Ceramic brake pads have the following advantages: long service life, more than 100,000 kilometers; Wear-resistant high temperature, good thermal stability; The heat dissipation of ceramic material is fast and the friction coefficient is better; It has good mechanical strength and physical properties, and can withstand greater pressure and shear force.

The carbon brake disc of high-speed rail has the characteristics of light weight, high temperature resistance and thermal shock resistance. The single carriage of bullet train is reduced by 500kg. After repeated braking, the brake disc does not produce hot stripes and cracks, and the braking force does not decline at high temperature.

High-performance racing-grade motorcycle brake discs made of carbon fiber and titanium alloy

Aircraft carbon/carbon brake disc (carbon fiber toughened carbon) has the advantages of light weight, high temperature resistance, high strength, thermophysical properties and excellent friction properties, and has been successfully developed a series of civil aircraft braking products, and has been used in batch on civil aircraft.

Ceramic brake pads have the following advantages: long service life, more than 100,000 kilometers; Wear-resistant high temperature, good thermal stability; The heat dissipation of ceramic material is fast and the friction coefficient is better; It has good mechanical strength and physical properties, and can withstand greater pressure and shear force.

The carbon brake disc of high-speed rail has the characteristics of light weight, high temperature resistance and thermal shock resistance. The single carriage of bullet train is reduced by 500kg. After repeated braking, the brake disc does not produce hot stripes and cracks, and the braking force does not decline at high temperature.

High-performance racing-grade motorcycle brake discs made of carbon fiber and titanium alloy