Gates Super HC V-Belt 8V1800

Upgrade your drive system with the Gates Super HC V-Belt, specifically designed for those who demand power and efficiency. This narrow section V-belt combines the durability of a wrapped belt construction with the compact design you need for modern applications. Say goodbye to bulky classical belts and hello to a solution that maximizes power transmission while minimizing space requirements.

Key Features

• Increased Capacity: Experience up to a 300% capacity increase compared to traditional belts, allowing for more efficient operation.
• Durable Flex-Weave Cover: The patented Flex-Weave fabric protects the belt core from oil, contaminants, and heat, ensuring a longer lifespan.
• Flex-Bonded Cords: These cords are securely bonded to the belt body, promoting equal load distribution and resistance to fatigue, shock loads, and bending stress.
• Precision-Machined Edges: The belt edges are expertly machined for optimal contact with pulley grooves, resulting in smoother operation and reduced wear and slip.
• Heat and Oil Resistance: Meets RMA standards for oil and heat resistance, along with static conductivity requirements, making it suitable for various environments.
• Temperature Range: Operates effectively in temperatures from -22°F to +140°F (-30°C to +60°C).

Specifications

• Type: Narrow Section Wrapped V-Belt
• Section: 8V
• Number of Strands: 1
• Top Width: 25 mm
• Outside Circumference: 4572 mm
• Construction: Wrapped
• Notched: No
• Belt Material: Neoprene
• Cord Material: Polyester

Fitment

The Gates Super HC V-Belt is available in various cross-sections, including 3V, 5V, and 8V, along with Super HC PowerBand joined V-belts, ensuring compatibility with a wide range of applications.

Why Choose Gates Super HC V-Belts?

With its unique construction and advanced materials, the Gates Super HC V-Belt not only provides exceptional power transmission but also extends the life of your drive system. It’s the ideal choice for those looking to optimize performance without compromising on space or durability.