High wear-resistant (temperature resistant) and high elastic friction resistance materials

Product feature positioning：

High wear-resistant (temperature resistant) and high elastic friction resistance materials are new functional materials jointly developed by our company in cooperation with well-known scientific research institutions such as Beijing University of Chemical Technology, Qingdao University of Science and Technology, South China University of Technology, and Xi'an Jiaotong University. It is a new nano level friction material synthesized from various polymer materials. Mainly aimed at domestic and foreign existing friction material products such as brakes and transmissions, improving the functionality and performance of the products, enhancing their safety, reliability, and stability.

Product Scope of Application：

Commercial vehicle brake pads, passenger vehicle brake pads, oilfield brake shoes, new energy vehicle brake pads, electric power assisted vehicle brake pads, motorcycle brake pads, rail transit brake pads, wind turbine brake pads, industrial and agricultural machinery equipment brake pads, electromechanical brakes, transmission components and other friction specific materials.

Product Introduction：

  1. Compressive resilience is good.

  2. Wear resistance, no noise, and high and stable dynamic/static friction coefficient, with a close dynamic/static friction coefficient ratio.

  3. Improve the temperature resistance of the product, with a high temperature resistance of over 350 ℃.

  4. Increase the friction resistance between the brake lining and the dual component, thereby better improving the braking force.

  5. Improve braking performance: comfort, noise free, anti slip, wear-resistant, and extend service life.

  6. It can replace traditional functional materials, significantly reduce customer production costs, and improve product quality.

• High wear-resistant friction resistance material
• High temperature resistant friction resistance material
• High elastic friction resistance material