BR Rubber Compound for Brake Pads

BR Rubber Compound for Brake Pads is a carefully synthesized rubber material based on tough butadiene rubber (BR). To further enhance its outstanding performance, we have cleverly incorporated selected fillers such as carbon black, silicates, and metal oxides. These tiny filler particles are closely intertwined with rubber molecules during the vulcanization process to build a strong three-dimensional network structure, giving the material unparalleled elasticity and toughness. It is this structure that makes BR Rubber Compound for Brake Pads particularly outstanding in wear resistance. Even under frequent friction and pressure, the brake pads can still maintain their original performance and style, significantly extending their reliable service life.

Since brake pads need to work in high temperature environments, BR Rubber Compound for Brake Pads must have excellent thermal stability to ensure that its performance is not affected at high temperatures. The addition of plasticizers improves the flexibility and processability of rubber, lowers the glass transition temperature, and allows the material to maintain the necessary flexibility even at low temperatures. In addition, in order to resist oxidation, UV radiation and thermal degradation, the addition of anti-aging agents becomes necessary. These additives significantly extend the service life of brake pads.

Application：

Automotive Braking System: In the disc and drum brake pads of automobiles, BR Rubber Compound for Brake Pads is used to provide the necessary friction performance and heat resistance to ensure that the vehicle can effectively slow down or stop when braking frequently.

Motorcycle Braking System: Motorcycle brake pads also need to use EPDM Rubber Compound to withstand the heat generated by high speed and frequent braking while maintaining good friction performance.

Commercial Vehicles: Commercial vehicles such as heavy trucks and large buses usually use BR Rubber Compound to improve wear resistance and high temperature resistance due to their large mass and higher braking load.

Rail Transit: The brake systems of trains, subways and other rail transit vehicles also use BR Rubber Compound for Brake Pads to cope with the braking needs under high-speed operation and heavy load conditions.

Industrial Applications: In some industrial machinery, such as cranes, excavators and other construction equipment, the braking system also uses NR Rubber Compound to ensure reliability and safety under extreme working conditions.

Racing Sports: Racing cars generate a lot of heat during high-speed driving and frequent braking, so racing brake pads use BR Rubber Compound for Brake Pads to provide extremely high thermal stability and friction performance.

Product Parameter (Specification)