At Annat Frictions, our car brake shoes carbon ceramic formula redefines braking performance with precision engineering. Here’s how it works and why it stands out.
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Car Brake Shoes Carbon Ceramic Formula
When brakes engage, our specialized Brake Pads Friction Materials—infused with carbon ceramic—create controlled friction against the drum. Unlike traditional metals, carbon ceramic’s low thermal conductivity stops heat buildup, avoiding “brake fade” and keeping stopping power consistent.
Truck Brake Linings Ceramic Based Formula
The secret lies in our Brake Pads Formula: each batch uses a high-performance Brake Pads Mixture of 65% carbon ceramic fibers, 20% heat-resistant resin, and 15% reinforced fillers (silicon carbide, aluminum oxide). These calibrated Brake Pads Mixes deliver three key advantages, backed by data:
• Thermal Endurance: Withstands up to 800°C (1,472°F)—30% higher than standard ceramics—ideal for high-speed or heavy vehicles.
• Longer Lifespan: Lasts 2.5x longer than metallic brakes, with an 80,000–100,000 km average lifespan.
• Stable Friction: Maintains a 0.42–0.48 friction coefficient at 600°C (vs. 0.35–0.40 for standard ceramics), ensuring short stopping distances.
Truck Brake Linings Ceramic Formula
It’s also 15% lighter (boosting handling) and cuts brake dust by 40%. Every brake pads formula from Annat Frictions is rigorously tested—for reliable performance you can trust.
