Hello everyone, welwcome to Annat Frictions. Today, let’s dive into the core of our cutting-edge car brake pads—the no asbestos formula—and uncover how it redefines safety and performance on the road.

Car Brake Pads No Asbestos Formula

Car Brake Pads No Asbestos Formula

First, let’s clarify the working principle. Unlike traditional asbestos-containing brake pads, our no asbestos formula relies on a scientifically optimized Brake Pads Mixture that combines high-strength organic fibers, ceramic particles, and advanced binding agents. When the brake is applied, the Brake Pads Friction Materials create controlled friction against the rotor, converting the vehicle’s kinetic energy into heat, which is then efficiently dissipated to slow down or stop the car. The key lies in the synergy of the Brake Pads Mixes—each component is calibrated to balance friction coefficient stability, wear resistance, and heat tolerance, ensuring consistent performance even under extreme driving conditions.

Car Brake Shoes Anti Wear Formula

Car Brake Shoes Anti Wear Formula

Now, let’s explore the unparalleled advantages of this formula. Safety is our top priority: asbestos-free materials eliminate the risk of toxic fiber inhalation, protecting both mechanics and end-users. Performance-wise, our Brake Pads Formula delivers a friction coefficient of 0.42-0.48 (tested per SAE J2784 standards), ensuring responsive braking with a stopping distance 12% shorter than industry averages for compact cars. Durability is another highlight—these brake pads boast a service life of 60,000-80,000 kilometers, outperforming asbestos-containing alternatives by 30%. Additionally, the formula reduces rotor wear by 15% and operates with a noise level below 65 decibels, offering a quieter and smoother driving experience.

Car Brake Shoes Brass Free Formula

Car Brake Shoes Brass Free Formula

Behind these results are rigorous technical refinements. Our R&D team adjusts the brake pads mixture ratio hundreds of times, optimizing the combination of aramid fibers, alumina ceramics, and phenolic resin binders. The brake pads friction materials undergo 1,200+ high-temperature cycle tests, maintaining stable performance at temperatures ranging from -40°C to 600°C. Every batch of brake pads mixes is inspected for uniformity using laser particle analysis, ensuring consistent quality across all products.

At Annat Frictions, we’re committed to merging innovation with reliability. Our no asbestos brake pads formula isn’t just a compliance with global environmental and safety standards—it’s a promise to deliver safer, longer-lasting, and higher-performance braking solutions for every driver. Choose Annat Frictions, and drive with confidence, every mile of the way.

 

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