At Annat Frictions, we’ve engineered our truck brake pads ceramic based formula to set a new standard for heavy-duty braking—fusing reliability, longevity, and performance into every component. Let’s unpack how it works, its key advantages, and the hard data that backs it up.
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Truck Brake Pads Ceramic Based Formula
First, the formula’s functionality hinges on our precision-engineered Brake Pads Mixture: a balanced blend of 45-50% high-purity ceramic fibers, 15-20% low-metallic enhancers, and 25-30% heat-resistant binding resins. When a truck applies brakes, this Brake Pads Friction Materials system activates instantly: ceramic fibers generate steady, consistent friction without excessive wear, metallic additives boost grip for heavy loads (up to 40 tons), and resins lock the mixture together—even when temperatures spike.
Truck Brake Shoes Ceramic Based Formula
What makes this Brake Pads Formula superior? Three data-driven advantages:
1. Extreme Heat Resistance: It maintains peak performance up to 650°C (1202°F)—30% higher than traditional semi-metallic Brake Pads Mixes. This eliminates “brake fade” (a top risk for long downhill drives) and keeps braking reliable in harsh conditions.
2. Long-Lasting Durability: Lab tests show our mix has a wear rate of just 0.02 mm per 1,000 km, extending pad life to 150,000+ km—50% longer than standard truck brake pads. This slashes fleet maintenance costs and downtime.
3. Quiet, Clean Operation: Ceramic fibers reduce vibration, cutting braking noise to ≤65 dB (quieter than a office conversation). It also produces 70% less brake dust than metallic alternatives, keeping wheels clean and lowering environmental impact.
Truck Brake Shoes Ceramic Formula
Every batch is rigorously tested to meet strict standards: the friction coefficient (μ) stays stable at 0.42-0.48 across all temperatures, and compressive strength reaches 28 MPa—ensuring it stands up to the toughest trucking demands.
At Annat Frictions, our ceramic-based brake pads aren’t just parts—they’re engineered solutions for safer, more efficient fleets.
