In heavy-duty applications, such as cranes, winches, and presses, the brake system can be subjected to extreme temperatures. A brake lining that cannot handle the heat can lose its friction, a phenomenon known as "brake fade," which can lead to a complete loss of stopping power. So, why is heat resistance the most critical factor in brake performance?
Our Non-Asbestos Woven Brake Lining is designed with a focus on uncompromising heat resistance. The woven material is infused with high-temperature resins and friction modifiers that are engineered to maintain their integrity and performance even under the most demanding conditions.
Prevents Brake Fade: Our linings maintain a stable coefficient of friction at high temperatures, which prevents the loss of stopping power and ensures reliable braking performance.
Thermal Stability: The woven material is designed to resist thermal degradation and cracking, which ensures a long service life and consistent performance over time.
Protects Other Components: By efficiently dissipating heat, our linings help to protect other brake system components, such as the brake drum and bearings, from heat-related damage.
Reliable in All Conditions: Whether you are operating in a hot industrial environment or in a cold climate, our linings will provide the same consistent and reliable braking performance.
By choosing our Non-Asbestos Woven Brake Lining, you are investing in a product that is engineered to perform reliably when you need it most.