Built from a durable iron backing plate and cutting-edge friction materials made of organic and ceramic components, brake pads are designed to be resilient against wear while delivering optimal heat dispersion. As the brake pad meets with the rotor, it generates a frictional force that impedes or stops the wheel from spinning when driving in Loveland, CO. This friction is formed by minuscule particles bonding together to create an effect akin to 'velcro' between both surfaces.
For brake pads to successfully reduce vehicle speed, they must create friction between themselves and the rotor. To ensure their efficacy in high-temperature environments, manufacturers select unique compounds that can deliver maximum stopping power while enduring intensive wear over time. Thus, when you purchase brakes with these compounds incorporated, you can be sure of a reliable braking system every time!
Ensuring a top-notch braking experience is dependent on producing the required friction and ensuring heat transfer away from the rotor. To achieve this goal, manufacturers use unique compounds and materials designed to move heat quickly away from the rotor and prevent it from being warped or damaged.
