The advantages of using ceramic brake pads are that the thermal recession is small, and the braking torque is large and the braking distance is short. During continuous braking, the temperature is as high as 500 degrees, so that the brake pads do not deform or melt, and still have excellent braking performance. As well as low noise, in the state of wading and salt water, there is no screaming when braking, and the braking performance is good.

The service life of ceramic brake pads is more than 100,000 kilometers, that is because the unique formula materials used in ceramic brake pads only have 1 or 2 kinds of electrostatic powder, and other materials are non-static materials, so that the powder will be lost with the vehicle. It will be taken away by the wind and will not stick to the wheel hub and affect the appearance.
During the braking process, heat is generated due to friction, and the working temperature increases. The friction material of the general brake pad is affected by the temperature, and the friction coefficient begins to decrease. Manufacturers of ceramic brake pads tell you that in real applications they reduce friction and thus reduce braking action. Therefore, the coefficient of friction is the most important performance index of any friction material, which is related to the braking ability of the brake pads.