At Annat Frictions, our Truck Brake Shoes No Asbestos Formula redefines heavy-duty braking performance through innovative engineering. Unlike traditional asbestos-containing options, this formula leverages advanced Brake Shoes Friction Materials and a precision-engineered Brake Shoes Mixture, ensuring safety, durability, and efficiency for commercial vehicles.

Truck Brake Shoes No Asbestos Formula

Truck Brake Shoes No Asbestos Formula

The core working principle lies in the synergistic interaction of our proprietary Brake Shoes Formula. When the brake is applied, the Brake Shoes Mixes—composed of high-grade ceramic fibers, reinforced resin binders, and friction modifiers—create optimal contact with the drum. This interaction generates controlled friction, converting kinetic energy into heat that dissipates rapidly, ensuring consistent stopping power even under extreme loads.

Brake Pads Low-Metallic Formula

Brake Pads Low-Metallic Formula

Key advantages include:

• Asbestos-free safety: Eliminates health hazards for technicians and environmental risks, complying with global safety standards (e.g., EU REACH, US EPA regulations).

• Exceptional durability: Withstands 500,000+ braking cycles and operates reliably in -40°C to 600°C temperature ranges.

• Stable friction coefficient: Maintains 0.38-0.42 μ across varying speeds (30-120 km/h) and loads (up to 36,000 kg GVW), preventing brake fade.

• Low wear rate: Brake shoes wear less than 0.02 mm per 1,000 km, extending service life by 30% vs. standard formulas.

Technical parameters:

• Friction material density: 2.4-2.6 g/cm³

• Compressive strength: ≥180 MPa

• Shear strength: ≥12 MPa

• Noise level: ≤65 dB at 50 km/h braking

Bus Brake Pads Low-Metallic Formula

Bus Brake Pads Low-Metallic Formula

Annat Frictions’ commitment to innovation ensures our brake shoes formula, brake shoes mixture, and brake shoes friction materials deliver unmatched performance. Trust our no-asbestos truck brake shoes to keep your fleet safe, efficient, and compliant—mile after mile.

 

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