Brand: GATES
GATES AX 50 Tri-Power V-Belt | High-Performance Cogged A-Profile | 50 Inch Industrial Drive Belt
The GATES AX 50 Tri-Power V-Belt is engineered for high-performance industrial power transmission, combining the flexibility of a cogged design with the strength and stability required for demanding applications. Featuring a precise molded-cog profile, this belt ensures maximum contact with smaller pulley diameters, delivering superior grip and reduced slippage compared to standard wrapped belts. The construction utilizes high-modulus, low-stretch tensile cords encased in a robust EPDM (Ethylene Propylene Diene Monomer) compound, providing exceptional heat dissipation and resistance to cracking, ensuring a significantly extended service life even under continuous, heavy loads. The AX 50 meets stringent ARPM standards for dimensional stability and is statically conductive (ISO 1813), making it safe for use in environments where static discharge is a concern.
Optimized for efficiency and reduced downtime, the GATES Tri-Power series is the industry standard for reliable machinery operations. This AX 50 model provides a perfect fit for multi-belt drives, agricultural equipment, HVAC systems, and general industrial machinery requiring an A-section profile with enhanced flexibility. Choosing GATES guarantees world-class material quality, reducing the need for frequent retensioning and cutting maintenance costs significantly. Upgrade your drive systems with the AX 50 for superior operational integrity, reduced energy consumption due to improved transfer efficiency, and reliable performance in oil-resistant and heat-intensive operational settings.
Key Features
Molded Cog Design for enhanced flexibility and reduced heat buildup on small pulley diameters.
Constructed with advanced EPDM rubber compound for superior resistance to heat, oil, and ozone.
Static Conductivity (ISO 1813) ensures operational safety in hazardous environments.
High-modulus tensile cords provide exceptional strength and minimize stretch, reducing maintenance.
Improved power transmission efficiency compared to classical wrapped belts.
Suitable for demanding agricultural, HVAC, and heavy-duty industrial applications.
