|
OE NO |
45022-57A-N00 06450S6EE50 45022-SJF-J00 45022SNBE00 |
|
MODEL |
Honda |
Specifications
KEEP IN TOUCH
If you have ever wondered how a rear disc-brake car holds itself on a hill without the hydraulic system, the answer lies inside the caliper. Integrat...
READ MOREImagine pressing the brake pedal of an electric vehicle and feeling a calm synthetic resistance — under the pedal there is no master cylinder and no ...
READ MOREAnswer First: Rear Drum Brakes Are Still Common on Dozens of Models If you are asking "what cars have drum brakes," here is the short answer: most ec...
READ MOREPut a new set of front brake pads next to the rear set for the same car, and the difference is hard to miss: the rear pads are visibly shorter across...
READ MORE45022-57A-N00 High-quality Automotive Disc Brake Pad is a high-quality automotive disc brake pad designed for a variety of Honda models. It is made of advanced ceramic composite materials and has excellent braking performance and durability. This product is suitable for Honda and other models, perfectly adapting to the original brake system, providing a smooth braking experience consistent with the original. Its ceramic material effectively reduces braking noise and dust, while maintaining a stable friction coefficient (0.38-0.40) in high temperature environments, ensuring reliability and safety during emergency braking.
Manufacturers optimize the production process through forward molding technology to make the brake pad density more uniform and the resin content lower, thereby reducing thermal decay and extending the service life. In addition, the product supports customized services to meet the environmental protection and safety standards of different markets.
The brake pad presses the brake pad against the brake disc through the brake caliper, and uses the friction between the friction material and the brake disc to convert the vehicle's kinetic energy into heat energy to achieve braking. Ceramic materials have high hardness and no metal components, low wear rate during friction, less dust generated and no heavy metals, reducing wheel hub pollution and environmental burden. Brake pads are usually composed of a metal base plate (support layer), a thermal insulation layer (to prevent heat transfer to the brake fluid) and a friction layer (ceramic composite material). The thermal insulation layer prevents high temperatures from affecting the hydraulic system, avoiding the risk of brake fluid boiling and air lock.