new material
Carbon-ceramic brake discs are high-performance braking components designed for applications requiring superior heat resistance, minimal wear, and optimal stopping power. Manufactured using advanced carbon-ceramic composite materials, these discs provide optimized thermal management, lightweight durability, and extended lifespan. They are widely used in high-performance sports cars, aerospace applications, and motorsport racing, ensuring reliable braking performance under extreme conditions.
Product Overview
Carbon-Ceramic Brake Discs are an innovative braking material that combines carbon/carbon composite materials with a controlled amount of silicon carbide (SiC) ceramic, integrating the physical properties of both materials. These discs offer advantages such as low density, high strength, stable friction performance, low wear, high braking efficiency, high-temperature resistance, and long service life, making them ideal for lightweight, high-performance braking applications in all environments. Carbon-ceramic brake discs have demonstrated significant advantages in industries such as new energy vehicles, aviation, and high-speed rail.
Key Features
- Low Density & High Strength: Significantly lighter than traditional brake discs, while providing superior strength.
- Stable Friction Performance: Maintains a consistent friction coefficient in both dry and wet conditions, ensuring reliable braking performance.
- High Braking Efficiency & Low Wear: Enhances braking efficiency while minimizing wear and tear.
- High-Temperature Resistance: Retains excellent performance in high-temperature environments, making it suitable for extreme conditions.
- Long Service Life: Low wear rates lead to extended disc lifespan.
- Lightweight & Safety: Reduces weight by over 60% compared to traditional iron discs, significantly improving safety and performance.
Applications
- New Energy Vehicles: Improves vehicle responsiveness, reduces braking distances, and ensures braking safety, especially in electric vehicle weight-reduction components.
- Aviation & High-Speed Rail: Provides high-efficiency and safe braking for transport systems, enhancing braking reliability.
- Traditional Automotive Industry: Acts as a key material in high-performance braking systems, improving overall braking system performance.
