Dayco Cogged Automotive V-Belt
Product Overview
The Dayco Cogged V-Belt represents the pinnacle of automotive belt technology, delivering exceptional performance and reliability for heavy-duty applications. This premium belt combines innovative raw-edge construction with specially formulated materials to provide superior power transmission and extended service life.
Key Features
- Cogged Design: Advanced cogged construction increases flexibility and promotes better airflow around the belt, resulting in cooler operation and extended life
- Raw-Edge Construction: Innovative sidewall design facilitates controlled slippage around pulleys while maintaining optimal power transfer
- Polyester Cord Construction: High-strength polyester cords provide maximum power transfer capability and exceptional tension holding throughout the belt's service life
- Laminated Construction: Multi-layer design effectively absorbs greater shock loads commonly associated with diesel engines
- Premium Materials: Specially formulated rubber compounds offer superior resistance to heat, oil, grease, and extreme under-hood temperatures
Technical Specifications
- Length: 52 inches (Outside Circumference)
- Top Width: 0.53 inches (17/32 inches)
- Belt Depth: 0.34 inches
- Color: Black
- Construction: Cogged automotive grade
Performance Benefits
This high-performance V-belt meets or exceeds SAE J636 and J637 specifications, ensuring reliable operation in demanding automotive applications. The advanced design delivers 35% greater strength compared to previous generations while providing enhanced flexibility and durability. The specially treated cord system offers superior resistance to repeated flexing while maintaining structural integrity under extreme operating conditions.
Quality Assurance
Engineered for efficient power transmission to vehicle accessories, this belt provides the strength, stability, and reliability required for heavy-duty automotive applications. The innovative construction translates to reduced downtime, lower maintenance costs, and increased operational dependability.