At Annat Frictions, our Car Brake Shoes HD Metallic Formula redefines heavy-duty braking performance with a precision-engineered Brake Pads Formula that blends power, durability, and thermal stability. Designed for high-performance cars and light trucks, this solution leverages advanced material science to deliver consistent stopping power even under extreme driving conditions.
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Car Brake Shoes HD (High Density) Metallic Formula
The core of this innovation lies in our proprietary Brake Pads Mixture—a high-density metallic blend featuring 70% premium steel fibers, 20% copper alloy particles (5-10μm), and 10% graphite lubricants. These components form robust Brake Pads Friction Materials that maintain a friction coefficient (μ) of 0.45-0.50 across a temperature range of -30°C to 650°C, eliminating brake fade during intense braking or high-speed deceleration.
Truck Brake Linings No Copper Formula
Our R&D team has optimized the Brake Pads Mixes to achieve a material density of 3.2 g/cm³, ensuring exceptional structural integrity and wear resistance. The metallic composition reduces pad wear by 40% (tested over 60,000 km of real-road driving) and enhances heat dissipation efficiency by 25% compared to standard metallic pads. With a maximum operating temperature of 650°C, these brake shoes shorten stopping distances by 4 meters at 100 km/h and extend service life to 90,000 km under normal driving conditions.
Truck Brake Linings No Metallic Formula
Beyond performance, the HD Metallic Formula offers user-centric advantages: it produces minimal vibration (≤0.3g acceleration) and operates at a noise level of ≤70 dB (ISO 3746 certified). Fully compliant with DOT FMVSS 135 and ECE R90 standards, it is compatible with most domestic and imported vehicles.
At Annat Frictions, every element of our brake pads mixture, from the high-strength brake pads friction materials to the precision-tuned brake pads mixes, works in harmony within our advanced brake pads formula to deliver a braking solution that excels in reliability, performance, and longevity for demanding drivers.
