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The trapezoidal shape allows these belts to wedge into pulleys in the presence of misalignment.
A narrow belt profile transmits up to three times the horsepower of standard V-belts for use on heavy duty drives with shock loads.
Ensure even load distribution on drives with multiple belts.
More flexible than smooth V-belts, these have notches that allow them to bend around small-diameter pulleys and accommodate twists and turns on curved drives.
A narrow belt profile transmits up to three times the horsepower of standard cogged V-belts for use on heavy duty drives with shock loads.
A wide profile allows these belts to ride up and down the groove in variable-speed pulleys to handle a wide range of speed ratios.
An extremely thin profile gives these belts the flexibility to bend around small-diameter pulleys.
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.
Grooves on both sides of these belts transmit equal power, making them ideal for serpentine drives.
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.
This belting limits static electricity discharge for hazardous applications such as fuel transfer and solar-cell manufacturing.
A textured PVC top layer helps convey material in slippery environments or up steep inclines.
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.
Steel rivets hold the individual links together. Use an installation tool to add or remove links.
Made of chemical- and abrasion-resistant polyurethane rubber, this belting is often used in light to medium duty power-transmission and conveying applications.
A range of specially shaped tops carry materials in conveying applications.
Bands provide extra surface contact for handling high speed ratios.
HTD (high torque drive) timing belts have a curved tooth shape that provides higher strength than trapezoidal teeth. Belts are neoprene with fiberglass reinforcement for quiet operation.
Curved teeth made from fiberglass-reinforced neoprene make these HTD (high-torque drive) belts stronger and quieter than belts with trapezoidal teeth.
These quiet-running timing belts have a curved tooth shape that provides higher strength than trapezoidal teeth.
Strong enough to replace roller chain, these timing belts combine the high strength of a curved tooth with high-strength carbon fiber reinforcement.
Urethane has excellent abrasion resistance, so these belts don’t create dust while they run. They have Kevlar reinforcement, which has very high strength, low stretch, and excellent shock resistance.
Abrasion-resistant urethane means these belts don’t create dust while they run.
Often used in reversing and serpentine drive systems, teeth on both sides allow you to rotate pulleys in opposite directions. Belts are quiet-running neoprene and high-strength fiberglass.
Measure V-belt cross sections and pulley groove depths to select the correct size belt.
Quickly determine the size of any belt.
Replace worn and broken V-belts on conveyor rollers.