Gates G Force Carbon Drive Belt Part 48C4867 for Enhanced Power Transmission

Continuous Evolution in CVT Belt Technology

Gates New G-Force Belts are Continuously Variable Transmission (CVT) belts. Gates has brought this technology to both the Original Equipment Manufactur (OEM) and aftermarket CVT belt markets. G-Force drive belts are designed for superior fit, performance, and durability for today’s recreational and utility all-terrain equipment, and are constructed with double or single cog designed to match the Oelt.

• Carbon Cord belts are engineered for drop-in performance utilizing the strongest material on earth for the tensile cord. Combined with a specially formulated adhesion gum, edge cord pullout is virtuatent.
• Carbon Tensile Cord ensures the belt maintains its designed length and geometry.
• Superior resistance to edge cord pullout.
• Uniqueof the Carbon Cord decreases the chance of edge cord pullout
• Less likely to damage clutches during belt failure
• Enhanced long term performance
• Minimal to no stretch under load creates optimal power transmission
• Improved response during acceleration
• Cstent shift characteristics over time and through complete shift ratio
• Un-paralleled response during high load acceleration

The Gates G Force Carbon Drive Belt (Part Number: 48C4867) is engineered for high-performance applications requiring reliable power transfer. Constructed with advanced carbon fiber tensile cords, this belt offers superior strength and durability, making it ideal for demanding industrial and automotive uses. Its design ensures optimal flexibility and resilience, reducing the risk of slipping or premature wear over extended use. The belt's precise construction helps maintain consistent tension, contributing to overall system efficiency and longevity. Whether replacing a worn belt or upgrading your drive system, the Gates G Force Carbon Drive Belt provides a robust solution that meets demanding operational needs.

Features:

• Carbon fiber tensile cords for increased strength and durability

• Designed for high-performance power transmission applications

• Flexible yet resilient construction to prevent slipping and wear

• Ensures consistent tension and system efficiency

• Reliable for industrial and automotive drive systems