Carbon Ceramic Brake Disc Double Disc Grinding
Carbon ceramic brake disc double disc grinding is an upgrade and improvement method of vehicle brake system. Traditional brake discs are usually made of iron materials, while carbon ceramic brake discs are made of a composite material composed of carbon fiber and ceramic particles.
Carbon ceramic brake discs have higher heat and wear resistance than traditional iron brake discs, which makes them better able to withstand the friction and heat generated by high temperature and high-speed braking. Because the heat conduction capacity of carbon ceramic brake disc is lower than that of iron brake disc, carbon ceramic brake disc is not easy to produce high temperature attenuation or thermal crack during high-speed braking or emergency braking for a long time.
The "double disc grinding" is a technology to treat the surface of the brake disc, which can make the surface of the carbon ceramic brake disc more smooth and uniform. Through mechanical cutting technology, the uneven and wear layer on the surface of the brake disc is removed, and its surface presents a better particle structure, so as to improve the braking effect and braking performance.
Carbon ceramic brake disc double disc grinding has the following advantages:
1. High temperature resistance: Carbon ceramic brake disc has excellent heat resistance, can withstand high temperature braking friction and is not easy to produce attenuation or thermal cracks. This allows them to maintain stable braking performance during high-speed driving or emergency braking.
2. Wear resistance: Carbon ceramic brake disc has higher wear resistance than traditional iron brake disc. They are better able to resist the friction and wear generated during braking and extend the service life of the brake disc.
3. Weight reduction: Carbon ceramic brake discs are composed of carbon fiber and ceramic particles, which are lighter than iron brake discs. Reducing vehicle weight helps improve fuel economy and suspension performance.
4. Corrosion resistance: Carbon ceramic brake disc is not easy to be corroded, and can effectively resist the erosion of external environmental factors such as salt and acid rain, thereby extending the service life of the brake disc.
5. Better braking performance: The friction performance of the carbon ceramic brake disc is better, which can provide a more powerful and stable braking force. This means drivers can slow down and stop more quickly, improving driving safety.
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