EFFICIENT HEAT DISSIPATION FOR SMOOTH PERFORMANCE – Designed to prevent overheating, this v belt enhances power transmission by maintaining optimal temperature, ensuring smooth operation in industrial drive v-belts applications. FLEXIBLE DESIGN – Built with a polyester cord tensile member and cushion rubber compound, this belt offers superior flexibility, reducing strain on components and ensuring efficient performance on smaller diameter pulleys. RESISTS HEAT, OIL, AND STATIC FOR DURABILITY – Made with an EPDM base compound, this v belt withstands temperatures from -45°C to +120°C, resisting oil and static buildup to ensure reliable operation in general engineering and industrial belt drives. DURABLE FABRIC COVER FOR EXTENDED WEAR RESISTANCE – A special fabric layer enhances protection against wear and tear, making this v-belt a dependable choice for industrial drive v-belts that require consistent and long-term performance. COGGED DESIGN FOR BETTER TRACTION & EFFICIENCY – Featuring a toothed belts structure, this belt improves grip, minimizes slippage, and enhances efficiency, ensuring smooth power transmission in mechanical systems and general engineering applications. PIX BX Cogged V-Belt is designed to deliver smooth performance in industrial drive v-belts, ensuring reliability in demanding applications. Constructed with a special fabric layer for enhanced durability and a cushion rubber compound for superior flexibility, it provides consistent power transmission in general engineering and industrial systems. Its EPDM base compound offers heat-resistant, oil-resistant, and anti-static properties, making it ideal for high-performance machinery. The toothed belts design enhances grip, reducing slippage and improving efficiency. Engineered for smaller diameter pulleys, this industrial drive v-belt withstands extreme temperatures from -45°C to +120°C, maintaining strength and efficiency in various mechanical systems. A dependable choice for those needing v belts by size, it ensures smooth operation in a wide range of industrial applications.