Hamulce Porsche Carbon Ceramic

Heur Brake Carbon Ceramic Disc 410mm 400mm For Replacement Front Set and Rear Set Fit for car model Porsche 992 Disc Size 410MM 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: What parameters should be paid attention to when purchasing carbon ceramic brake discs? A: It is necessary to pay attention to the disc diameter, thickness, mounting hole

Heur Brake 380×36mm Front Carbon Ceramic Brake Discs Set Performance Upgrade for Porsche 718 Fit for car model Porsche 718 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: Why are carbon ceramic brake discs significantly more expensive than cast iron discs?A: Core reasons: ① High raw material costs (high-strength carbon fiber, high

Heur Brake Carbon Ceramic Disc For Porsche Cayenne Coupe Upgrade 440*40mm Front Set And 410*32 Rear Set Fit for car model Porsche Cayenne Coupe Disc Size 440 and 410MM 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 causes vibration in carbon-ceramic brake discs during operation? A: Common causes: Uneven installation torque resulting in disc

Professional Track-Grade Direct-Fit GT3 Racing Brake Calipers Kit for Porsche 911 GT3 Fit for car model Porsche car Disc Size 410 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 production cycle of carbon-ceramic brake discs? A: The production cycle of customized carbon-ceramic brake discs is usually 4–8 weeks, which involves multiple

Direct-Fit GT3 Racing Brake Calipers Kit Professional Track Performance Car Parts for Porsche 911 Fit for car model Porsche car Disc Size 410 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 much longer is the service life of carbon-ceramic brake discs compared with cast iron discs? A: Under normal road conditions, the service life of carbon

HEUR Brake Carbon Ceramic Disc For Cayenne Panamera Upgrade 440*40MM Front Set Fit for car model Cayenne Panamera Disc Size 440MM 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 brake pads wear out carbon ceramic discs? A:Normally, only the brake pads wear out, not the disc. The disc has extremely low wear.

HEUR Brake Carbon Ceramic Discs For Porsche 996 GT3/GT3RS/GT2 - 350x29mm Rear Set 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:Why do high-performance OEM cars use carbon ceramics? A:For high temperature resistance, lightweight, long service life and

Heur Brake Carbon Ceramic Disc For Porsche 911 Taycan 718 Macan Cayenne Upgrade 440*40mm Front Set Fit for car model Porsche 911 Taycan 718 Macan Cayenne Disc Size 440mm 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 the installation complicated? A:It can be installed normally in professional tuning shops. The installation logic is the same as

Heur Brake Carbon Ceramic Disc For Porsche 911targa4 Upgrade 405*34mm Front Set Fit for car model Porsche 718 Macan Disc Size 405*34MM 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:Why can carbon ceramic discs improve handling?A:Reducing unsprung mass makes the suspension respond faster, steering lighter and comfort better.