Cut-resistant felt conveyor belts are industrial belts featuring a surface layer of thick, dense, specially treated fibers (resembling felt structure).

The core requirement for this conveyor belt is to resist cutting, tearing, and abrasion from sharp, angular, or abrasive materials (such as metal parts, glass fragments, ore, scrap steel, etc.) during transportation, while maintaining the belt's flatness and service life.

Key Features and Advantages

Exceptional Cut Resistance: The dense fiber structure effectively disperses and absorbs impact and cutting forces from sharp materials, preventing belt damage.

Superior Abrasion Resistance: The thick fiber layer delivers outstanding wear resistance, extending service life in abrasive environments.

Effective Cushioning and Protection: The resilient felt layer absorbs impact from falling materials while safeguarding the surfaces of precision components against scratches.

High Friction: The felt surface delivers greater friction than smooth rubber or PVC surfaces, effectively preventing material slippage during inclined conveyance.

Delamination Resistance: High-quality cut-resistant felt belts typically employ one-piece molding or specialized composite processes, ensuring the surface felt layer is tightly bonded to the underlying skeleton (e.g., polyester canvas) and resistant to separation due to impact or wear.