Good day, everyone. Welcome to learn about the innovative copper-free formula for car brake shoes developed by Annat Frictions. As the automotive industry shifts toward environmental sustainability, our copper-free brake shoe formula has become a game-changer, combining eco-friendliness with exceptional performance.
First, let’s understand the core mechanism. Our copper-free formula eliminates traditional copper components that pose environmental risks, while optimizing the Brake Pads Mixture to ensure reliable braking force. The key lies in the advanced Brake Pads Friction Materials we’ve engineered—composed of high-grade ceramic fibers, modified resin, and wear-resistant fillers. These materials work synergistically to create a stable friction coefficient of 0.38-0.45 under normal operating temperatures (20°C-350°C), ensuring consistent braking response without fade.
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Car Brake Shoes Copper Free Formula
The Brake Pads Mixes are precisely calibrated through 500+ test iterations, achieving a wear rate as low as 0.08 mm/1000 km, which is 30% lower than industry standards for copper-containing counterparts. This not only extends the service life of the brake shoes to 80,000-100,000 km but also reduces dust emissions by 40%, aligning with global environmental regulations such as the EU’s REACH and California’s AB 32.
Truck Brake Linings Metallic Free Formula
Our proprietary Brake Pads Formula also enhances thermal stability. Even at extreme temperatures of 600°C, the brake shoes maintain structural integrity, with a thermal expansion rate of less than 0.2%. This prevents deformation and ensures uniform contact with the brake drum, minimizing noise levels to below 55 decibels—quieter than most conventional brake shoes.
Truck Brake Linings NAO (Non Asbestos Organic) Formula
In summary, Annat Frictions’ copper-free formula for car brake shoes redefines performance by integrating advanced brake pads mixture, high-quality brake pads friction materials, optimized brake pads mixes, and a revolutionary brake pads formula. It delivers superior braking efficiency, longer durability, and environmental protection, making it the ideal choice for modern automotive applications.
