At Annat Frictions, our low metallic Brake Pads Formula is engineered to redefine braking performance—blending durability, safety, and efficiency through a precision-crafted Brake Pads Mixture. Unlike full-metallic or non-metallic alternatives, this formula balances 15-20% metallic components (e.g., steel fibers, copper particles) with organic binders and abrasives in our Brake Pads Mixes, creating Brake Pads Friction Materials that excel in real-world driving.

Car Brake Pads Low Metallic Formula

Car Brake Pads Low Metallic Formula

Here’s how it works: When the brake pedal is engaged, the low metallic brake pads friction materials clamp onto the rotor. The metallic fibers within the brake pads formula enhance heat conductivity—dissipating up to 35% more heat than non-metallic options (peaking at a stable operating temperature of 300-600°C, vs. 250-450°C for organic pads). This prevents “brake fade” (a common issue where high heat reduces stopping power) and ensures consistent friction coefficients (0.38-0.42 μ across temperature ranges), delivering reliable stopping force whether you’re in city traffic or highway emergencies.

Truck Brake Pads No Copper Formula

Truck Brake Pads No Copper Formula

The advantages of this brake pads mixture are rooted in its technical design. First, durability: our low metallic brake pads friction materials last 20-25% longer than standard organic pads (typically 40,000-60,000 miles, vs. 30,000-45,000 miles). Second, minimal rotor wear: the balanced brake pads mixes avoid excessive abrasion, extending rotor lifespan by up to 15%. Third, quiet operation: the formula’s organic binders dampen vibration, reducing brake noise by 10-15 dB compared to full-metallic pads.

Truck Brake Pads No Metallic Formula

Truck Brake Pads No Metallic Formula

Every batch of our low metallic brake pads is tested to meet SAE J2784 standards, with the brake pads formula optimized for low dust emissions (90% less dust than ceramic pads) and compatibility with both disc and drum brake systems. At Annat Frictions, we don’t just mix materials—we engineer brake pads friction materials that turn precision into confidence, one stop at a time.

 

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