CCB Carbon-Ceramic Brakes

Semicorex CCB carbon-ceramic brakes are manufactured from carbon fiber base ceramic matrix through the LSI ceramization process at 1500–1800 °C. Based on the carbon fiber length in the matrix, They can be divided into short-fiber CCB carbon-ceramic brakes and long-fiber CCB carbon-ceramic brakes. Unlike CCM brakes, Semicorex CCB carbon-ceramic brakes feature an additional silicon carbide coating during the manufacturing process, which gives them a glossy surface with a fine cracked texture, endowing CCB carbon-ceramic brakes with superior braking performance and extended service life.

What are the advantages of Semicorex CCB carbon-ceramic brakes?

1. Stable braking performance

Semicorex CCB carbon-ceramic brakes can maintain high coefficient of friction regardless of road conditions, whether dry or wet. Due to this stable braking performance, Semicorex CCB carbon-ceramic exhibit stale braking performance, offering shorter braking distances and safer braking effect than conventional brakes under the same operating conditions, especially in high-speed braking or frequent braking scenarios.

2. Lightweight materials

Semicorex CCB carbon-ceramic brakes are only 1/3 the weight of conventional steel brakes. The selections of lightweight carbon-ceramic materials significantly contributes to the reduction in vehicle’s unsprung mass, which thereby improves the handing performance and fuel economy.

3. No thermal brake fade

Carbon-ceramic material boasts exceptional high-temperature resistance, capable of enduring temperature up to around 1400℃. Semicorex CCB carbon-ceramic brakes retain constant braking performance even under high-temperature or high-intensity braking conditions, thus consistently ensuring vehicle braking safety.

4. Excellent service life

Semicorex CCB carbon-ceramic brakes have a service life 3 to 5 times longer than the conventional steel brakes, demonstrating exceptional durability. Benefiting from their excellent chemical resistance and wear resistance, Semicorex CCB carbon-ceramic brakes offer significant resistance to salt spray corrosion and gravel impact, and eliminate rust and groove wear in wet or dusty conditions.

To provide our valued customers with reliable quality products, every CCB carbon-ceramic brake from Semicorex will undergo rigorous testing before leaving the factory, including salt spray test, strength test, wear test, temperature rise test, and thermal fade test.