HEUR rem voor Carbon keramische schijven voor Audi A4 B8 Q3 2016 Refit 405*34mm rotor

Name: HEUR rem voor Carbon keramische schijven voor Audi A4 B8 Q3 2016 Refit 405*34mm rotor
Uploaded: 2025-12-24CST15:41:48-06:00
Duration: 24 s
Description: HEUR rem voor Carbon keramische schijven voor Audi A4 B8 Q3 2016 Refit 405*34mm rotor, Zicht HEUR rem voor Carbon keramische schijven voor Audi A4 B8 Q3 2016 Refit 405*34mm rotor video, door Kwaliteit Audi Carbon Keramische remmen leverancier uit China.

Groep: Audi Carbon Keramische remmen

Vrijgavetijd: 2025-03-20

Video Keyword: Audi Carbon Keramische remmen

Video Overzicht

Upgrade your Audi A4 B8 or Q3 2016 with HEUR Brake Front Carbon Ceramic Discs. These 405*34mm rotors offer exceptional thermal stability, lightweight performance, and superior durability. Perfect for high-performance driving, they resist overheating, reduce weight by 50%, and last up to 500,000KM. Discover the ultimate braking experience with HEUR CCB technology.

Product in deze video

Fits Audi RS A8, A4 B8, and Q3 2016 models with 405*34mm rotor size.
Made from high-quality carbon ceramic material for superior performance.
Bestaat tegen extreme temperaturen tot 1200°C zonder vervorming of vervaaging.
Reduces weight by approximately 50% compared to traditional steel discs.
Offers a long service life of around 500,000KM.
Provides consistent braking power across a wide temperature range.
Resistant to corrosion and environmental elements for durability.
Milieuvriendelijk en produceert minder remstof voor schonere wielen.

Vraagstukken

What car models are compatible with HEUR Carbon Ceramic Brake Discs?

These discs are compatible with Audi RS A8, A4 B8, and Q3 2016 models.
How do HEUR Carbon Ceramic Discs compare to traditional steel discs?

HEUR discs are 50% lighter, more durable, and offer better thermal stability, reducing brake fade and warping under high temperatures.
What is the expected lifespan of HEUR Carbon Ceramic Brake Discs?

These discs have a service life of approximately 500,000KM, making them ideal for high-performance and long-distance driving.

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