI A6 Quattro 320mm Rotors 2002-2004

AUDI Allroad Quattro 2003-2005

AUDI S4 2004-2009

AUDI S6 2004

VOLKSWAGEN CC V6 2012

VOLKSWAGEN CC VR6 4Motion 2009-2011

VOLKSWAGEN Passat 3.6 L 2006-2008

VOLKSWAGEN Passat CC 2010

VOLKSWAGEN R32 2008


Front Axle  Brake System:ATE  Measures:156.1/156.3x72.9x20.3mm


OEM No.

OE  1K0 698 151 B

OE  1K0698151B


Cross Reference

ATE 607200

ATE 13.0460-7200.2

ATE 13.0470-7200.2

BENDIX 573197B

BRAKE ENGINEERING PA1681

CIFAM 822-549-2

DELPHI LP1921

E.T.F. 12-1136

FEBI BILSTEIN 16538

FERODO FDB1765

FERODO FDS1765

FMSI 7796-D915

FMSI D915

FMSI D915-7796

GIRLING 6116162

HP 7686

ICER 181653

LPR 05P1270

MAGNETI MARELLI 363702161453

METELLI 22-0549-2

METZGER 964.32

MGA 784

MINTEX MDB2677

NECTO FD7175A

PAGID T1350

REMSA 964.32

ROADHOUSE 2964.32

SCT GERMANY SP 432

SWAG 30 91 6538

TEXTAR 2380101

TEXTAR 23801 203 0 5 T4208

TEXTAR 23801 203 0 5 T645

TEXTAR 23801 204 0 5 T4208

TRUSTING 565.2

TRW GDB1616

VAICO V10-8183

WVA 23801

WVA 23912

WVA 23913

WVA 24021


]]>
BMW 1 (E81) (E87) Convertible (E88) Coupe (E82) 3 (E90) Brake pad FMSI:8347-D1228 OEM:34112288849 FDB1751 GDB1625 WVA:23935 23977 23999, F1228 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

BMW 1 (E81) 2006/09-2011/12

BMW 1 (E87) 2003/02-2013/01

BMW 1 Convertible (E88) 2008/03-2013/12

BMW 1 Coupe (E82) 2006/10-2013/10

BMW 3 (E90) 2004/02-2011/12

BMW (BRILLIANCE) 3 SERIES (E90) 2004/10-2012/09


OEM No.

OE 34 11 2 288 849

OE 34 11 2 288 851

OE 34 11 6 767 147

OE 34 11 6 767 149

OE 34 11 6 769 763

OE 34 11 6 769 951



Cross Reference

APEC BRAKING PAD1464

ATE 13.0460-7215.2

ATE 13.0470-7215.2

BENDIX 573138B

BENDIX 573138X

BENDIX DB1833

BOSCH 0 986 494 096

BOSCH 0 986 TB2 668

BRAKE ENGINEERING PA1663

BREMBO P 06 035

FERODO FDB1751

FERODO FDS1751

FERODO FSL1751

FMSI 8347-D1228

FMSI D1228

FMSI D1228-8347

GIRLING 6116252

ICER 181698

JURID 573138J

JURID 573138J-AS

LPR 05P1250

MEYLE 025 239 3517

MEYLE 025 239 3517/PD

MINTEX MDB2684

MTP-GROUP CD8625

PAGID T1446

REMSA 384.6

ROADHOUSE 2384.6

TEXTAR 2393501

TEXTAR 2393581

TRW GDB1625

WAGNER WBP23935A

WOKING P2843.60

WVA 23935

WVA 23977

WVA 23999

ZIMMERMANN 23935.175.1

ZIMMERMANN 23935.175.2


]]>
MERCEDES BENZ VIANO (W639) VITO / MIXTO Box Bus Brake pad FMSI:9224-D1994 OEM:0014210910 FDB1493 GDB1600 WVA:24007, F1994 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

MERCEDES BENZ VIANO (W639) 2003/09-

MERCEDES BENZ VITO / MIXTO Box (W639) 2003/09-

MERCEDES BENZ VITO Bus (W639) 2003/09-

MERCEDES-BENZ (FJDA) VIANO MPV 2010/01-2016/03

MERCEDES-BENZ (FJDA) VITO Bus 2010/01-2016/03



OEM No.

OE 000 421 61 10

OE 001 421 09 10

OE 003 420 78 20

OE 003 420 79 10

OE 006 420 20 20

OE 006 420 43 20

OE 636 420 02 20

OE A 006 420 43 20

OE A 636 420 02 20



Cross Reference

ATE 13.0460-3819.2

BENDIX 573221B

BENDIX DB1965

BOSCH 0 986 494 081

BOSCH 0 986 TB2 882

BREMBO P 50 050

FERODO FDB1493

FMSI 9224-D1994

FMSI D1994

FMSI D1994-9224

ICER 181675

ICER 181675-701

JURID 573221J

JURID 573221JC

LPR 05P1228

MINTEX MDB2678

MTP-GROUP CD8477

MTP-GROUP CD8477W

PAGID T1382

REMSA 1109.02

SAFELINE D3473

TEXTAR 2400701

TRW GDB1600

WVA 24007


]]>
MERCEDES BENZ V-CLASS VITO Box Bus Brake pad OEM:0004214210 FDB1305 GDB1408 WVA:23020, FF1305 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

MERCEDES BENZ V-CLASS (638/2) 1996/02-2003/07

MERCEDES BENZ VITO Box (638) 1997/03-2003/07

MERCEDES BENZ VITO Bus (638) 1996/02-2003/07


OEM No.

OE 000 421 42 10

OE 003 420 02 20

OE A 000 421 42 10



Cross Reference

ACDelco AC678781D

ATE 603985

ATE 13.0460-3985.2

BENDIX 571947B

BENDIX DB1987

BOSCH 0 986 460 002

BRAKE ENGINEERING PA1182

BRECK 23020 00 704 00

BREMBO P 50 032

CIFAM 822-574-0

DELPHI LP1471

DENCKERMANN B110473

E.T.F. 12-0880

FEBI BILSTEIN 16255

FERODO FDB1305

FERODO FSL1305

FERODO FVR1305

FREMAX FBP-1134

FTE BL1733A1

GALFER 20584

GIRLING 6114084

ICER 141284

JURID 571947J-AS

KAMOKA JQ1012610

LPR 05P948

MAGNETI MARELLI 363702161263

MAPCO 6591

METELLI 22-0574-0

METZGER 717

MEYLE 025 230 2017

MGA 519

MINTEX MDB2002

MTP-GROUP CD8501

NECTO FD6783A

NECTO FD6783N

NECTO FD6783V

NK 223341

OPTIMAL 10355

PAGID T1169

PEX 7.506

QUINTON HAZELL 717

QUINTON HAZELL BP1210

REMSA 717

ROADHOUSE 2717

SBS 1501223341

SCT GERMANY SP 302

SIMER 756

SPIDAN 32412

STOP 571947S

SWAG 10 91 6255

TEXTAR 2302001

TEXTAR 23020 179 0 4

TEXTAR 23020 179 0 4 T3078

TOPRAN 400 709

TRISCAN 8110 23023

TRUSTING 590

TRW GDB1408

VAICO V30-8156

VALEO 540938

VALEO 598301

WOKING P6173.00

WVA 23020

ZIMMERMANN 23020.180.1


]]>
Honda ACCORD X (CV) Saloon 10 Brake pad OEM:45022-TVC-A002 WVA:22910 22911 22912, FW22910 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

Honda ACCORD X (CV) Saloon 10/2017-1.5 VTEC (CV1)

Honda ACCORD X (CV) Saloon 10/2017-1.5 2.0 iVTEC (CV2)

Honda ACCORD HYBRID SEDAN 2019  EX, EXL, LX, TRNG

Honda ACCORD HYBRID SEDAN 2018  EX, EX (JAPAN ENGINE), EXL, EXL (JAPAN ENG/NAVI), EXL (JAPAN ENGINE), EXL (NAVI), LX, LX (JAPAN ENGINE), TRNG, TRNG (JAPAN ENGINE)

Honda ACCORD SEDAN 2019  20EX-L, 20SPT, 20TRNG, SPORT

Honda ACCORD SEDAN 2018  0EX-L, 20EX-L (NAVI), 20SPT, 20TRNG, SPORT, TRNG



OEM No.

HONDA 45022-TVC-A002

HONDA 45022-TVC-A02



Cross Reference

ROAD HOUSE 21808.02

WVA 22910

WVA 22911

WVA 22912


]]>
Mahindra Scorpion Pick Up RENAULT AVANTIME ESPACE III Brake pad OEM:6025371662 FDB4176 GDB7902 WVA:25823, FF4176 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

RENAULT AVANTIME (DE0_) 2001/09-2003/05

RENAULT ESPACE III (JE0_) 1996/11-2002/10

Mahindra Scorpion 2.2 2008-- / Pick Up 2.2 2008-- 4x2 4x4



OEM No.

RENAULT  60 25 371 662  6025371662

RENAULT  86 60 004 722  8660004722

RENAULT  86 71 016 685  8671016685




Cross Reference

BENDIX 573099B

BREMBO P 68 055

DELPHI LOCKHEED LP1767

FERODO FDB4176

GIRLING 6114661

GIRLING 6115741

HELLA-PAGID 8DB 355 020-731

MINTEX MDB2564

NECTO FD6944A

NECTO FD7386A

ROAD HOUSE 2834.20

TEXTAR 24971 184 1 4

TEXTAR 2497101

TRW GDB1466

TRW GDB1574

VALEO 598560

VALEO 598669

WVA 24971


]]>
Mahindra XUV 500 MERCEDES BENZ W168 W169 W245 VANEO Brake pad FMSI:8467-D1358 OEM:1684200420 FDB1782 GDB1433 GDB1481 WVA:23138, F1358 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

MERCEDES BENZ A-CLASS (W168) 1997/07-2004/08

MERCEDES BENZ A-CLASS (W169) 2004/09-2012/06

MERCEDES BENZ B-CLASS (W245) 2005/03-2011/11

MERCEDES BENZ VANEO (414) 2002/02-2005/07

MERCEDES-BENZ B200 Canada 2008

Mahindra XUV 500 2.2 2013-


OEM No.

MERCEDES  168 420 04 20  1684200420

MERCEDES  169 420 04 20  1694200420

MERCEDES  169 420 11 20  1694201120

MERCEDES  169 420 14 20  1694201420

MERCEDES  169 420 17 20  1694201720

MERCEDES  414 420 01 20  4144200120



Cross Reference

ATE 13.0460-2712.2

ATE 13.0460-2855.2

ATE 602712

ATE 602855

B.M. DB2020

B.M. GDB1481

BENDIX 573082B

BOSCH 0 986 424 522

BOSCH 0 986 494 023

BOSCH 0 986 494 182

BOSCH 0 986 494 569

BREMBO P 50 037

BREMBO P 50 058

BREMBO P 50 090

DELPHI LOCKHEED LP1741

FERODO FDB1358

FERODO FDB1782

FMSI D1358-8467

GIRLING 6114811

HELLA-PAGID T1530

MINTEX MDB2111

MINTEX MDB3244

NECTO FD6860A

NECTO FD7185A

ROAD HOUSE 2818.00

TEXTAR 23138 146 1 4 T4051

TEXTAR 23138 146 1 4 T4099

TEXTAR 23138 146 2 4

TEXTAR 2313803

TEXTAR 2313805

TRW GDB1433

TRW GDB1481

VALEO 598583

WVA 23138


]]>
KIA PICANTO III MORNING EURO STAR (JA) Hatchback Brake pad OEM:58101-G6A30 WVA:22904 22905 22906, FW22905 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

KIA PICANTO III / MORNING / EURO STAR (JA) Hatchback 03/2017-



OEM No.

KIA  58101-G6A30  58101G6A30

KIA  58101-G6A40  58101G6A40


Cross Reference

DELPHI LOCKHEED  LP3363

ROAD HOUSE  21803.02

WVA  22904

WVA  22905

WVA  22906

]]>
KIA PICANTO (SA) (TA) Brake pad OEM:58101-1YA00 FDB 4234 GDB3535 WVA:25365 22573, FG3535 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

KIA PICANTO (SA) 2004/04-

KIA PICANTO (TA) 2011/05-



OEM No.

KIA  58101-1YA00  581011YA00

KIA  58101-1YA10  581011YA10

KIA  58101-1YA30  581011YA30

KIA  58101-1YA35  581011YA35

KIA  58101-1YA45  581011YA45




Cross Reference

ATE 13.0460-5649.2

ATE 605649

BENDIX 573420B

BOSCH 0 986 494 688

BREMBO P 30 053

DELPHI LOCKHEED LP2296

GIRLING 6135359

HELLA-PAGID 8DB 355 020-611

HELLA-PAGID T3150

MINTEX MDB3297

NECTO FD7659A

ROAD HOUSE 21481.02

TEXTAR 25365 166 0 5

TEXTAR 25365 166 1 5

TEXTAR 2536501

TRW GDB3535

VALEO 601299

WVA 22573

WVA 22574

WVA 22575

WVA 25365

WVA 25366

WVA 25367


]]>
TOYOTA (GUANGZHOU) YARIS / VIOS Saloon (FAW) VIOS Brake pad FMSI: 9175-D1950 OEM:04465-0D150 GDB7902 WVA:25823, F1950 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

TOYOTA YARIS (_P15_) 2013/10-

TOYOTA YARIS / VIOS Saloon (_P15_) 2013/05-

TOYOTA (FAW) VIOS 2013/05-

TOYOTA (GUANGZHOU) YARIS L 2014/10-


OEM No.

OE  04465-09020  0446509020

OE  04465-0D150  044650D150

OE  04465-0D160  044650D160

OE  04465-0D170  044650D170

OE  04465-0D190  044650D190




Cross Reference

FMSI 9175-D1950

FMSI D1950

FMSI D1950-9175

ICER 182180

MK D2343

REMSA 1558

TRW GDB7902

WVA 25823

]]>
DAEWOO SSANGYONG MUSSO REXTON ROEWE (SAIC) W5 Brake pad OEM:48413090A1 FDB1937 GDB3366 GDB3382 WVA:23673 23674 23675, FF1937 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for

DAEWOO MUSSO (FJ) 1998/07-

DAEWOO REXTON (GAB_) 2002/04-

ROEWE (SAIC) W5 2011/08-

SSANGYONG MUSSO (FJ) 1993/01-2007/09

SSANGYONG REXTON (GAB_) 2002/04-


OEM No.

OE  10058825

OE  48413-05100   4841305100

OE  48413-05102   4841305102

OE  48413-08050   4841308050

OE  48413-08051    4841308051

OE  48413-090A0   48413090A0

OE  48413-090A1   48413090A1



Cross Reference

ATE 13.0460-5623.2

FBK AF11121M

FERODO FDB1937

ICER 181646

LPR 05P1210

MEYLE 025 236 7315/W

MINTEX MDB2295

MINTEX MDB2823

MK D11121M

PAGID T1615

REMSA 746.42

REMSA 746.62

SB SP1151

TEXTAR 2367301

TRW GDB3366

TRW GDB3382

WVA 23673

WVA 23674

WVA 23675

]]>
Chrysler Grand Voyager Town & Country Caravan VW Routan brake pad FMSI:D1719-8825 OEM:68192439AB,F1719 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter

Okmad brake pad set for

CHRYSLER GRAND VOYAGER V (RT) 2007/10-

CHRYSLER Town & Country 2012

CHRYSLER Town & Country BRE 2013-2014

DODGE Grand Caravan 2012

DODGE Grand Caravan BRE 2013-2014

RAM C/V 2012-2014

VOLKSWAGEN Routan S 2013-2014



OEM No.

CHRYSLER 68192439AB

]]>
CHEVROLET (SGM) LOVA RV Estate SAIL 3 Saloon Brake pad FMSI:9167-D1942 OEM:90921493, F1942 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter

Okmad brake pad set for

CHEVROLET (SGM) LOVA RV Estate 2015/11-

CHEVROLET (SGM) SAIL 3 Saloon 2014/12-



OEM No.

CHEVROLET 90921493


Corss Reference

FMSI D1942-9167

FMSI 9167-D1942

FMSI D1942

]]>
HYUNDAI i10 ix35(China) KIA PICANTO (BA) (TA) SPORTAGE-R Closed Off-Road Vehicle Brake pad FMSI:8939-D1714 OEM:58302-07A00 FDB1902 GDB3370 WVA:24276 24479 24480, F1714 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter

Okmad brake pad set for

HYUNDAI i10 (PA) 2007/10-2016/02

HYUNDAI (BEIJING) ix35 2010/04-

KIA PICANTO (BA) 2004/04-

KIA PICANTO (TA) 2011/05-

KIA (DYK) SPORTAGE-R Closed Off-Road Vehicle 2010/10-

HYUNDAI ix35 (China) 2010-2013



OEM No.

HYUNDAI 58302-0XA00

KIA 58302-07A00

KIA 58302-07A10



Corss Reference

ATE 13.0460-5775.2

BENDIX 572527B

BOSCH 0 986 494 145

BREMBO P 30 033

CIFAM 822-815-0

DELPHI LP1976

FERODO FDB1902

FMSI D1714-8939

FMSI 8939-D1714

FMSI D1714

FTE BL1954A2

HERTH+BUSS JAKOPARTS J3610307

ICER 181710

LPR 05P1344

METELLI 22-0815-0

MINTEX MDB2799

NiBK PN0526

NIPPARTS J3610307

NK 223514

PAGID T1553

QUINTON HAZELL BP1516

REMSA 1135.02

ROADHOUSE 21135.02

ROULUNDS BRAKING 848081

SANGSIN SP1189

SBS 1501223514

TEXTAR 2427601

TEXTAR 24276 148 0 5

TRW GDB3370

VALEO 598706

WVA 24479

WVA 24480

WVA 24276


]]>
BUICK EXCELLE CHEVROLET Orlando Volt CRUZE TRAX OPEL AMPERA ASTRA Brake pad FMSI:8668-D1468 OEM:13319294 FDB4265 GDB1844 WVA:25096 25097 25098, F1468 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
BUICK (SGM) ENCORE 2012/10-
BUICK (SGM) EXCELLE GT 2010/06-
BUICK (SGM) EXCELLE XT 2010/01-
CHEVROLET CRUZE (J300) 2009/05-
CHEVROLET CRUZE Hatchback (J305) 2011/06-
CHEVROLET CRUZE Station Wagon (J308) 2012/08-
CHEVROLET ORLANDO (J309) 2010/12-
CHEVROLET SONIC Hatchback (T300) 2011/03-
CHEVROLET TRAX 2012/12-
CHEVROLET VOLT 2011/04-
CHEVROLET (SGM) CRUZE Hatchback 2013/09-
CHEVROLET (SGM) CRUZE Saloon 2009/04-
HOLDEN CRUZE Saloon (JG) 2009/06-2011/03
HOLDEN CRUZE Saloon (JH) 2011/04-
OPEL AMPERA 2011/11-
OPEL ASTRA GTC J 2011/10-
OPEL ASTRA J 2009/12-
OPEL ASTRA J Saloon 2012/06-
OPEL ASTRA J Sports Tourer 2010/10-
OPEL CASCADA (W13) 2013/03-
OPEL MOKKA 2012/06-
OPEL ZAFIRA TOURER C (P12) 2011/10-
VAUXHALL AMPERA 2012/03-
VAUXHALL ASTRA GTC Mk VI (J) 2011/10-
VAUXHALL ASTRA Mk VI (J) 2009/12-
VAUXHALL ASTRA Mk VI (J) Saloon 2012/06-
VAUXHALL ASTRA Mk VI (J) Sports Tourer 2010/10-
VAUXHALL ASTRAVAN Mk V (H) 2005/03-
VAUXHALL CASCADA Convertible 2013/02-
VAUXHALL MOKKA 2012/06-
VAUXHALL ZAFIRA Mk III (P12) 2011/10-
BUICK Encore 2013-2014
BUICK Verano 2012-2014
CHEVROLET Cruze (Europe) 2011
CHEVROLET Cruze 2011-2013
CHEVROLET Cruze Diesel 2014
CHEVROLET Orlando 2012
CHEVROLET Sonic RS 2013
CHEVROLET Volt 2011-2014


OEM No.

CHEVROLET 1330 0867

CHEVROLET 1331 9294

CHEVROLET 13319293

CHEVROLET 13411383

GM 13411380

GM 13411383

GM 95516192

OPEL 1605176

OPEL 1605180

OPEL 1605262

OPEL 54 20 39

OPEL 54 20 40


Corss Reference

ASHIKA 51-0W-W05

ASHUKI 1083-6090

BENDIX AUS DB1990

DELPHI LP2167

FMSI D1468-8668

FMSI D1468

FMSI 8668-D1468

fri.tech. 857.0

ICER 181943

JAPANPARTS PP-W05AF

NiBK PN0392

NIPPARTS N3610906

ROULUNDS BRAKING 895881

SANGSIN SP1363

SCT Germany SP 360

TRUSTING 857.0

TRW GDB1844


]]>
SUZUKI SWIFT II Saloon (AH, AJ) Brake pad OEM:55200-61832 FDB648 GDB3237 WVA:21730, FF648 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
SUZUKI SWIFT II Saloon (AH, AJ) 1989/03-2001/05


OEM No.

MAZDA 1Y3F-33-28Z

NISSAN AY040-SU003

SUZUKI 55200-61832

SUZUKI 55200-62850

SUZUKI 55200-62851

SUZUKI 55200-62852

SUZUKI 55210-60B50

SUZUKI 55210-60B90

SUZUKI 55210-62850

SUZUKI 55800-60G00

SUZUKI 55800-60G01

SUZUKI 55800-61G71

SUZUKI 55800-61G72

TOYOTA V9118-S007


Corss Reference

AK A-284K

AK AN-284K

DELPHI LP945

FERODO FDB648

HONEYWELL 572217

ICER 181001

LUCAS GDB3237

MINTEX MDB1719

MK D9015

NECTO FD0906A

PAGID T3058

REMSA 0410.00

REMSA 410.00

ROADHOUSE 2410.00

TEXTAR 21730 140 0 4 T4047

TEXTAR 2173001

WVA 21730


]]>
MAZDA B-SERIE Brake pad OEM:UGY1-33-23Z GDB3321 GDB7588 MKD3113 WVA:23678, FG3321 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MAZDA B-SERIE (UF) 1985/01-1999/12


OEM No.

MAZDA UGY1-33-23Z

MAZDA UGY9-33-23Z

MAZDA UGY9-33-28Z


Corss Reference

BLUE PRINT ADM54275

CIFAM 822-395-0

E.T.F. 12-0903

FMSI-VERBAND 23678

GIRLING 6133219

HP (ZEBRA) 7079

ICER 141324

KAGER 35-0711

KAVO PARTS BP-4529

METELLI 22-0395-0

MK Kashiyama D3113

NIPPARTS J3603054

REMSA 639.02

ROADHOUSE 2639.02

TRW GDB3321


]]>
BUICK EXCELLE CHEVROLET DAEWOO LACETTI NUBIRA Optra SUZUKI Forenza Reno Brake pad FMSI:7939-D1315 OEM:55500-85Z10 GDB4178 WVA:25232, F1315 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
BUICK (SGM) EXCELLE Saloon 2008/05-
CHEVROLET LACETTI (J200) 2003/03-
CHEVROLET LACETTI Estate (J200) 2005/03-
CHEVROLET NUBIRA Estate 2005/01-
CHEVROLET NUBIRA Saloon 2005/01-
DAEWOO LACETTI Hatchback (KLAN) 2004/02-
DAEWOO NUBIRA Wagon (KLAN) 2003/07-
CHEVROLET Optra (Latin America) 2007-2009
SUZUKI Forenza 2007-2008
SUZUKI Reno 2007-2008


OEM No.

CHEVROLET 96800089

DAEWOO 96800089

SUZUKI 5550085Z10


Corss Reference

BOSCH 0 986 0494 133

BREMBO P10053

CIFAM 822-846-0

FMSI 7939-D1315

FMSI D1315-7939

FMSI D1315

GIRLING 6141789

ICER 181727

JAPANPARTS PPW02AF

LPR 05P1564

MINTEX MDB3194

NECTO FD7603A

PAGID T2098

REMSA 1048.10

SB SP1257

TRW GDB4178

WVA 25232


]]>
BUICK Allure LaCrosse Regal CADILLAC XTS CHEVROLET Impala Malibu SAAB 9-5 Brake pad FMSI:8547-D1430 OEM:16586609 FDB4209 FDB4252 GDB1784 WVA:24421 24422, F1430 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
BUICK (SGM) LACROSSE II 2008/07-2009/07
BUICK (SGM) LACROSSE III 2011/01-
BUICK (SGM) REGAL II 2008/12-
CADILLAC (SGM) XTS 2013/03-
CHEVROLET MALIBU (V300) 2012/01-
CHEVROLET (SGM) MALIBU 2012/02-
OPEL INSIGNIA 2008/07-
OPEL INSIGNIA Estate 2008/07-
OPEL INSIGNIA Saloon 2008/07-
ROEWE (SAIC) 950 2012/07-
SAAB 9-5 (YS3G) 2010/01-2012/01
VAUXHALL INSIGNIA 2008/07-
VAUXHALL INSIGNIA Estate 2008/07-
VAUXHALL INSIGNIA Saloon 2008/07-
BUICK Allure 2010
BUICK LaCrosse 2010-2013
BUICK Regal 2011-2014
BUICK Regal GS 2012-2013
BUICK Regal Turbo 2012-2013
BUICK Regal Turbo GS 2014
CADILLAC XTS 2013
CADILLAC XTS Performance 2013
CHEVROLET Impala 2014
CHEVROLET Malibu 2013-2014
SAAB 9-5 296mm Front Rotor 2010-2011
SAAB 9-5 321mm Front Rotor 2010-2011
SAAB 9-5 321mm Front Rotor Perf 2010-2011
SAAB 9-5 337mm Front Rotor 2010-2011


OEM No.

CHEVROLET 22846359

CHEVROLET 22846362

GM 13237766

GM 13237768

GM 13338368

GM 13343450

GM 13343451

GM 13365958

GM 20965713

GM 22846359

GM 39021483

GM 95514644

GM 95515498

OPEL 05 42 125

OPEL 13 237 765

OPEL 13 237 766

OPEL 16 05 103

OPEL 16 05 104

OPEL 16 05 179

OPEL 16 05 223

OPEL 16 05 366

OPEL 16 05 367

OPEL 16 586 609

OPEL 1605130

OPEL 5 42 027

SAAB 13 338 368

SAAB 13237767


Corss Reference

DELPHI LP2084

E.T.F. 12-1379

FERODO FDB4209

FERODO FDB4252

FMSI D1430

FMSI D1430-8547

FMSI 8547-D1430

fri.tech. 861.0

GIRLING 6117841

ICER 181929

KAWE 1388 04

MAGNETI MARELLI 363700201663

METZGER 1388.04

MEYLE 025 244 2116/W

MINTEX MDB2867

NECTO FD7413A

NECTO FD7448A

NK 223643

PAGID T1663

QUINTON HAZELL BP1663

REMSA 1388.04

ROADHOUSE 21388.04

ROULUNDS BRAKING 873281

sbs 1501223643

TEXTAR 2442101

TEXTAR 2442102

TRUSTING 861.0

TRW GDB1784


]]>
HYUNDAI BAKKI Platform/Chassis 2.5 CRDI KIA K2900 2.9 D Brake pad OEM:58101-4EA00 58101-4EA30 SP1175, FSP1175 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HYUNDAI  BAKKI Platform/Chassis 2.5 CRDI
KIA  K2900 2.9 D


OEM No.

KIA 0K56A-33-23Z

KIA 0K56B-33-23Z

KIA 0K56B-33-23ZA

KIA 0K58A-33-23Z

KIA 0K72G-33-28Z

KIA 0K75A-33-28Z

KIA 0K75B-33-28Z

KIA 58101-4EA00

KIA 58101-4EA30

HYUNDAI  58101-4FA00



Corss Reference

ATE 13.0460-5725.2

ATE 605725

B.M. DB1489

BENDIX 572532B

BOSCH 0 986 424 714

BREMBO P 30 012

BREMBO P 30 058

BREMBO P 30 091

DELPHI LOCKHEED LP1671

FERODO FDB1595

FERODO FDB1990

FMSI D1996-9226

GIRLING 6132619

GIRLING 6133019

HELLA-PAGID 8DB 355 009-601

HELLA-PAGID T1265

HELLA-PAGID T2081

MINTEX MDB2119

MINTEX MDB3812

NECTO FD7047A

NECTO FD7312A

ROAD HOUSE 2821.02

ROAD HOUSE 2821.12

TEXTAR 23649 162 0 5 T4047

TEXTAR 23649 175 05

TEXTAR 2364901

TEXTAR 2364903

TEXTAR 2364904

TRW GDB3261

TRW GDB3301

VALEO 598821

WVA 23649

WVA 23650

WVA 23651

WVA 25229


]]>
HYUNDAI H100 (Latin America) 2006-2009 Brake pad FMSI:8729-D1520 OEM:58101-4FA00 SP1174, F1520 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HYUNDAI H100 (Latin America) 2006-2009


OEM No.

HYUNDAI 58101-4FA00

KIA 58101-4EA00

KIA 58101-4EA30


]]>
RENAULT MASTER I Box Bus Brake pad OEM:5000295329 FVR791 FVR792 GDB1069 WVA:20982 20983 20984 20985 29706 29984 29985, FF792 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
RENAULT MASTER I Box (T__) 1980/07-1998/07
RENAULT MASTER I Bus (T__) 1980/08-1998/07


OEM No.

RENAULT TRUCKS 5000 295 329

RENAULT TRUCKS 5000 823 566

RENAULT TRUCKS 5001 834 527


Corss Reference

BENDIX 572374B

BOSCH 0 986 424 080

BREMBO P 56 019

DELPHI LOCKHEED LP1105

FERODO FCV792

FERODO FVR792

GIRLING 6110693

HELLA-PAGID 8DB 355 005-331

HELLA-PAGID C3004

HELLA-PAGID T9013

MINTEX MDB1729

NECTO FD682 TU

ROAD HOUSE 2048.02

ROAD HOUSE 9465

TEXTAR 29984 170 0 5 T4136

TEXTAR 2998401

TRW GDB1069

VALEO 541652

WVA 20982

WVA 20983

WVA 20984

WVA 20985

WVA 29706

WVA 29984

WVA 29985


]]>
HONDA ODYSSEY Brake pad OEM:06430-SFE-000 GDB7697 AN-698WK, FA698 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HONDA ODYSSEY (RB_) 1998/09-
HONDA (GUANGZHOU) ODYSSEY MPV 2002/04-
HONDA (GUANGZHOU) ODYSSEY MPV 2009/08-


OEM No.

HONDA 06430-SFE-J00

HONDA 06430-SFE-N00

HONDA 06430-SLJ-000

HONDA 43022-SFE-000

HONDA 43022-SFE-N00

HONDA 43022-SMA-000

HONDA 43022-SYP-000



Corss Reference

AK AN-698WK

TEXTAR 25544 149 0 5

TEXTAR 2554402

TRW GDB7697

WVA 25544

WVA 25545

WVA 25546


]]>
CITROEN SAXO XSARA ZX PEUGEOT 106 205 206 306 309 RENAULT 11 19 Clio MEGANE Brake pad FMSI:8658-D1458 8658-D1482 OEM:4250.42 FDB558 GDB1305 WVA:20973 20974, F1458 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
CITROEN SAXO (S0, S1) 1996/02-2004/04
CITROEN XSARA (N1) 1997/04-2005/04
CITROEN XSARA Coupe (N0) 1998/01-2005/04
CITROEN XSARA Estate (N2) 1997/10-2010/03
CITROEN ZX (N2) 1991/03-1997/10
CITROEN ZX Estate (N2) 1993/10-1998/02
CITROEN (DF-PSA) XSARA Saloon 2003/05-2005/12
PEUGEOT 106 Mk II (1) 1996/04-
PEUGEOT 205 I (741A/C) 1983/02-1987/10
PEUGEOT 205 I Convertible (741B, 20D) 1986/04-1994/12
PEUGEOT 205 Mk II (20A/C) 1987/01-1998/09
PEUGEOT 206 CC (2D) 2000/09-
PEUGEOT 206 Hatchback (2A/C) 1998/08-
PEUGEOT 206 SW (2E/K) 2002/07-
PEUGEOT 306 (7B, N3, N5) 1993/04-2003/10
PEUGEOT 306 Break (7E, N3, N5) 1994/06-2002/04
PEUGEOT 306 Convertible (7D, N3, N5) 1994/03-2002/04
PEUGEOT 306 Hatchback (7A, 7C, N3, N5) 1993/01-2003/10
PEUGEOT 309 I (10C, 10A) 1985/10-1989/12
PEUGEOT 309 Mk II (3C, 3A) 1989/07-1993/12
PEUGEOT (DF-PSA) 206 2005/12-
RENAULT 11 (B/C37_) 1983/03-1989/07
RENAULT 19 I (B/C53_) 1988/01-1994/09
RENAULT 19 I Chamade (L53_) 1988/01-1992/12
RENAULT 9 (L42_) 1981/09-1997/02
RENAULT CLIO I (B/C57_, 5/357_) 1990/05-1998/09
RENAULT CLIO II (BB0/1/2_, CB0/1/2_) 1998/09-
RENAULT MEGANE I (BA0/1_) 1995/08-2004/12
RENAULT MEGANE I Cabriolet (EA0/1_) 1996/10-2003/08
RENAULT MEGANE I Classic (LA0/1_) 1996/09-2006/03
RENAULT MEGANE I Coach (DA0/1_) 1996/03-2003/08
RENAULT MEGANE I Grandtour (KA0/1_) 1999/03-2003/08
RENAULT SUPER 5 (B/C40_) 1984/10-1996/12
RENAULT Clio (Latin America) 2002-2005


OEM No.

CITROEN 425146

CITROEN 425197

CITROEN 425257

CITROEN 95659341

CITROEN 95666971

PEUGEOT 425042

PEUGEOT 425071

PEUGEOT 425104

PEUGEOT 425148

PEUGEOT 425196

PEUGEOT 4252.71

RENAULT 77 01 202 08

RENAULT 77 01 203 560

RENAULT 77 01 204 464

RENAULT 77 01 204 626

RENAULT 77 01 204 664

RENAULT 77 01 204 845

RENAULT 77 01 207 034

RENAULT 7701-202-50

RENAULT 7701-202-62

RENAULT 7701-203-19

RENAULT 7701-204-26

RENAULT 7701-204-36

RENAULT 7701-204-45

RENAULT 7701-207-34


Corss Reference

ATE 13.0460-3823.2

ATE 13.0460-3954.2

ATE 603823

ATE 603954

B.M. DB1301

BENDIX 571334B

BENDIX 571744B

BENDIXX 571334X

BOSCH 0 986 460 970

BOSCH 0 986 494 531

BREMBO P 61 032

DELPHI LOCKHEED LP1778

DELPHI LOCKHEED LP699

FERODO FDB558

FERODO FDB558D

FMSI D1458-8658

FMSI D1482-8658

GIRLING 6113053

HELLA-PAGID 8DB 355 018-951

HELLA-PAGID T6065

MINTEX MDB1339

MINTEX MDB2555

MINTEX MDB2868

NECTO FD6065A

ROAD HOUSE 2144.50

ROAD HOUSE 2144.60

TEXTAR 20973 110 0 5 T4038

TEXTAR 20973 110 0 5 T428

TEXTAR 2097401

TRW GDB1305

VALEO 598396

WVA 20973

WVA 20974


]]>
CITROEN JUMPER FIAT DUCATO PEUGEOT BOXER Box Bus Platform/Chassis Brake pad OEM:4252.47 FDB1480 GDB3441 GDB1521 WVA:23921, FF1480 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set 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 (230L) 1994/03-2002/04
FIAT DUCATO Box (244) 2002/04-
FIAT DUCATO Bus (230) 1994/03-2002/04
FIAT DUCATO Bus (244, Z_) 2002/04-
FIAT DUCATO Platform/Chassis (230) 1994/03-2002/04
FIAT DUCATO Platform/Chassis (244) 2002/04-
PEUGEOT BOXER Box (230L) 1994/03-2002/04
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


OEM No.

CITROEN 425247

FIAT 7 736 2274

FIAT 7 736 4860

FIAT 9949407

FIAT 9949408

NISSAN D4060-MA000

PEUGEOT 425246


Corss Reference

ACDelco AC603281D

ATE 13.0460-4980.2

BENDIX 573115B

BOSCH 0 986 424 704

BOSCH 0 986 494 049

BREMBO P 23 093

DELPHI LP1790

FERODO FDB1480

FERODO FSL1480

FERODO FVR1480

FTE BL1861A3

ICER 141524

JURID 573115D

JURID 573115J

MGA 697

MINTEX MDB2540

NECTO FD6897V

NiBK PN0331

PAGID T1356

PEX 7.659

QUINTON HAZELL 0961.00

REMSA 961.00

ROADHOUSE 2961.00

TEXTAR 23921 201 1 4

TEXTAR 2392101

TEXTAR 23921 191 0 4

TRW GDB1518

TRW GDB1521

VALEO 598570


]]>
HONDA Ridgeline ACURA TL Brake pad FMSI:8208-D1102 OEM:45022-SJP-A00 WVA:25297, F1102 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HONDA RIDGELINE 2005/03-
HONDA Ridgeline 2006-2011
ACURA TL 2009-2014


OEM No.

HONDA 45022-SJP-A00

HONDA 45022-SJP-A01

HONDA 45022SJCA00

HONDA 45022SJCA01


]]>
TOYOTA Hi-Lux III Pickup Brake pad FMSI:8776-D1567 OEM:04465-0K240 GDB3534 WVA:25209 25210, F1567 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
TOYOTA HILUX III Pickup (TGN1_, GGN2_, LAN_, GGN1_, KUN2_, KUN1_) 2004/11-
TOYOTA Hi-Lux (Latin America) 2005-2012


OEM No.

TOYOTA 04465-0K240

TOYOTA 04465-0K260

TOYOTA 04465-0K300

TOYOTA 04465-0K330

TOYOTA 04465-0K340

TOYOTA 044650K320


Corss Reference

ATE 13.0460-5667.2

ATE 605667

BENDIX 573435B

BOSCH 0 986 495 352

BREMBO P 83 140

DELPHI LOCKHEED LP2244

FMSI D1567-8776

GIRLING 6135289

GIRLING 6135349

HELLA-PAGID T2059

MINTEX MDB3160

NECTO FD7639A

ROAD HOUSE 21468.02

ROAD HOUSE 21468.04

TEXTAR 25209 168 0 5

TEXTAR 2520901

TRW GDB3528

TRW GDB3534

VALEO 601284


]]>
MITSUBISHI CARISMA SPACE STAR VOLVO S40 V40 Brake pad FMSI:8694-D1494 OEM:MR235557 MR249241 FDB1738 FDB1093 GDB1317 GDB1198 GDB1584 WVA:21796 21920, F1494 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MITSUBISHI CARISMA (DA_) 1995/07-2006/06
MITSUBISHI CARISMA Saloon (DA_) 1996/09-2006/06
MITSUBISHI COLT VI (Z3_A, Z2_A) 2002/10-2012/06
MITSUBISHI SPACE STAR (DG_A) 1998/06-2004/12
MITSUBISHI Space Star (Latin America) 2003-2006
VOLVO S40 I (VS) 1995/07-2004/06
VOLVO V40 Estate (VW) 1995/07-2004/06


OEM No.

MITSUBISHI M850976

MITSUBISHI MR235557

MITSUBISHI MR248241

MITSUBISHI MR249241

MITSUBISHI MR407946

MITSUBISHI MR527656

MITSUBISHI MR977117

PROTON MR 850 976

PROTON PW890078

VOLVO 3345670

VOLVO 33456708


Corss Reference

ACDELCO AC638081D

ATE 13.0460-2830.2

ATE 13.0460-2896.2

ATE 602830

BENDIX 571940B

BOSCH 0 986 424 371

DELPHI LP993

FERODO FDB1738

FERODO FDB1093

FMSI D1494

FMSI D1494-8694

FMSI 8694-D1494

FTE BL1404A3

GIRLING 6111981

HERTH+BUSS JAKOPARTS J3605036

HONEYWELL 571940

HP 2968

ICER 181118

JURID 571940J

KBP BP-5516

LPR 05615

LUCAS GDB1317

LUCAS GDB1198

LUCAS GDB1584

MAGNETI MARELLI 363702160625

MAGNETI MARELLI 363702161036

MAPCO 6499

MEYLE 025 219 2015

MINTEX MDB2766

MINTEX MDB1727

MK D6090

NECTO FD6758E

NECTO FD6758A

NECTO FD7151A

NIPPARTS J3605036

NK 229977

OPTIMAL 10074

PAGID T1564

PAGID T3040

PEX 7.427

QUINTON HAZELL BP877

REMSA 0590.82

REMSA 590.21

REMSA 0590.21

REMSA 590.92

REMSA 0590.02

REMSA 0590.12

REMSA 590.12

REMSA 0590.92

REMSA 590.02

REMSA 590.82

ROADHOUSE 2590.02

ROADHOUSE 2590.21

ROADHOUSE 2590.92

ROADHOUSE 2590.12

ROADHOUSE 2590.82

ROULUNDS BRAKING 638081

TEXTAR 21920 151 1 4 T4086

TEXTAR 21920 174 1 4

TEXTAR 2192001

TEXTAR 2192003

TEXTAR 21920 151 1 4 T4086 B

TRISCAN 8110 10507

VALEO 598318

WVA 21796

WVA 21920


]]>
MAN L2000 TGL TGS MERCEDES BENZ ACCELO ACTROS ATEGO AXOR Brake pad FMSI:9225-D1995 OEM:0084206520 FCV1277 GDB5073 WVA:29115 29116 29148 29183, FW29115 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MAN L 2000 1993/10-
MAN TGL 2005/04-
MAN TGS 2007/08-
MERCEDES BENZ ACCELO 2003/05-
MERCEDES BENZ ACTROS MP2 / MP3 2002/10-
MERCEDES BENZ ACTROS MP4 2011/07-
MERCEDES BENZ ANTOS 2012/07-
MERCEDES BENZ ATEGO 1998/01-2004/10
MERCEDES BENZ ATEGO 2 2004/01-
MERCEDES BENZ ATEGO 3 2013/04-
MERCEDES BENZ AXOR 2 2004/10-


OEM No.

MAN 81508205085

MAN 81508206043

MAN 81508206054

MAN 81508208085

MERCEDES-BENZ 0014212510

MERCEDES-BENZ 0014212610

MERCEDES-BENZ 0034206620

MERCEDES-BENZ 0034207220

MERCEDES-BENZ 0034207320

MERCEDES-BENZ 0034207720

MERCEDES-BENZ 0044206120

SAETA 9291045

SAETA 9291048

SAETA 9291049


Corss Reference

BENDIX 2911503010

BENDIX 2914809560

FERODO FCV1277BFE

FMSI D1995-9225

HELLA-PAGID C1008

ROAD HOUSE 2815.00

ROAD HOUSE 2815.80

TEXTAR 29148 340 2 5 T3016

TEXTAR 29148 340 2 5 T3029

TEXTAR 29148 340 2 5 T3030

TEXTAR 2914811

TEXTAR 2914812

TEXTAR 2914815

TEXTAR 29183 340 2 5 T3016

TEXTAR 29183 340 2 5 T3029

TEXTAR 29183 340 2 5 T3030

TEXTAR 29183 340 2 5 T3150

TEXTAR 2918301

TEXTAR 2918302

TEXTAR 2918303

TEXTAR 2918304

TRW GDB5073

VALEO 541659

VALEO 882210

WVA 289183

WVA 29115

WVA 29148

WVA 29183


]]>
BMW 1 3 125i 128i 323i 325i 328i X1 Brake pad FMSI:7286-D1171 7286-D1267 OEM:34212288891 34216774692 FDB1807 GDB1626 GDB2050 WVA:23926 23927 24226, F1171 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
BMW 1 (E81) 2006/09-2012/09
BMW 1 (E87) 2003/11-2013/01
BMW 1 Convertible (E88) 2008/03-
BMW 1 Coupe (E82) 2007/10-
BMW 3 (E90) 2005/01-2011/12
BMW 3 Convertible (E93) 2006/08-
BMW 3 Coupe (E92) 2006/06-
BMW 3 Touring (E91) 2005/09-2012/06
BMW X1 Estate (E84) 2009/03-
BMW (BRILLIANCE) 3 SERIES (E90) 2004/10-2012/09
BMW (BRILLIANCE) 3 SERIES (F30, F35) 2012/07-
BMW (BRILLIANCE) X1 (E84) 2012/03-
BMW 125i 2011
BMW 128i 2008-2013
BMW 323i 2010-2011
BMW 325i 2006
BMW 325xi 2006
BMW 328i 2007-2012
BMW 328i Coupe 2009-2012
BMW 328i L6 2013
BMW 328i L6 Convertible 2013
BMW 328i xDrive L6 2009-2013
BMW 328xi 2007-2008
BMW X1 sDrive28i 2014-2015
BMW X1 Truck sDrive28i 2012-2013
BMW X1 Truck xDrive28i 2012-2013
BMW X1 xDrive28i 2014-2015


OEM No.

BMW 34 21 2 288 891

BMW 34 21 2 288 892

BMW 34 21 6 767 148

BMW 34 21 6 774 692

BMW 3421-6767-150

BMW 3421-6773-161

BMW 34216766645

BMW 34216790761


Corss Reference

ACDelco AC844881D

APEC BRAKING PAD1447

ATE 13.0470-7217.2

BARUM BA2309

BENDIX 573139B

BOSCH 0 986 424 821

BOSCH 0 986 494 061

BOSCH 0 986 494 272

BREMBO P 06 038

CIFAM 822-642-0

COMLINE ADB01708

COMLINE CBP01708

DELPHI LP1915

E.T.F. 12-1194

FEBI BILSTEIN 16533

FERODO FDB1807

FERODO FDS1807

FERODO FSL1807

FMSI 7286-D1171

FMSI D1171-7286

FMSI D1171

FMSI D1267-7286

FMSI 7286-D1267

FMSI D1267

FMSI-VERBAND D1171

FMSI-VERBAND 7286-D1171

FTE BL2002A2

FTE BL2002A2

GALFER 20850

GIRLING 6116262

HP 7699

ICER 181663

JURID 573139J

JURID 573139J-AS

KAGER 35-0980

KAMOKA JQ1013614

LPR 05P1252

MAGNETI MARELLI 363702161429

METELLI 22-0642-0

METZGER 1145.00

MEYLE 025 239 2617

MGA

MINTEX MDB2683

MTP-GROUP CD8580

NK 221532

PAGID T1447

PEX 7.814

QUINTON HAZELL BP1479

ROULUNDS BRAKING 844881

SBS 1501221532

SWAG 20 91 6533

TEXTAR 2392601

TEXTAR 23926 173 0 5

TEXTAR 2392701

TEXTAR 23927 173 0 5

TRW GDB1626

TRW GDB1626

VALEO 598703

WVA 23926

WVA 23927

WVA 24226


]]>
IVECO EuroCargo Brake pad OEM:1906416 FDB1126 FVR4038 GDB5068 WVA:29122, FF1126 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
IVECO EuroCargo 1991/01-2011/12


OEM No.

IVECO 1906144

IVECO 1906298

IVECO 1906416

IVECO 19092981

IVECO 42555669


Corss Reference

ATE 13.0460-4828.2

ATE 13.0460-4914.2

CIFAM 822-268-0

DON CVP025

E.T.F. 12-5272

FERODO FCV1126

FERODO FDB1126

FERODO FVR4038

FTE BL1764A2

ICER 151161

ICER 151161-116

ICER 151161-117

JURID 2937409560

LPR 05P1164

METELLI 22-0268-0

METZGER 640

PAGID C2014

PAGID C2014P8513

PAGID C2014P8517

PAGID C2014P8533

REMSA 640

TEXTAR 29122 220 0 4

TEXTAR 29122 220 0 4 T3018

TEXTAR 2912271

TEXTAR 2912272

TRUSTING 277

TRW GDB5068

WVA 29122

]]>
FORD Fiesta DAIHATSU MAZDA 2 SUBARU JUSTY SUZUKI SWIFT Brake pad FMSI:8653-D1454 8738-D1454 OEM:AE8Z-2001-A 04465-B1120 FDB4110 FDB4179 GDB3437 WVA:24283 24284 24285 24675 24676 24677, F1454 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
FORD Fiesta 2011-2014
DAIHATSU COO 2006/10-
DAIHATSU MATERIA (M4_) 2006/10-
DAIHATSU SIRION (M3_) 2005/01-
DAIHATSU STORIA 2005/04-
FORD FIESTA Saloon 2010/04-
FORD FIESTA VI 2008/06-
FORD FIESTA VI Van 2009/01-
FORD (CHANGAN) FIESTA 2009/02-
FORD (CHANGAN) FIESTA Saloon 2009/02-
MAZDA 2 (DE) 2007/10-2015/06
MAZDA 2 Saloon (DE) 2010/05-2015/06
SUBARU JUSTY IV 2007/01-
SUZUKI SWIFT IV (FZ, NZ) 2010/10-
MAZDA 2 2011-2014


OEM No.

DAIHATSU 04465-B1120

DAIHATSU 04465-B1190

DAIHATSU 04465-B1191

DAIHATSU 04465-B1310

DAIHATSU 04465-B1380

DAIHATSU 04491-B1031

DAIHATSU 04491B1100

DAIHATSU 04491B1120

FORD 1 550 219

FORD 1 719 275

FORD 1 749 322

FORD 1 788 734

FORD 1 848 518

FORD 1 855 307

FORD 8V512K021AA

FORD AE8Z2001A

MARUTI 55810M60M00

MAZDA 8V51-2K021-AA

MAZDA DFY1-33-28ZA

MAZDA DFY1-33-29ZA

SUZUKI 5581068L00

SUZUKI 55810M60M00

TOYOTA 04491B1030

TOYOTA 04491B1031



D1454-8653

Corss Reference

ATE 13.0460-2605.2

ATE 602605

BENDIX 573249B

BOSCH 0 986 494 320

BOSCH 0 986 494 574

BREMBO P 24 072

BREMBO P 24 072X

DELPHI LOCKHEED LP2069

DELPHI LOCKHEED LP2092

FERODO FDB4110

FERODO FDB4179

FMSI D1454-8653

GIRLING 6118939

HELLA-PAGID 8DB 355 013-211

HELLA-PAGID T1687

MINTEX MDB2875

NECTO FD7372A

NECTO FD7390A

ROAD HOUSE 21281.01

TEXTAR 24283 165 0 5 T4123

TEXTAR 24283 176 1 4

TEXTAR 2428301

TEXTAR 2428302

TRW GDB1893

VALEO 598999

WVA 24283

WVA 24284

WVA 24285



D1454-8948

Corss Reference

ATE 13.0460-5794.2

ATE 605794

BOSCH 0 986 494 321

BREMBO P 16 013

DELPHI LOCKHEED LP2306

DELPHI LOCKHEED LP3364

FERODO FDB4279

FERODO FDB4426

FMSI D1454-8948

GIRLING 6134379

HELLA-PAGID 8DB 355 014-001

HELLA-PAGID T1778

MINTEX MDB2968

NECTO FD7466A

NECTO FD7563A

ROAD HOUSE 21281.02

TEXTAR 24283 165 0 5

TEXTAR 24283 165 2 5

TEXTAR 2428303

TRW GDB3437

WVA 24675

WVA 24676

WVA 24677



D1454-8738

Corss Reference

FMSI D1454-8738

HELLA-PAGID 8DB 355 025-501

MINTEX MDB3972

TEXTAR 24283 144 0 5

TEXTAR 2428314

WVA 24283

WVA 24284


]]>
CITROEN JUMPER FIAT DUCATO PEUGEOT BOXER Box Bus Platform/Chassis Brake pad FMSI:8689-D1489 OEM:4253.55 FVR1923 FVR1924 GDB1681 WVA:24468 24469, F1489 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set 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 2006/04-
PEUGEOT BOXER Platform/Chassis 2006/04-
FIAT Ducato (Latin America) 2008-2010


OEM No.

CITROËN 16 078 783 80

CITROËN 16 172 845 80

CITROËN 4254.61

FIAT 7 177 003 2

FIAT 7 177 314 6

FIAT 7 736 401 4

FIAT 7 736 416 0

FIAT 7 736 601 8

FIAT 7 736 601 9

FIAT 7 736 602 0

FIAT 7 736 709 1

PEUGEOT 16 118 392 80

PEUGEOT 16 124 339 80

PEUGEOT 16 238 423 80

PEUGEOT 4253.55

PEUGEOT 4253.56

PEUGEOT 4253.57

PEUGEOT 4253.58

PEUGEOT 4254.62

PEUGEOT E172301

RENAULT 86 60 004 723

RENAULT 86 71 016 687



Corss Reference

ATE 13.0460-4809.2

ATE 604809

BENDIX 573260B

BOSCH 0 986 494 111

BREMBO P 23 144

BREMBO P 61 090

BREMBO P 61 092

DELPHI LOCKHEED LP1992

FERODO FVR1923

FERODO FVR1924

FMSI D1489-8689

GIRLING 6116814

GIRLING 6117414

HELLA-PAGID 8DB 355 012-931

HELLA-PAGID 8DB 355 020-661

HELLA-PAGID T1657

MINTEX MDB2846

NECTO FD7266V

NECTO FD7267V

ROAD HOUSE 21237.01

TEXTAR 2446801

TEXTAR 2446802

TEXTAR 24469 190 2 5

TEXTAR 2446902

TRW GDB1741

WVA 24468

WVA 24469


OEM No.

CITROËN 14 114 573 80

CITROËN 16 078 785 80

CITROËN 16 118 391 80

FIAT 60 01 073 131

FIAT 7 177 002 6

FIAT 7 736 601 7

FIAT 7 736 709 2

PEUGEOT 16 114 573 80

PEUGEOT 16 124 338 80

PEUGEOT 16 172 739 80

PEUGEOT 16 238 424 80



Corss Reference

ATE 13.0460-4807.2

ATE 604807

B.M. GDB1681

BREMBO P 23 143

DELPHI LOCKHEED LP2498

FMSI D1489-8689

HELLA-PAGID 8DB 355 020-651

HELLA-PAGID T2264

HELLA-PAGID T2265

MINTEX MDB3365

ROAD HOUSE 21237.12

TEXTAR 24469 190 1 5

TEXTAR 2446901

TRW GDB1681

WVA 24468

WVA 24469


]]>
NISSAN QASHQAI X-TRAIL RENAULT KADJAR Brake pad FMSI:9190-D1965 OEM:D4060-4CA0A GDB3617 WVA:25965, F1965 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
NISSAN QASHQAI (J11, J11_) 2013/11-
NISSAN X-TRAIL (T32) 2013/12-
RENAULT KADJAR 2015/06-


OEM No.

NISSAN D4060-4CA0A

NISSAN D4060-4CA0B

NISSAN D4060-4CA0C

NISSAN D4060-4EA0A

NISSAN D4060-4EA0B

NISSAN D4060-5SA0A

RENAULT 44 06 039 81R

RENAULT 44 06 058 89R

RENAULT 44 06 064 46R

RENAULT 44 06 066 33R

RENAULT 86 60 004 060

RENAULT 86 60 004 445



Corss Reference

ATE 13.0460-2600.2

ATE 602600

BOSCH 0 986 494 816

BREMBO P 56 098

DELPHI LOCKHEED LP3145

FMSI D1965-9190

GIRLING 6136171

HELLA-PAGID 8DB 355 021-491

MINTEX MDB3675

NECTO FD7666A

ROAD HOUSE 21582.02

TEXTAR 25965 151 0 5

TEXTAR 2596501

TRW GDB3617

WVA 25965

WVA 25966

WVA 25967


]]>
CHERY A5 E5 Qiyun 3 Brake pad FMSI:8903-D1674 OEM:A216GN3501080BA GDB7814, F1674 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
CHERY A5 2006/01-
CHERY E5 2011/07-
CHERY QIYUN 3 2010/05-
CHERY Qiyun 3 (China) 2012


OEM No.

Chery A11-6GN35010800

Chery A216GN3501080BA

GEELY A21-1001


]]>
IVECO EuroCargo MAN M 2000 MERCEDES BENZ TOURINO Brake pad OEM:0203121500 FCV1275 GDB5072 WVA:29095, FW29095 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
IVECO EuroCargo 1991/01-2011/12
MAN M 2000 L 1995/08-
MAN M 2000 M 1995/08-2005/12
MERCEDES BENZ TOURINO (O 510) 2003/10-


O.E.M 09 .801 .02 .93 .0

O.E.M 9291024

O.E.M 299 2336

O.E.M 3 057 0078 00

O.E.M 37 779 8138 40

O.E.M 09 .801 .06 .21 .0

O.E.M 81.50820.5017

O.E.M 000 421 07 10

O.E.M 002 420 78 20

O.E.M 37 780 0062 00

O.E.M 81.50820.6008

O.E.M 002 420 79 20

O.E.M 02 .0312 .15 .00

O.E.M 09 .801 .02 .75 .0

O.E.M 5 317 0024 00

O.E.M 81.50820.6022


Corss Reference

E.T.F. 12-5293

FERODO FCV1329BFE

ICER 151254

ICER 151254-066

ICER 151254-072

ICER 151254-073

ICER 151254-120

ICER 151254-225

MEYLE 025 290 9530

TRW GDB5072

WVA 29093

WVA 29094

WVA 29095

WVA 29096

WVA 29145

WVA 29184


]]>
Volvo Brake pad WVA:52095, FW52095 Tue, 01 Dec 2020 09:38:20 +0800 Okmad brake pad set for
Volvo
]]>
MG 6 ZT-T ROEWE (SAIC) 550 750 ROVER 75 Tourer Brake pad FMSI:8662-D1462 OEM:SFP100511 FDB1355 GDB1374 WVA:23112 23113 23114, F1462 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MG MG 6 Hatchback 2010/11-
MG MG 6 Saloon 2010/11-
MG MG ZT 2001/06-2005/07
MG MG ZT- T 2001/10-2005/07
ROEWE (SAIC) 550 2008/06-
ROEWE (SAIC) 750 2007/01-
ROVER 75 (RJ) 1999/02-2005/05
ROVER 75 Tourer (RJ) 2001/08-2005/05
LAND ROVER Land Rover 75 (Latin America) 1999-2006


OEM No.

ROVER GBP90342AF

ROVER SFP100511


Corss Reference

ACDelco AC680381D

ATE 13.0460-7144.2

BENDIX 571980B

BENDIX 571980X

BOSCH 0 986 424 758

BREMBO P 52 017

DELPHI LP1521

FERODO FDB1355

FERODO FSL1355

FERODO TAR1355

FMSI D1462

FMSI D1462-8662

FMSI 8662-D1462

FTE BL1775A2

ICER 181335

JURID 571980D

JURID 571980J

MGA 544

MINTEX MDB2011

NECTO FD6854A

NECTO FD6854N

NiBK PN0153

NK 224019

PAGID T1197

PEX 7.535

QUINTON HAZELL 0719.00

QUINTON HAZELL BP1216

REMSA 719.00

ROADHOUSE 2719.00

TEXTAR 23112 191 0 5

TEXTAR 23112 191 0 5 T4146

TEXTAR 2311203

TRW GDB1374

VALEO 598632


]]>
ACURA MDX ZDX Brake pad FMSI:8396-D1280 OEM:45022-STX-A00 WVA:25608 25609 25625 25626, F1280 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
ACURA MDX 2007-2013
ACURA ZDX 2010-2013


OEM No.

ACURA 45022-STX-A00

HONDA 45022-STX-A00

HONDA 45022-SZA-A00

HONDA 45022SZAA10


Corss Reference

FMSI D1280

FMSI 8396-D1280

FMSI D1280-8396

MINTEX MDB3309

PAGID T3153

TEXTER 2560801

WVA 25608

WVA 25609

WVA 25625

WVA 25626


]]>
CHRYSLER (BBDC) SEBRING TOYOTA HILUX III TACOMA II Pickup Brake pad OEM:04465-0K040 FDB1836 GDB3427 GDB7702 WVA:24523 24633 24634, FG3427 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
CHRYSLER (BBDC) SEBRING 2008/03-
TOYOTA HILUX III Pickup (TGN1_, GGN2_, LAN_, GGN1_, KUN2_, KUN1_) 2004/11-
TOYOTA TACOMA II Pickup (RN6_, RN5_, LN6_, YN6_, YN5_, LN5_) 1983/08-2005/07


OEM No.

TOYOTA 04465-0K040

TOYOTA 04465-0K100

TOYOTA 04465-0K110

TOYOTA 04465-0K120

TOYOTA 04465-0K130

TOYOTA 04465-0K310

TOYOTA 04465-YZZDU


Corss Reference

BENDIX 572641B

BOSCH 0 986 494 326

BREMBO P 83 094

DELPHI LOCKHEED LP2059

FERODO FDB1836

GIRLING 6134279

HELLA-PAGID T1684

MINTEX MDB2880

NECTO FD7467A

ROAD HOUSE 21235.02

TEXTAR 24523 164 0 5

TEXTAR 2452301

TEXTAR 2452304

TRW GDB3427

VALEO 598894

WVA 24523

WVA 24633

WVA 24634


]]>
HYUNDAI ix20ix35 SONATA TUCSON KIA K4 Sportage FWD Brake pad FMSI:8615-D1447 OEM:58101-2SA30, F1447 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HYUNDAI ix20 (JC) 2010/11-
HYUNDAI ix35 (LM, EL, ELH) 2009/08-
HYUNDAI SONATA VI (YF) 2009/01-
HYUNDAI TUCSON (JM) 2004/08-2010/03
KIA (DYK) K4 2014/09-
HYUNDAI Tucson FWD 2010-2012
KIA Sportage FWD 2011


OEM No.

HYUNDAI 58101-1KA00

HYUNDAI 58101-2SA00

HYUNDAI 58101-3SA26

HYUNDAI 58101-C1A00

KIA 58101-2SA30

KIA 58101-3SA25

KIA 58101-B2A10

KIA 58101-B2A70

KIA 581013SA20


Corss Reference

ATE 13.0460-5641.2

ATE 605641

BENDIX 573454B

BOSCH 0 986 494 692

BREMBO P 30 055

DELPHI LOCKHEED LP2227

FERODO FDB4447

FMSI D1447-8615

GIRLING 6135535

HELLA-PAGID T2167

MINTEX MDB3260

NECTO FD7569A

ROAD HOUSE 21426.02

TEXTAR 25187 177 1 5

TEXTAR 2518701

TRW GDB3553

WVA 25187

WVA 25188

WVA 25189


]]>
TOYOTA AURIS TOURING SPORTS VAN Box COROLLA Saloon Brake pad FMSI:9189-D1964 OEM:04465-02390 FDB4648 GDB3598 WVA:25090 25091 25092 25699, F1964 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
TOYOTA AURIS (NZE18_, ZRE18_) 2012/10-
TOYOTA AURIS TOURING SPORTS (ADE18_, ZWE18_, ZRE18_) 2013/07-
TOYOTA AURIS VAN Box (ZRE18_, NZE18_) 2013/03-
TOYOTA COROLLA Saloon (E15_) 2006/11-
TOYOTA COROLLA Saloon (NRE18_, ZRE17_, ZRE18_, NDE18_) 2013/06-


OEM No.

TOYOTA 04465-02390

TOYOTA 04465-02391

TOYOTA 04465-02420



Corss Reference

ATE 13.0460-3868.2

ATE 603868

BENDIX 573440B

BOSCH 0 986 494 676

BREMBO P 83 150

DELPHI LOCKHEED LP2691

FERODO FDB4648

FMSI D1964-9189

GIRLING 6135983

HELLA-PAGID 8DB 355 020-281

MINTEX MDB3334

NECTO FD7613A

ROAD HOUSE 21561.02

TEXTAR 25698 187 1 5

TEXTAR 2569801

TRW GDB3598

VALEO 601362

WVA 25090

WVA 25091

WVA 25092

WVA 25698

WVA 25699

WVA 25700


]]>
HYUNDAI ix55 Veracruz Brake pad FMSI:8417-D1301 OEM:58101-3JA00 GDB3527, F1301 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HYUNDAI ix55 2006/09-
HYUNDAI Veracruz 2007-2012


OEM No.

HYUNDAI 58101-3JA00

HYUNDAI 58101-3JA01

HYUNDAI 58101-3JA50

HYUNDAI S58101-3JA50



Corss Reference

ATE 13.0460-5638.2

ATE 605638

BENDIX 573394B

BOSCH 0 986 495 310

BREMBO P 30 071

FMSI D1301-8417

GIRLING 6135279

HELLA-PAGID 8DB 355 021-231

MINTEX MDB3404

NECTO FD7685A

ROAD HOUSE 21322.12

TEXTAR 25119 173 1 5

TEXTAR 2511901

TRW GDB3527

VALEO 601308

WVA 25119

WVA 25889

WVA 25890


]]>
VW TOUAREG CHEVROLET Camaro Corvette Brake pad FMSI:8238-D1129 OEM:7L6698151E FDB1877 GDB1670 WVA:23098, F1129 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
VOLKSWAGEN TOUAREG (7LA, 7L6, 7L7) 2002/10-2010/05
VOLKSWAGEN TOUAREG (7P5) 2010/01-
CHEVROLET Camaro LS 2015
CHEVROLET Corvette Z06 2011
CHEVROLET Corvette ZR1 2009-2013
FERRARI 360 2000-2004
VOLKSWAGEN Touareg 2006-2012


OEM No.

AUDI 8J0 698 151 D

AUDI 8J0 698 151 E

CHEVROLET 1920 6975

LAND ROVER 107856041

LAND ROVER SFP500045

LAND ROVER SFP500070

VAG 7L6 698 151 E

VAG 7L6 698 151 J

VAG 8J0 698 151 K

VAG 8J0698151G

VAG 8J0698151H

VAG 8R0 698 151 H

VAG 8R0 698 151 M

VAG 8R0 698 151 T


Corss Reference

ATE 604833

ATE 13.0460-4833.2

BENDIX 573296X

BENDIX 573296

BENDIX 573296J

BENDIX 573296B

BOSCH 0 986 494 207

BREMBO P 85 116

BREMBO P 85 110

COMLINE ADB01626

COMLINE ADB06030

DELPHI LP2012

DEX 2675.0

DJ PARTS BP1566

E.T.F. 12-1289

E.T.F. 12-1444

E.T.F. 12-0030

FEBI BILSTEIN 116219

FEBI BILSTEIN 16734

FERODO FSL1877

FERODO FDB1877

FMSI D1129

GALFER 201010

ICER 181790

ICER 181789

JURID 573296D

JURID 573296J

KAWE 1200 30

KAWE 1200 00

LPR 05P1376A

LPR 05P1376B

LPR 05P1376

MALo 1051089

MALo 1050369

METELLI 22-0659-0

METZGER 1200.00

MGA 858

MINTEX MDB3047

MINTEX MDB2739

NECTO FD7234A

NK 224788

OPEN PARTS BPA1200.30

OPEN PARTS BPA1200.00

PAGID T1898

PAGID T3132

PAGID T1499

PAGID T2071

PEX 7.771

QUINTON HAZELL BP1566

R BRAKE RB1789

R BRAKE RB1790

REMSA BPM1200.30

REMSA BPM1200.00

REMSA PCA1200.30

REMSA 1200.00

REMSA 1200.30

REMSA PCA120000

ROADHOUSE 2010.10

ROADHOUSE 21200.30

ROADHOUSE 21200.00

SAMKO 5SP1376

SAMKO 5SP1376A

STOP 573296S

TEXTAR 2409802

TEXTAR 2409803

TEXTAR 2020101

TEXTAR 2409801

TEXTAR 2021703

TRUSTING 675.0

TRW GDB1912

TRW GDB1670

VALEO 601278

VALEO 598994


]]>
VW Amarok FORD TRUCK Transit Brake pad FMSI:8767-D1555 OEM:2H0698151 FDB1928 GDB1724 WVA:24484, F1555 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
VOLKSWAGEN AMAROK (2H_, S1B) 2010/09-
FORD TRUCK Transit (Latin America) 2013
VOLKSWAGEN Amarok (Latin America) 2010-2011


OEM No.

FORD 1 371 402

FORD 1 433 952

FORD 1 488 962

FORD 1 721 087

FORD 1553797

FORD 1560014

FORD 1824346

FORD 6C11-2K021-AC

FORD 9C112K021AA

FORD ME6C1J2K021AA

VAG 2H0 698 151

VAG 2H0 698 151 A

VAG JZW 698 151 AM

VOLKSWAGEN 2H0698151


Corss Reference

ATE 13046038342

BENDIX DB1915

BOSCH 0986494170

Brake ENGINEERING PA1698

BREMBO P24064

DELPHI LP1954

E.T.F. 121274

FEBI BILSTEIN 16637

FERODO FSL1928

FERODO FVR1928

FMSI D1555-8767

FMSI D1555

FMSI 8767-D1555

GIRLING 6117244

ICER 141793

MAGNETI MARELLI 363702161476

METELLI 2206800

METZGER 125002

MINTEX MDB2851

NECTO FD7271V

NK 222566

PAGID T1640

PEX 7869

QUINTON HAZELL BP1528

REMSA 125002

ROULUNDS RUBBER 913381

SBS 1501222566

sbs 222566

TEXTAR 2448418914

TEXTAR 2448401

TRISCAN 811016019

TRW GDB1724

VALEO 598816


]]>
LADA 110 111 112 CARLOTA (2108, 2109, 2115) SAMARA FORMA Brake pad FMSI: OEM:2108-3501089 2108-3501090 FDB527 GDB469 WVA:20789 21170, FF527 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
LADA 110 1995/01-
LADA 111 1995/01-
LADA 112 1995/01-
LADA CARLOTA (2108, 2109, 2115) 1986/01-
LADA SAMARA FORMA (21099) 1987/09-


OEM No.

LADA 21083501080

LADA 21083501089

LADA 21100-3501080-01

LADA 21103501080

NISSAN 41080-5PA0A

NISSAN 41080-5PA0B


Corss Reference

ATE 13.0460-2965.2

ATE 602965

B.M. DB1136

BENDIX 571346B

BOSCH 0 986 491 700

BOSCH 0 986 494 533

BOSCH 0 986 494 578

BREMBO P 41 003

BREMBO P 41 003X

DELPHI LOCKHEED LP551

FERODO FDB527

GIRLING 6104691

HELLA-PAGID T5026

MINTEX MDB1353

NECTO FD6216A

ROAD HOUSE 2221.00

ROAD HOUSE 2221.01

TEXTAR 21170 170 1 4 T4047

TEXTAR 2117002

TRW GDB469

VALEO 598136

VALEO 598406

WVA 20789

WVA 21170


]]>
MERITOR Elsa VOLVO FM 7300 8300 9700 Brake pad FMSI:8931-D1708 8986-D1758 OEM:5001864363 FDB1989 FDB1855 GDB5096 WVA:29174, FW29174 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MERITOR Elsa 225-3 0
VOLVO FM 2005/09-
VOLVO (COMMERCIAL) 7300 (Latin America) 2008-2011
VOLVO (COMMERCIAL) 8300 (Latin America) 2008-2011
VOLVO (COMMERCIAL) 9700 (Latin America) 2008-2011


OEM No.

MERITOR MDP3174K

RENAULT TRUCKS 5001 864 363

RENAULT TRUCKS 5001 864 364

RENAULT TRUCKS 74 21 399 929

RENAULT TRUCKS 74 21 496 555

VOLVO 2 056 871 1

VOLVO 2 056 871 4

VOLVO 2 102 470 1

VOLVO 2 102 470 2

VOLVO 2 135 257 0

VOLVO 2 149 655 0

VOLVO 2 314 953 2



Corss Reference

BENDIX 2917409560

FERODO FCV1855BFE

FERODO FCV1989BFE

FERODO FCV4115BFE

FERODO FCV4378BFE

FMSI D1708-8931

FMSI D1758-8986

ROAD HOUSE 21257.00

TEXTAR 29174 292 2 4 T3032

TEXTAR 29174 292 2 4 T7400

TEXTAR 2917401

TEXTAR 2917402

TEXTAR 29273 292 2 4 T7600

TEXTAR 2927301

TRW GDB5096

VALEO 882245

VALEO 882246

WVA 29174

WVA 29204

WVA 29218

WVA 29219

WVA 29226

WVA 29273

WVA 29334


]]>
MAZDA 6 Hatchback Brake pad FMSI:8869-D1642 OEM:GJYB-33-23ZB G2YD-33-23Z FDB1707 GDB3309 WVA:24246 24247 24248 24249 AN-680WK, F1642 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HONGQI BESTURN B50 2009/05-
HONGQI BESTURN B70 2006/09-
MAZDA 6 (GG) 2002/06-2008/12
MAZDA 6 Hatchback (GG) 2002/08-2008/12
MAZDA (FAW) 6 2003/01-
MAZDA (FAW) 6 Estate 2003/01-
MAZDA FAW 6 (China) 2001-2003
MAZDA FAW Besturn (China) 2007-2008


OEM No.

HITACHI NDP379C

MAZDA G2YD-33-23Z

MAZDA G2YD-33-23ZA

MAZDA G2YD-33-28Z

MAZDA GJYA-33-23Z

MAZDA GJYA-33-23ZB

MAZDA GJYA-33-23ZC

MAZDA GJYA-33-23ZD

MAZDA GJYA-33-28Z

MAZDA GJYB-33-23Z

MAZDA GJYB-33-23ZB

MAZDA GJYB-33-23ZC

MAZDA GJYB-33-23ZD

MAZDA GJYB-33-28Z

MAZDA GJYC-33-23Z

MAZDA GJYC-33-28Z

NISSAN AY040-MA027


Corss Reference

AKEBONO AN-680WK

AKEBONO A-680WK

BENDIX 572489B

BREMBO P 49 033

DELPHI LP1916

FBL AFP491S

FERODO FDB1707

FMSI D1642

FMSI D1642-8869

FMSI 8869-D1642

FTE BL1903A2

HERTH+BUSS JAKOPARTS J3603055

ICER 181542

JURID 572489J

KASHIYAMA D3122

MINTEX MDB2690

NiBK PN5483

NIPPARTS J3603055

NISSHINBO PF-5483

NK 223244

PAGID T1526

PEX 7.739

QUINTON HAZELL 0800.22

QUINTON HAZELL BP1411

REMSA 800.22

ROADHOUSE 2800.22

SBS 1501223244

TEXTAR 2424601

TEXTAR 24246 170 0 5

TRW GDB3309


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MERCEDES BENZ G-CLASS (W460) Brake pad FMSI:8369-D1251 OEM:6314200120 FDB752 FDB941 GDB950 GDB1114 WVA:20934 20933 20932 21573, F1251 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
MERCEDES BENZ G-CLASS (W460) 1979/03-1993/08
MERCEDES (COMMERCIAL) MB 100D 1988-1996


OEM No.

MERCEDES-BENZ 601.421.77.20

MERCEDES-BENZ 631 420 03 20

MERCEDES-BENZ 631.410.03.20

MERCEDES-BENZ 631.420.01.20


Corss Reference

ACDelco AC458581D

ATE 603945

ATE 13.0460-3945.2

BENDIX 571521B

BRECK 21573 00 706 00

DELPHI LP735

FEBI BILSTEIN 16250

FEBI BILSTEIN 16047

FERODO FVR941

FERODO FDB941

FMSI 8369-D1251

FMSI D1251-8369

FMSI D1251

FTE BL1347A3

HP 2831

ICER 140893-066

ICER 140893

LUCAS GDB1114

MEYLE 025 209 3214

MINTEX MDB1649

NECTO FD6599V

NK 223320

OPTIMAL 9797

PAGID T9025

PEX 7.140

REMSA 142.30

REMSA 142.20

REMSA 0142.30

REMSA 0142.20

ROADHOUSE 2142.30

ROADHOUSE 2142.20

ROULUNDS BRAKING 458581

SCT Germany SP 155

TEXTAR 2157302

TEXTAR 21573 140 1 5 T4047

TRISCAN 8110 23017

VALEO 598000

VALEO 551763

WVA 20934

WVA 21573

WVA 20933


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SUZUKI SUPER CARRY Bus Brake pad OEM:55200-62874 GDB3234 MKD9017 WVA:23303 23304 AN-305K, FG3234 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
SUZUKI SUPER CARRY Bus (ED) 1985/07-1999/03


OEM No.

G.M.E. 5520062874

HITACHI NDP182

MAZDA 1A00-33-23Z

MAZDA 55200-62870

MAZDA ZZS1-49-230

MAZDA ZZS149230C

MAZDA ZZS149230D

MAZDA ZZSA-49-230

NISSAN AY040-KE006

NISSAN AY040-KE132

TOYOTA V9118-S002

SUZUKI 55200-50FA0

SUZUKI 55200-60860

SUZUKI 55200-60880

SUZUKI 55200-61860

SUZUKI 55200-62870

SUZUKI 55200-62871

SUZUKI 55200-62872

SUZUKI 55200-62873

SUZUKI 55200-62874

SUZUKI ZZS0-49-230



Corss Reference

BREMBO P 79 017

DELPHI LOCKHEED LP1430

GIRLING 6132349

HELLA-PAGID T1477

MINTEX MDB1761

ROAD HOUSE 10077

ROAD HOUSE 2593.00

TEXTAR 23303 152 0 5 T4067

TEXTAR 2330301

TRW GDB3234

WVA 23303

WVA 23304

]]>
IVECO Daily I II Brake pad OEM:1906401 FDB1102 GDB1345 WVA:29121 29357 29374, FG1345 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
IVECO Daily I 1978/01-1999/04
IVECO Daily II 1999/05-


OEM No.

IVECO 1906401

IVECO 2995633

IVECO 42470835

IVECO 42470846


OEM No.

SUZUKI 55200-50FA0

SUZUKI 55200-60860

SUZUKI 55200-60880

SUZUKI 55200-61860

SUZUKI 55200-62870

SUZUKI 55200-62871

SUZUKI 55200-62872

SUZUKI 55200-62873

SUZUKI 55200-62874

SUZUKI ZZS0-49-230



Corss Reference

ACDELCO AC692081D

ATE 13.0460-4966.2

ATE 604966

DDON CV026

DELPHI LP1138

DELPHI LP1616

FERODO FCV1102

FERODO FVR1102

FTE BL1672A2

GIRLING 6113459

HONEYWELL 2935709560

HONEYWELL 2912104531

HONEYWELL 2937409560

HP 7166

ICER 141208

JURID 2935709560

JURID 2912104531

LPR 05684

LUCAS GDB1345

MAGNETI MARELLI 363702160357

MAPCO 6503

MEYLE 025 291 2120/W

MEYLE 025 291 2120

MINTEX MDB2026

NECTO FD6691

NK 222358

OPTIMAL 10210

PAGID C4030

PEX 7.471

QUINTON HAZELL BP1074

REMSA 651.00

REMSA 0651.00

ROADHOUSE 2651.00

ROULUNDS BRAKING 692081

SCT GERMANY SP 212

TEXTAR 29121 203 0 4 T3018

TEXTAR 29121 203 0 4 T3078

VALEO 541662

WVA 29357

WVA 29374

WVA 29121


]]>
CHEVROLET GMC TRUCK C2500 C3500 Express K2500 K2300 Silverado Savana Sierra Brake pad FMSI:8523-D1411 OEM:20850250, F1411 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
CHEVROLET TRUCK C2500 2011
CHEVROLET TRUCK C3500 2011
CHEVROLET TRUCK Express 3500 DRW 2008-2010
CHEVROLET TRUCK Express 3500 DRW 2014
CHEVROLET TRUCK Express 3500 GVW 10000 Cutaway 2011-2012
CHEVROLET TRUCK Express 3500 GVW 14,040 Lbs. 2013
CHEVROLET TRUCK Express 3500 GVW 8600 Cutaway 2011-2012
CHEVROLET TRUCK Express 4500 2009-2013
CHEVROLET TRUCK K2500 2011
CHEVROLET TRUCK K3500 2011
CHEVROLET TRUCK Silverado 2500 HD 2011-2013
CHEVROLET TRUCK Silverado 3500 HD 2011-2014
GMC TRUCK C2500 2011
GMC TRUCK C3500 2011
GMC TRUCK K2500 2011
GMC TRUCK K3500 2011
GMC TRUCK Savana 3500 DRW 2008-2010
GMC TRUCK Savana 3500 GVW 10000 Cutaway 2011-2012
GMC TRUCK Savana 3500 GVW 14,040 Lbs. 2013
GMC TRUCK Savana 3500 GVW 8600 Cutaway 2011-2012
GMC TRUCK Savana 4500 2009-2013
GMC TRUCK Sierra 2500 HD 2011-2013
GMC TRUCK Sierra 3500 HD 2011-2013


OEM No.

GENERAL MOTORS 20828610

GENERAL MOTORS 20829195

GENERAL MOTORS 20850250

GENERAL MOTORS 20944740

NISSAN D10601PA0A



Corss Reference

ACDELCO 17D1411CH

AMS AUTOMOTIVE 7001411

AUTOZONE/AMS 7001411

AUTOZONE/BRAKEWARE-BENDIX D1411

CARQUEST BXD1411H

CENTRIC PARTS 10514110

CENTRIC PARTS 10515650

CENTRIC PARTS 10614110

CENTRIC PARTS 10615650

CENTRIC PARTS 30614110

FEDERATED BRAKES D1411C

FMSI 8523D1411

MAGNETI MARELLI OFFERED BY MOPAR 1AMVF21411

NEW GENERATION/AMS 7001411

PROFESSIONALS' CHOICE/AMS 7001411

PROMAX 101411

RAYBESTOS ATD1411C

RAYBESTOS PGD1411C

RAYBESTOS PGD1411M

REMSA OF AMERICA ICD1411

RHINOPAC/AMS 7001411

WORLD CAR/AMS 7001411


]]>
LADA 1200-1500 1200-1600 NOVA Estate TOSCANA Brake pad OEM:2101-3501089 FDB96 GDB140 WVA:20166, FF96 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
LADA 1200-1500 Estate 1973/09-1985/06
LADA 1200-1600 1970/01-1993/02
LADA NOVA (2105) 1981/05-
LADA NOVA Estate (2104) 1985/09-
LADA TOSCANA (2107) 1983/09-2012/05


OEM No.

LADA 2101-3501090-01

LADA 21013501089

LADA 21013501090

LADA 210135011090


Corss Reference

ACDelco AC465686D

ATE 13.0460-2966.2

BARUM BA2041

BENDIX 571202B

BOSCH 0 986 461 661

BREMBO P 41 001

DELPHI LP92

FERODO TAR96

FERODO FDB96

FERODO FDS96

FERODO FSL96

ICER 180155

JAPCAR 150723

JURID 571202J

LPR 05P127

MGA 101

MINTEX MDB1074

NECTO FD810

NiBK PN0298

NK 222307

PAGID T0810

PEX 7.173

QUINTON HAZELL BP255

REMSA 080.00

ROADHOUSE 2080.00

ROULUNDS BRAKING 465686

SANGSIN SP1199

STAHLGRUBER 3122181

TEXTAR 2016603

TEXTAR 20166 160 0 4

TRW GDB140

VALEO L54

VALEO 551441

VALEO 551615

VALEO 168246

VALEO 598199

VALEO 598405

WVA 20166


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HYUNDAI i30 KIA CEED PRO Forte Koup SX Brake pad FMSI:8904-D1675 8960-D1735 OEM:58101-A7A20 GDB3582 WVA:24915, F1675 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HYUNDAI i30 (GD) 2011/11-
HYUNDAI i30 Coupe 2013/05-
HYUNDAI i30 CW (GD) 2012/06-
HYUNDAI VELOSTER (FS) 2011/03-
KIA CEED Sportswagon (JD) 2012/09-
KIA CEE'D (JD) 2012/05-
KIA PRO CEE′D (JD) 2013/03-
KIA Forte Koup 2014
KIA Forte SX 2014


OEM No.

HYUNDAI 58101-2VA20

HYUNDAI 58101-2VA25

HYUNDAI 58101-2VA70

HYUNDAI 58101-A6A70

HYUNDAI 58101-A6A75

KIA 58101-A6A20

KIA 58101-A7A20

KIA S58101-A6A70



Corss Reference

ATE 13.0460-5651.2

ATE 605651

BENDIX 573407B

BOSCH 0 986 494 691

BREMBO P 30 065

BREMBO P 30 065X

DELPHI LOCKHEED LP2477

FMSI D1675-8904

FMSI D1735-8960

GIRLING 6135826

HELLA-PAGID 8DB 355 020-591

HELLA-PAGID T3149

MINTEX MDB3282

NECTO FD7729A

ROAD HOUSE 21398.12

TEXTAR 24915 173 1 5

TEXTAR 2491501

TEXTAR 2491503

TRW GDB3582

WVA 24915

WVA 25726

WVA 25727


]]>
ACURA MDX ZDX HONDA Odyssey Pilot Brake pad FMSI:8397-D1281 OEM:43022-STX-A00 WVA:25434 AN-450WK AN-677WK, F1281 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
ACURA MDX 2007-2013
ACURA ZDX 2010-2013
HONDA Odyssey 2011-2014
HONDA Pilot 2009-2011


OEM No.

ACURA 43022-STX-A00

GM 52034685

GM 98232543

HONDA 43022-STX-A00

HONDA 43022-SZA-A00

HONDA 43022SZAA10

HONDA 43022TK8A00

ISUZU 8-98232543-0


]]>
HALDEX Modulx DB22 Caliper Brake pad FMSI:8735-D1527 OEM:79022031 FDB1367 GDB5090 WVA:29143 29185, FW29143 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
HALDEX Modulx DB22 Caliper 0


OEM No.

Brake HALDEX 790-22008

SAF 3 057 3179 00

SAF 81163

SAF 87407

SAF 929 1063

SCANIA 7 258 57

SCANIA RS188923057317900



Corss Reference

BENDIX 2914305390

FERODO FCV1367B

FMSI D1527-8735

HELLA-PAGID C2048

ROAD HOUSE 21073.00

ROAD HOUSE 21073.80

TEXTAR 29143 300 1 4 T3060

TEXTAR 29143 300 2 4 T3060

TEXTAR 2914302

TRW GDB5090

VALEO 541623

VALEO 882251

WVA 29143

WVA 29176

WVA 29185


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IVECO EuroCargo Brake pad FMSI: OEM:06903006-0 FDB1159 GDB5071 WVA:29099, FW29099 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
IVECO EuroCargo 1991/01-2011/12


OEM No.

MERITOR 68321445

MERITOR 68321583

MERITOR 68321849

MERITOR 68322542

NISSAN 06903006-0


Corss Reference

BENDIX 2909909560

FERODO FCV1159

FERODO FDB6752

VALEO 541676

WVA 29099


]]>
NISSAN Rogue 2 Row Seating Brake pad FMSI:8449-D1737 OEM:D1060-4BA0A, F1737 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
NISSAN Rogue 2 Row Seating 2014


OEM No.

NISSAN D1060-4BA0A

NISSAN D1060-4CA0A

NISSAN D1060-4EA0A

NISSAN D1080-4BT0A

RENAULT 41 06 04E A0A

RENAULT 41 06 061 24R

RENAULT 41 06 068 08R


Corss Reference

ATE 13.0460-5652.2

ATE 605652

BREMBO P 56 100

DELPHI LOCKHEED LP3144

FMSI D1737-8449

GIRLING 6136486

HELLA-PAGID 8DB 355 021-691

MINTEX MDB3717

ROAD HOUSE 21318.22

TEXTAR 22065 179 1 4

TEXTAR 2206501

VALEO 601469

WVA 22065

WVA 25970


]]>
NISSAN PATROL Brake pad FMSI:9184-D1958 OEM:41060-VB290 FDB1577 GDB3222 GDB3361 GDB7237 GDB7745 WVA:23611 23612 24132 AN-488WK AN-752K AN-752WK, FF1577 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
NISSAN PATROL GR II Wagon (Y61) 1997/06-
NISSAN PATROL II Platform/Chassis 1998/05-


OEM No.

HITACHI NDP471C

MAZDA D1060-VB2X0

NISSAN 41060-VB290

NISSAN 41060-VB2X0

NISSAN 41060-VC091

NISSAN 41060-VC290

NISSAN 41060VC291

NISSAN AY040-NS083

NISSAN AY040-NS092

NISSAN D1060-VC091

NISSAN D1060-VC290

NISSAN D1060VB2XM01


Corss Reference

AKEBONO AN-488

AKEBONO A-488WK

AKEBONO AN-488WK

AKEBONO AN-752WK

BENDIX 572448B

BOSCH 0 986 494 150

BOSCH 0 986 AB2 145

BREMBO P 56 041

DELPHI LP1305

FBL AFP372S

FERODO FDB1577

FTE BL1713A2

HERTH+BUSS JAKOPARTS J3601070

ICER 181448

JURID 572448J

KASHIYAMA D1275M-02

KASHIYAMA D1258

KASHIYAMA D1218

MGA 506

MINTEX MDB1902

NECTO FD6998A

NiBK PN2545

NiBK PN2413

NIPPARTS J3601070

NISSHINBO PF-2545

NISSHINBO PF-2413

NK 222255

PAGID T1370

PEX 7.714

QUINTON HAZELL BP1102

ROULUNDS BRAKING 669881

SUMITOMO SN581P

TEXTAR 2361101

TEXTAR 23611 190 0 5

TRW GDB3222

TRW GDB3361

TRW GDB7237

TRW GDB7745

VALEO 598524


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CHEVROLET HOLDEN OPEL VAUXHALL ASTRA CORSA Brake pad FMSI:8471-D1362 OEM:93176118 FDB1521 GDB1831 GDB1515 WVA:23415 23416 23654 23837 23838, F1362 Tue, 01 Dec 2020 09:38:20 +0800 China brake pad manufacturer/supplier/factory/exporter
Okmad brake pad set for
CHEVROLET ASTRA Hatchback 1998/09-
CHEVROLET ASTRA Saloon 1999/01-2011/12
CHEVROLET CORSA Estate 1997/08-2002/07
CHEVROLET CORSA Hatchback 1994/03-2002/07
CHEVROLET CORSA Pickup 1994/08-2002/07
CHEVROLET CORSA Saloon 1994/03-2002/07
CHEVROLET ZAFIRA (F75) 1999/02-
HOLDEN ASTRA (AH) 2004/12-2010/03
HOLDEN ASTRA Convertible (TS) 2001/02-2006/12
HOLDEN ASTRA Estate (AH) 2004/12-
HOLDEN ASTRA Hatchback (TS) 1998/02-2005/10
HOLDEN ASTRA Saloon (TS) 1998/02-2004/10
HOLDEN ASTRA SPORTSBACK (AH) 2005/07-2010/03
HOLDEN ASTRA TWINTOP (AH) 2008/03-2010/03
HOLDEN COMBO Box (XC) 2001/08-
HOLDEN ZAFIRA (TT) 2000/07-2006/02
KIA VENGA (YN) 2010/02-
OPEL ASTRA F CLASSIC Estate 1998/01-2005/01
OPEL ASTRA G Box (F70) 1999/01-2005/04
OPEL ASTRA G Convertible (F67) 2001/03-2005/10
OPEL ASTRA G Coupe (F07_) 2000/03-2005/05
OPEL ASTRA G Estate (F35_) 1998/02-2009/12
OPEL ASTRA G Hatchback (F48_, F08_) 1998/02-2009/12
OPEL ASTRA G Saloon (F69_) 1998/09-2009/12
OPEL ASTRA H (L48) 2004/03-
OPEL ASTRA H Box (L70) 2004/02-
OPEL ASTRA H Estate (L35) 2004/08-
OPEL ASTRA H GTC (L08) 2005/03-
OPEL ASTRA H TwinTop (L67) 2005/09-
OPEL COMBO Box Body / Estate 2001/10-
OPEL COMBO Tour 2001/10-
OPEL CORSA C (F08, F68) 2000/09-2009/12
OPEL CORSA C Box (F08, W5L) 2000/09-
OPEL MERIVA 2003/05-2010/05
OPEL MERIVA B 2010/06-
OPEL ZAFIRA A (F75_) 1999/04-2005/06
OPEL ZAFIRA B (A05) 2005/07-
VAUXHALL ASTRA Mk IV (G) Convertible 2001/03-2005/10
VAUXHALL ASTRA Mk IV (G) Coupe (F67) 2000/03-2005/08
VAUXHALL ASTRA Mk IV (G) Estate 1998/02-2005/05
VAUXHALL ASTRA Mk IV (G) Hatchback 1998/02-2005/05
VAUXHALL ASTRA Mk IV (G) Saloon 1998/02-2005/05
VAUXHALL ASTRA Mk V (H) Estate 2004/08-2010/10
VAUXHALL ASTRA Mk V (H) Hatchback 2004/01-2009/09
VAUXHALL ASTRA Mk V (H) Sport Hatch 2005/02-2010/11
VAUXHALL ASTRA Twi