At Annat Frictions, our Car Brake Pads Scorched Formula elevates braking safety through optimized heat resistance, friction stability, and long-lasting performance—all rooted in precision engineering of Brake Pads Friction Materials and proprietary blends.
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Car Brake Pads Scorched Formula
First, the core working principle: Unlike standard pads, our formula undergoes a controlled high-temperature scorching process (280-320°C for 45 mins). This pre-treats brake pads friction materials to eliminate moisture and volatile compounds, the main causes of brake fade. When braking, even at extreme temps (up to 650°C), it maintains a stable friction coefficient of 0.42-0.48—surpassing the industry average of 0.35-0.40—so stopping power never drops, whether on highways or hills.
Car Brake Shoes Metallic Based Formula
The magic lies in our tailored Brake Pads Mixture and Brake Pads Formula. Our R&D team crafts custom Brake Pads Mixes with a precise ratio: 12-15% aramid fibers for strength, 20-22% modified resin for bonding, and 8-10% high-purity graphite for wear reduction. The result? 30% longer service life (60,000-70,000 km vs. 45,000-50,000 km for conventional pads) and minimal rotor abrasion (0.02-0.03 mm per 10,000 km).
Car Brake Shoes Metallic Formula
It also delivers quiet, smooth braking: The scorched process aligns material molecules, cutting noise to below 55 decibels (quieter than a conversation). Plus, its thermal conductivity (1.2-1.5 W/m·K) dissipates heat 25% faster, preventing overheating. For Annat Frictions, every brake pads formula and mixture is built to turn braking into a reliable safety guarantee.
