High carbon (titanium) fiber brake pads
High carbon (titanium) fiber is a brake pad used in high-end vehicles, which is rarely seen on the market now. Carbon (titanium) fiber is an upgraded version of ceramic chips. Lightweight, high strength, low coefficient of thermal expansion, good thermal conductivity, good heat resistance, etc. Carbon fiber has good curve stability, low thermal shock on the friction surface, and wear resistance that is more than 1.5 times that of ordinary ceramic tiles.
Cooling of brakes
Excessive temperature is the main cause of brake pad degradation, so cooling the brakes becomes particularly important. For disc brakes, cooling air should be blown directly towards the fixture. The main reason for the deterioration of brakes is due to the boiling of brake oil inside the fixture. If cooling air can be introduced into the fixture during driving through appropriate pipes or specially designed wheels. In addition, if the wheel itself has good heat dissipation effect, it can also share some of the heat from the disc and fixture. Drawing lines, drilling holes, or ventilated discs can maintain a stable braking effect and avoid the sliding effect caused by high-temperature iron filings between brake pads and discs, effectively ensuring braking force.