carbon brake discs

For Porsche 996 GT3/GT3RS/GT2 - 350x29mm Rear Set Fit for car model Porsche 996 Disc Size 350MM 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 maximum temperature resistance of carbon ceramic discs? A:The normal operating temperature can reach above 1000°C , and they can withstand 1200°C+ for a short time.

Upgrade 380*36mm Carbon Ceramic Brake Front Discs For Mercedes-Benz G43 Fit for car model Mercedes-Benz G43 Disc Size 380*36 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 special customized designs are applied to carbon-ceramic brake discs in the racing field? A: Carbon-ceramic brake discs for racing are customized according to the type of

Upgrade 420*40mm Carbon Ceramic Brake Front Discs For BMW M6 E63 Fit for car model BMW M6 E63 Disc Size 420*40 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: Are the noise and brake dust issues of carbon-ceramic brake discs (CCB) better than those of cast iron brake discs? A: Yes. The noise generated by carbon-ceramic brake discs during braking

Upgrade 400*38mm Carbon Ceramic Brake Front Discs For Mercedes-Benz w167 Fit for car model W167 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 are the process differences between mass-produced carbon-ceramic brake discs and those for racing use?A: Racing-grade carbon-ceramic discs adopt carbon fiber preforms with higher

Upgrade 395*36mm Carbon Ceramic Brake Front Discs For BMW G30 Fit for car model G30 Disc Size 395*36 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: How to determine if your vehicle is suitable for upgrading to carbon ceramic brake discs? A: You can judge from three aspects: First, wheel hub clearance —ensure that the wheel hub has enough space 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 1,200°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

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 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

HEUR Front Brake With Carbon Ceramic Customized 380mm Disc For Audi S7 B8 S4 RS Fit for car model Audi A4 S5 RS3 A4L E-TRON And So On 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: Is bedding-in required after installation? A: Yes. Bed in with light braking for 200–300 km; avoid heavy braking at the beginning.

For Porsche 718 GT4RS (Replacement) - 400x32mm Rear Set Fit for car model Porsche 718 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:How to tell if it is genuine carbon ceramic? A:Visible carbon fiber texture on the cross-section Extremely light weight Rust-proof No deformation at high temperatures With official material certification

Heur Brake Carbon Ceramic Disc For Mercedes A45 Amg W176 2014 Upgrade 380*36mm Rear Set Fit for car model Mercedes A45 Amg W176 2014 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: How to judge the quality of a carbon-ceramic brake disc by its appearance?A: The appearance characteristics of a high-quality carbon-ceramic brake disc are

HEUR Brake Carbon Ceramic Rotor For Vw Cc Golf R Mk7 Customize 330mm Front Set Fit for car model VW CC Disc Size 330MM 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 a carbon fiber preform? How does it affect the performance of carbon-ceramic brake discs? A: A carbon fiber preform is a three-dimensional network structure woven from carbon