carbon ceramic brakes gtr

HEUR Brake Carbon Ceramic Discs For BMW F85 X5M - 400x38mm Rear Set Fit for car model BMW F85 X5M Disc Size 400MM 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 are the core points of daily maintenance for carbon-ceramic brake discs? A:Clean the disc surface regularly (to remove dust and attached debris) and avoid direct spraying of the disc

HEUR Carbon Ceramic Brake Discs Custom Fit for Toyota Models Fit for car model Toyota Disc Size 355MM 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 it necessary to match special brake pads when installing carbon-ceramic brake discs?A: It is a must. Carbon-ceramic discs are far harder than cast iron discs. Regular brake pads cannot generate

HEUR Carbon Ceramic Brake Discs | Custom Fit for Toyota Models Fit for car model Toyota Disc Size 355MM 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: How to adjust the braking feel after installing carbon ceramic brake discs?A: The braking feel can be adjusted by modifying the brake fluid pressure, replacing brake pads of different hardness levels,

HEUR Carbon Ceramic Brake Discs | Custom Fit for Toyota Models Fit for car model Toyota Disc Size 355MM 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: How much will tariffs and shipping costs increase the overall cost of imported carbon ceramic brake discs?A: Tariff rates are usually between 10% and 15%. Shipping costs vary depending on the

HEUR Carbon Ceramic Brake Discs | Custom Fit for Toyota Models Fit for car model Toyota Disc Size 355MM 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 surface hardness of carbon-ceramic brake discs?A: The surface hardness of carbon-ceramic brake discs is approximately HV 12001500 (Vickers hardness), which is much higher than that of

HEUR High-Performance Carbon Ceramic Brake Discs Designed for Toyota Fit for car model Toyota Disc Size 355MM 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: How is the braking stability of carbon-ceramic brake discs during high-speed driving?A: It boasts excellent braking stability at high speeds. The lightweight design of carbon-ceramic brake discs

HEUR High Performance Carbon Ceramic Brake Discs Front 350MM Rear 330MM Upgrade Direct Fit for Mercedes-Benz AMG GT Fit for car model Mercedes Benz AMG GT Disc size 350MM 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: Do carbon-ceramic brake discs produce a lot of brake dust? A: Virtually none. The dust generated by the friction between carbon

HEUR High-Performance Carbon Ceramic Brake Discs Designed for Toyota Fit for car model Toyota Disc Size 355MM 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 are the specific maintenance steps for carbon ceramic brake discs after track use?A: Idle the vehicle for 510 minutes to allow the brake discs to cool down naturally; Rinse off the

Heur Carbon Ceramic Brake Disc Rear Set 380mm Upgrade for Nissan GTR35 Fit for car model Nissan Gtr35 Disc Size 380MM 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: Are carbon-ceramic brake discs suitable for users pursuing cost-effectiveness?A: They are not suitable for users with short-term use needs or budget constraints. Instead, they are ideal

Heur Ceramic Carbon Brake Rotors For Tesla Model S Y 3 Upgrade 400*36mm F Set Fit for car model Tesla Model Y S X 3 Disc Size 400*36MM 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: Why are most carbon-ceramic brake discs black/dark gray? A: The silicon carbide matrix and carbon fiber are naturally black/dark gray, and the surface is coated with an

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

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