Dosko®

The BX90 Classical Cogged V-Belt offers reliable power transmission with a cogged design that increases flexibility and ensures a strong grip on pulleys. This belt reduces slippage and extends the lifespan of your equipment, making it ideal for high-tension applications.

The AX37 Classical Cogged V-Belt offers superior flexibility and strength with a 0.51-inch top width and 39-inch outside length. Built to resist heat and oil, this belt ensures efficient, reliable performance in demanding environments.

The A90 Classical Wrapped V-Belt, with a 0.5-inch top width and 92-inch outside length, offers exceptional durability and reliable power transmission, ideal for various mechanical applications.

The A34 Classical Wrapped V-Belt delivers robust performance with a 0.5-inch top width and 36-inch outside length. Heat and oil-resistant, it’s built to withstand demanding environments, making it a reliable choice for consistent power transmission.

The A33 Classical Wrapped V-Belt delivers reliable performance with a 0.5-inch top width and 35-inch outside length. Built to resist heat and oil, this belt ensures consistent power transmission in high torque applications.

The A32 Classical Wrapped V-Belt delivers dependable power transmission with a 0.50-inch top width and 34-inch length. Built to resist heat and oil, it ensures durable performance in demanding environments.

The 4/3VX750 Banded Cogged Wedge V-Belt delivers high-efficiency power transmission with a 1.593-inch total top width and 75-inch outside length. Engineered for durability and reduced slippage, it’s ideal for demanding applications.

The 3/3VX750 Banded Cogged Wedge V-Belt delivers reliable power transmission with a 1.187-inch total top width and 75-inch outside length. Built to resist heat and oil while reducing slippage, it ensures long-lasting performance in demanding applications.

The 3/3VX710 Banded Cogged Wedge V-Belt offers exceptional power transmission with a 1.187-inch top width and 71-inch outside circumference. Engineered for durability, it resists heat, oil, and reduces slippage for reliable performance in demanding applications.