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The trapezoidal shape allows these belts to wedge into pulleys in the presence of misalignment.
Ensure even load distribution on drives with multiple belts.
Also known as serpentine belts, these have multiple bands that function as a single unit for consistent drive performance and even load distribution. They handle shock loads better than standard belts.
Twist the tabbed links together to form a belt. Because it’s made of individual links, this belting allows you to change your belt length without dismantling your drive.
A textured PVC top layer helps convey material in slippery environments or up steep inclines.
This belting limits static electricity discharge for hazardous applications such as fuel transfer and solar-cell manufacturing.
Cut this perforated belting to length and screw a connector into the holes. Because you can quickly increase or reduce its length, it is often used to make replacement V-belts.
Use these pulleys with compatible quick-disconnect bushings.
These pulleys have the same sizing versatility as quick-disconnect pulleys, but they create a tighter grip on bushings for use in high-torque applications.
Choose from nylon, UHMW, and zinc.
These pulleys are cast iron.
A built-in spring maintains tension on your belt.
Increase efficiency, vary speed, and extend the life of your drive by changing the pitch on these pulleys.
These pulleys spin freely on built-in ball bearings to maintain tension for reduced wear and vibration.
Measure V-belt cross sections and pulley groove depths to select the correct size belt.