Neoprene is reinforced with fiberglass for quiet operation with high strength.

Withstanding temperatures up to 400° F, silicone is the best choice for use in hot environments. Belts have Kevlar reinforcement, which has very high strength, low stretch, and excellent shock resistance.

Quiet-running neoprene is reinforced with high-strength fiberglass for use in general purpose linear motion drives.

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.

Used to drive small-scale linear motion applications, these belts are neoprene with fiberglass reinforcement for quiet operation with high strength.

Belts combine neoprene with fiberglass reinforcement for quiet operation with high strength.

Resisting temperatures up to 400° F, silicone can take the heat. Belts have Kevlar reinforcement, which has very high strength, low stretch, and excellent shock resistance.

Drive linear motion while maintaining a clean environment—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.

Good for use in general purpose drive systems, these belts combine quiet-running neoprene with high-strength fiberglass reinforcement.

Enduring temperatures up to 400° F, silicone is the best choice for use in hot environments. Belts have Kevlar reinforcement, which has very high strength, low stretch, and excellent shock resistance.

Known for excellent abrasion resistance, use a urethane belt in your linear motion application to avoid dust from wear. They have Kevlar reinforcement, which has very high strength, low stretch, and excellent shock resistance.

Urethane has excellent abrasion resistance, so these belts don’t create dust while they run. They have steel reinforcement, which has very high strength, low stretch, and excellent shock resistance.

These quiet-running timing belts have a curved tooth shape that provides higher strength than trapezoidal teeth.

Curved teeth made from fiberglass-reinforced neoprene make these HTD (high-torque drive) belts stronger and quieter than belts with trapezoidal teeth.

Commonly used for material handling and light to medium duty power transmission, this belting has a textured rubber cover on both sides for gripping material.

A nylon core allows this belting to handle higher speeds than other leather flat belting.

Made of polyurethane, these belts are chemical and abrasion resistant.

Made of polyurethane, these belts resist chemicals and abrasion.

These neoprene belts are more flexible than polyurethane belts.

Made of hytrel polyester, these belts can be used in lower temperatures than standard polyurethane belts without becoming brittle.

These belts are reinforced with a polyester cord for strength.

The textured surface improves gripping ability.

This polyurethane belting is reinforced with a polyester cord for strength.

The hollow core of this polyurethane belting allows you to join the ends without trimming, welding, or using special tools.

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.

Ensure even load distribution on drives with multiple 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.

Made of chemical- and abrasion-resistant polyurethane rubber, this belting is often used in light to medium duty power-transmission and conveying applications.

This belting has a tough cover on the bottom to grip rollers.

This belting has a smooth surface.

Move small, loose, and irregularly shaped material that might fall through or shift around roller or skate wheel conveyors.

Move parts down your line in extreme temperatures.

Run these conveyors right out of the box—they simply plug into an electrical outlet for power. The belts on these conveyors can move a wide range of small products, including electronic components, molded plastic parts, and other irregularly shaped parts that would catch on rollers and skate wheels.

Inspect parts for defects as they pass over a backlit section of these conveyors.

Steel construction and greater horsepower give these conveyors higher capacities and speeds than standard Ready-to-Run Mini Belt Conveyors.