At Annat Frictions, our Truck Brake Shoes Semi Metallic Formula is engineered for exceptional performance in heavy-duty applications. The core lies in the precision-engineered Brake Shoes Mixture, a synergistic blend of metallic fibers, organic compounds, and high-temperature resins. This unique Brake Shoes Formula optimizes the interaction between the brake shoe and drum, ensuring reliable stopping power even under extreme loads.
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Truck Brake Shoes Semi Metallic Formula
The working principle revolves around controlled friction generation. When the brake is applied, the Brake Shoes Friction Materials make contact with the rotating drum. The metallic components in the mixture enhance heat conductivity, dissipating up to 80% of the generated heat quickly to prevent brake fade. Simultaneously, the organic additives modify the friction coefficient, maintaining stability across a temperature range of -40°C to 600°C. Our proprietary Brake Shoes Mixes are calibrated to balance wear resistance and stopping efficiency, delivering consistent performance over extended service intervals.
Brake Pads Carbon Ceramic Formula
Key advantages include outstanding durability, with a service life of up to 150,000 kilometers under normal truck operation. The semi-metallic formula offers superior fade resistance compared to organic alternatives, retaining over 90% of braking efficiency even after prolonged heavy braking. Additionally, the materials exhibit low noise emission, measuring below 65 decibels during operation, and minimal dust generation, reducing maintenance requirements.
Bus Brake Pads Carbon Ceramic Formula
Technical parameters: Friction coefficient (μ) ranges from 0.38 to 0.45, compressive strength exceeds 25 MPa, and thermal expansion rate is controlled within 0.8% at 300°C. These specifications ensure the brake shoes meet global heavy-duty truck standards, providing Annat Frictions customers with safe, efficient, and long-lasting braking solutions.
