Ceramic brakepads are a type of brake pads, including mineral fiber, aramid fiber and ceramic fiber (because steel fiber will rust, generate noise and dust, so it cannot meet the requirements of ceramic type formula), which is lighter than other brake pads and More expensive, ceramic brake pads are cleaner and quieter, and provide superior braking performance without wearing out the pair.

Many consumers mistakenly think that they are made of ceramics at first. In fact, ceramic brakepads are based on the principle of metal ceramics instead of non-metallic ceramics. When the brake pads are braked at high speed, high temperature is generated on the friction surface. According to the measurement, it can reach 800~ 900 degrees, some even higher. At this high temperature, the surface of the brake pad will have a similar reaction of cermet sintering, so that the ceramic brakepads have good stability at this temperature. However, the traditional brake pads will not produce sintering reaction at this temperature. Due to the sharp increase of the surface temperature, the surface material will melt or even generate air cushion, which may cause the braking performance to drop sharply after continuous braking or the braking is completely lost.
The manufacturer of ceramic brakepads tells you that the ceramic formula does not refer to the formula using ceramic fibers. The criterion for judging whether a formula is ceramic is mainly the performance of the material, but this material does not refer to the raw materials used, but the performance of the finished product.