At Annat Frictions, our Car Brake Pads Sintered Ceramic Formula redefines high-performance braking, with advantages rooted in precision-engineered Brake Pads Friction Materials and a proprietary blend that balances heat resistance, durability, and user comfort.
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Car Brake Pads Sintered Ceramic Formula
The formula’s functionality starts with the sintering process: we compress our custom Brake Pads Mixture (ceramic fibers, high-purity fillers, and bonding agents) and heat it to 850-900°C under intense pressure. This fuses the brake pads friction materials into a dense, heat-tolerant structure—critical for consistent performance. When braking, even at extreme temps (up to 750°C, typical in high-speed or heavy-load scenarios), it maintains a friction coefficient of 0.46-0.51, far above the industry’s ceramic average of 0.39-0.44, ensuring no sudden loss of stopping power.
Car Brake Shoes No Asbestos Formula
Our tailored Brake Pads Formula and specialized Brake Pads Mixes are the secret to its longevity. Each batch uses a precise ratio: 35-40% ceramic fibers (for heat insulation), 25-28% modified alumina (for friction stability), 12-15% titanium dioxide (for wear resistance), and 8-10% synthetic graphite (for noise reduction). This blend delivers two key benefits: a 50% longer service life than standard ceramic pads (80,000-90,000 km vs. 55,000-60,000 km) and ultra-low rotor wear—only 0.01-0.015 mm of rotor abrasion per 10,000 km, protecting your vehicle’s braking system.
Car Brake Shoes No Brass Formula
It also excels in daily use: the sintered ceramic brake pads mixture produces 90% less dust than semi-metallic pads (keeping wheels clean) and operates at under 50 decibels (quieter than a home refrigerator). For Annat Frictions, every brake pads formula and mixture is built to turn braking into a reliable, comfortable experience for drivers who demand premium performance.
