D768 Brake Pads
Brand Feilong
Product origin China
Delivery time 30 days
Supply capacity 30000 sets/month
Compared with traditional semi-metallic friction materials, the new brake pads have the following four advantages:
1. Higher braking performance
2. Reduce the attack on the brake disc by 70%
3. Anti-sound
4. Longer service life
Formulation of ceramic brake pads
Ceramic brake pads are a kind of brake pads. Many consumers initially mistakenly think of ceramics. In fact, ceramic brake pads are based on the principle of cermet rather than non-metallic ceramics. Ceramic brake pads subvert the traditional brake pads. The concept, ceramic brake pads are composed of ceramic fibers, iron-free filler materials, adhesives and a small amount of metal.
When the brake pad is strongly braked at high speed, it generates a high temperature on the friction surface. According to the measurement, it can reach 800 to 900 degrees, and some even higher. At this high temperature, a similar reaction occurs in the cermet sintering on the surface of the brake pad, so that the brake pad has good stability at this temperature.
However, the conventional brake pad does not cause a sintering reaction at this temperature, and the surface material melts or even generates an air cushion due to a sharp rise in the surface temperature, which causes a situation in which the braking performance of the continuous brake is drastically lowered or the brake is completely lost.
Due to the fast heat dissipation of the ceramic material, the friction coefficient of the brake is higher than that of the metal brake pad.
Ceramic brake pads are formulated with mineral fibers, aramid fibers and ceramic fibers (because steel fibers are corroded, producing noise and dust, so they cannot meet the requirements of ceramic formulations), they are lighter and more expensive than other brake pads, ceramics. The brake pads are cleaner and quieter and provide superior braking performance without damaging the couple.
The ceramic type formulation does not refer to the formulation using ceramic fibers. The criterion for judging whether a formulation is a ceramic type is mainly the performance of the material, but this material refers not to the raw material but to the performance of the finished product.
