The textured surface grips packages and cartons to prevent material from slipping when traveling on inclines and declines.

This belting has a smooth surface.

This belting has a smooth surface.

Use these cleats to convert any smooth conveyor belt into a belt for inclines.

Attach these strips to conveyor frames to reduce friction and abrasion on chain belts.

This low-profile lacing requires only a hammer to install so it's good for repairs and tight spaces. Also known as alligator lacing, the lacing teeth bite into the belt to hold. Use on belts up to 0.31" thick.

Lacers quickly clinch lengths of lacing in a single operation.

Also known as alligator lacing, this strong, impact-resistant lacing uses a staple driver and installation guide to secure staples. Use on 0.0625" to 0.25" thick belts.

Our heaviest duty lacing uses bolts and nuts to repair and extend 0.25" to 0.625" thick belts.

Also known as skivers, these shavers remove the rough top surface of a conveyor belt for secure lacing connections.

A rubber coating, also known as lagging, increases friction for a better grip on the belt.

A tensioner extends or retracts the conveyor pulley to adjust the tension on the conveyor belt.

These tensioners have a totally enclosed adjusting screw to prevent debris buildup and thread damage.

Unlike traditional belt and roller conveyors that mainly move products, this plastic belting creates a hard, cut-resistant work surface—similar to a cutting board—that stands up to food-processing jobs, such as cutting, deboning, and shelling. It’s FDA compliant for direct contact with food.

Idler wheels keep the belt moving and prevent sagging.

Use these belt scrapers to remove debris from conveyor belts. If a chip of this blade breaks off near a process line, it can be located by metal detectors to reduce contamination risks in food processing applications.

To prevent conveyor belts from slipping, stick these coatings onto pulleys using adhesive.

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

Also known as center-stock belting.

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

These neoprene belts are more flexible than polyurethane belts.

Install these belts without dismantling your drive shafts—hook the ends together with the attached stainless steel connector.

These belts are reinforced with a polyester cord for strength.

Join solid-core round belting by trimming belting ends to a point and twisting them into the threaded ends of these connectors.

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

Press these connectors into quick-connect hollow-core round belting to join the ends.

Coiled-metal construction provides flexibility to bend around small-diameter pulleys and accommodate curved belt drives and misaligned pulleys.

More elastic than polyurethane, this leather belting resists permanent stretch for a long service life.