As a manufacturer of car brake pads, we have more than twenty years of production experience. Today let’s talk about carbon ceramic brake pads.
Carbon-ceramic composite brake pads: the king of performance, suitable for extreme scenarios.
Carbon ceramic composite brake pads are the “top configuration” in the brake pad field, with its core components made by high-temperature sintering of fibers and ceramic matrix, featuring a friction coefficient as high as 0.5-0.6, making it a material designed for high-performance vehicles and extreme driving scenarios. type of brake pad has a high technical barrier and expensive production cost, and is currently mainly used in supercars, racing cars and high-end new energy vehicle models.
Core advantage: The ultimate in high-temperature resistance, able to maintain stable braking performance in high-temperature environments above 800℃, completely the phenomenon of thermal decay, making it a “safety weapon” for track racing and long downhill sections in high-temperature regions. The braking force output is strong and linear, a braking distance that is 10%-15% shorter than that of ceramic materials, providing higher safety during emergency braking. The service life is extremely long, up to 0,000-120,000 kilometers, about twice that of ordinary ceramic materials, and can reduce the frequency of replacement if used for a long time In addition, the weight of the carbon-ceramic composite is only 1/3 of that of traditional metal brake pads, which can effectively reduce the unsprung mass of vehicle and improve handling performance.
Performance shortcomings: expensive, 3-5 times the price of ceramic materials, and even more than the price of some domestic car braking system assemblies, ordinary car users can hardly afford it. The braking response speed in low temperature environment is slower, and it takes a certain amount of preheating time, which is not very suitable for daily in cold northern regions. The material has extremely high hardness, and has high requirements for the material of the brake disc, which requires the use of a special brake disc, otherwise will accelerate the wear of the brake disc.
Application scenarios: supercars, racing cars; high-performance SUVs, high-end new energy models; users who often participate in track driving, aggressive driving high-temperature areas, driving scenarios with more long downhill sections; owners with sufficient budgets and pursuing ultimate braking performance.
If you are purchasing brake pads, whether they are ceramic or carbon ceramic, we are more than happy to provide you with professional advice. You can tell us specific needs and we will help you match the best solution. If you have any purchasing and bargaining needs, please feel free to contact us and we will provide you with high-quality and thoughtful service.
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