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Car Brake Pads NAO (Non Asbestos Organic) Formula
At Annat Frictions, our NAO brake pads stand as a benchmark of safety and performance, powered by a meticulously crafted Brake Pads Formula that replaces harmful asbestos with a synergistic blend of organic fibers, high-temperature resins, friction modifiers, and reinforcing fillers. This isn’t just a conventional Brake Pads Mixture—it’s a precision-engineered system where every component works in harmony to create premium Brake Pads Friction Materials tailored for modern vehicles.
Truck Brake Pads Sintered Formula
The functionality of our NAO formula lies in its dynamic response to braking forces. When the brake is applied, the organic fiber matrix in our Brake Pads Mixes engages the rotor to generate controlled friction, with a consistent friction coefficient of 0.30-0.38 μ—optimal for passenger cars, SUVs, and light commercial vehicles. Unlike asbestos-based or older organic alternatives, our NAO formula maintains exceptional stability across a temperature range of -30°C to 550°C, ensuring reliable stopping power in both frigid winters and intense summer driving.
Truck Brake Pads Sintered Metallic Formula
The advantages are backed by rigorous testing: our NAO brake pads deliver a 35% quieter operation (registering below 58 decibels, per ISO 6469-3 standards) compared to metallic counterparts, thanks to the damping properties of organic fibers. They also reduce rotor wear by 20% (extending rotor lifespan by up to 25,000 miles) and produce 95% fewer toxic particles, complying with global environmental regulations including EU REACH and US EPA standards. Additionally, our NAO brake pads formula ensures a 15% longer service life (up to 45,000 miles under standard driving conditions) than basic organic pads, making it a cost-effective choice without compromising on performance. Every batch undergoes strict quality control, from fiber dispersion checks to friction consistency testing, ensuring that Annat Frictions’ NAO brake pads deliver uncompromising safety, comfort, and durability for every journey.
