Rear Ceramic Disc Brake Pads D2037 Replacement For 2017-2022 Honda CR-V 43022-TLAA00
Product Description
Rear Ceramic Disc Brake Pads D2037
As a leader in the Automotive Braking industry, CMX delivers unrivaled braking solutions that redefine performance, reliability, and safety for your vehicle. CMX offers a comprehensive range of cutting-edge brake components meticulously engineered to meet the demands of do-it-yourself customers, garages and large fleet operators. From high-performance brake pads and rotors, to durable brake drums, reliable brake wheel cylinders, state-of-the-art brake shoes and convenient brake kits, CMX has everything you need to elevate your vehicle's braking system. We delivers the highest standards of quality and reliability for your braking needs, enabling you to drive with confidence, precision, and peace of mind.
Fitment
Position: Rear
2017-2024 Honda CR-V
Part Reference Numbers
9268 SG9268X PF9268X AD9268 SS9268X D2037 2037
Warranty
Limited lifetime warranty against manufacturer defects.
Detailed Photos
Product Parameters
| Brand |
43022-TLAA00 |
| Material |
Ceramic |
| Auto Part Position |
Rear |
| Vehicle Service Type |
Car |
| Specification Met |
OEM |
| Manufacturer |
Transit |
| Automotive Fit Type |
Vehicle Specific Fit |
| UPC |
827098824840 |
| Number of Items |
1 |
| Model |
D2037 |
| Item Weight |
2.46 pounds |
| Package Dimensions |
8.66 x 5.91 x 2.56 inches |
| Country of Origin |
China |
| Item model number |
D2037 |
| Exterior |
Machined |
| Manufacturer Part Number |
D2037 |
- Replacement for: [Rear] 2017-2024 Honda CR-V
- Exclusive CeramiX High-Density Ceramic compound provides optimal braking performance (Stable Friction, High Temperature Stability, Extended Lifetime Durability) while maintaining low dust and noise
- Rubberized Multi-Layer Stainless Steel Shim reduces noise, vibration, and harshness for complete quietness
- Engineered with High Carbon SteelRX alloy (Pressure Resistant, Thermal Conductive) and dipped in an Anti-Rust Black Paint to increase durability
- Precise laser-cut channel cut provides superior thermal stability and prevent overheating
- Scorched for almost no break-in process required, raised initial cold effectiveness, and enhanced Pad-to-Rotor contact
- Chamfered for mooth and gradual initial engagement on the rotor surface to prevent edge shifting
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