Mercedes Benz Karbon Keramik Frenler

Heur Brake Carbon Ceramic Disc For Mercedes G550 G350 G500 G63 G65 Upgrade 420*40mm Front Set Fit for car model Mercedes g550 G350 G500 G63 G65 Disc Size 420MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q:Do carbon ceramic discs need special maintenance? A:Basically no, maintenance-free for daily use.

Heur Brake Carbon Ceramic Disc For Mercedes Benz Glc300 Coupe Upgrade 400*38mm Front Set Fit for car model Mercedes Benz Glc300 Coupe Disc Size 400MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q:Is lightweight beneficial to the tire? A:Yes, it reduces suspension movement and improves tire grip.

Heur Brake Carbon Ceramic Disc For Mercedes Benz E250 E350 E400 E550 Upgrade 400*38mm Front Set Fit for car model Mercedes Benz E250 E350 E400 E550 Disc Size 400MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q:Will it crack on bumpy roads or hitting stones? A:No problem under normal road conditions. It is more durable than you think.

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 1,200°C 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

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 1,200°C 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 G500 Fit for car model G500 Disc Size 400*38 MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C 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

Heur Brake Carbon Ceramic Disc For Amg W205 C350e Upgrade 380*28mm Rear Set Fit for car model Amg W205 C350e Disc Size 380MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: Must I use special brake pads for carbon ceramic discs? A: Dedicated carbon ceramic brake pads are required; standard metallic pads are not suitable.

HEUR Brake Carbon Ceramic Disc For GLS GLA G500 G Upgrade 410*32mm Rear Set Fit for car model Mercedes-benz E CLASS Disc Size 410*32MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: Can carbon ceramic brake discs be resurfaced or repaired? A: Resurfacing is not recommended. Brittle material risks cracking; replacement is safer and more cost

HEUR Carbon Ceramic Brake Disc For Mercedes-Benz E63s W213 (Upgrade) 380mm Front Set Fit for car model Mercedes-Benz w447 w167 w205 Disc Size 380MM Disc Material Carbon Ceramic Withstand temperature Up to 1,200°C Weight Reduction Around 50% Service Life Around 500000KM Brand Name HEUR Terms of Manufacturing Process CCB Q: Must I use special brake pads for carbon ceramic discs? A: Dedicated carbon ceramic brake pads are required; standard metallic pads are not suitable.