Empowering Progress through Precision Friction Solutions
We are pioneers in the sophisticated manufacturing of cutting-edge, high-performance friction materials, boasting an expansive production capacity tailored for copper-based, paper-based, carbon-based, rubber, and molybdenum friction discs, complemented by our precision-crafted steel plates.
Driven by an unwavering commitment to a sustainable, low-carbon design philosophy, our creations are meticulously engineered to ensure unparalleled efficiency and endurance. Strategically positioned within the elite global high-end market, we deliver indispensable components crucial for rigorous transmission and braking applications across pivotal sectors:
- ✓Construction
- ✓Agricultural Machinery
- ✓Automotive
- ✓Mining
- ✓Shipping & Maritime
- ✓Special Vehicles
Ranging from robust heavy-duty braking to the finesse of precision transmission, we offer the steadfast and dependable foundation that ensures industries progress and halt with the utmost safety and sustainability.
Frequently Asked Questions
What materials are used in your friction discs?
Our friction discs are manufactured using high-performance materials including copper-based, paper-based, carbon-based, rubber, and molybdenum compounds, paired with precision steel plates.
Which industries do these braking components serve?
Our products are engineered for heavy-duty applications in construction, mining, agricultural machinery, automotive, shipping, maritime, and special vehicles.
What is your monthly production capacity?
We maintain a robust production capacity of approximately 300,000 pieces per month to meet global demand efficiently.
Are your products certified for quality and environment?
Yes, our manufacturing processes and products are ISO14001 certified, ensuring compliance with international environmental management standards.
What are the thermal performance specifications?
The friction discs feature a heat conductivity of 15.6+/-10%W/M° K and a heat capacity of 460+/-10%J/Kg° K, designed for optimal heat dissipation during rigorous use.
What is the recommended surface pressure for these discs?
The recommended surface pressure is 4n/mm, with a maximum dynamic surface pressure of 6n/mm and static pressure up to 40n/mm.