carbon brake discs

HEUR Custom Carbon Ceramic Front Brake Rotor Assembly for Tesla Model Y Fit for car model Tesla Model Y Disc Material Carbon Ceramic Withstand temperature Up to 1,200C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: What is the function of the surface coating on a carbon-ceramic brake disc?A: The surface coating is usually a wear-resistant silicon carbide coating or an anti-oxidation coating. Its functions are to

Upgrade 400*38mm Carbon Ceramic Brake Front Discs For Mercedes-Benz G500 Fit for car model G500 Disc Size 400*38 MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: What is the typical sintering temperature for carbon-ceramic brake discs?A: The sintering process is usually carried out at a temperature ranging from 1600 to 2000 in an inert gas

Upgrade 400*38mm Carbon Ceramic Brake Front Discs For Mercedes-Benz G63 Fit for car model G63 Disc Size 400*38 MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: What is the thermal crack resistance of carbon-ceramic brake discs?A: It boasts excellent thermal crack resistance. The toughness of carbon fibers can effectively inhibit the crack

Upgrade 400*38mm Carbon Ceramic Brake Front Discs For Mercedes-Benz G400 Fit for car model G400 Disc Size 400*38 MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: Is machining carbon-ceramic brake discs highly difficult?A: The difficulty is extremely high. Silicon carbide features high hardness, so high-precision cutting and drilling have to be