Accommodate changing loads and energy without manual adjustment.

Turn the knob on these shock absorbers to change deceleration to suit varying loads and speeds.

An airtight seal prevents leaks and protects moving parts from dust to minimize wear for a long service life.

Mount threaded-body shock absorbers.

For the heaviest loads, these springs have more than double the load capacity of High-Load Fastener-Mount Compression Springs. Secure by inserting a fastener through the hole at the base.

Differently sized mounting holes on either side allow for mounting flexibility.

A quieter, more vibration-resistant alternative to traditional steel die springs, these polyurethane springs resist oxidation, oil, and abrasion in high-load, high-pressure applications.

Smoothly open and close doors, lids, and access panels in damp and corrosive environments with these 316 stainless steel speed limiters.

Install these mounts with a socket head cap screw—the counterbored hole ensures the screw sits flush with or below the top of the mount.

A two-piece design makes these mounts easier to install than one-piece mounts.

These mounts withstand exposure to weather and resist oil, antifreeze, and other petroleum-based fluids.

An interlocking steel frame in these mounts prevents collapse, even if the rubber fails.

Spring action provides significant isolation of vibration and noise.

Limit damage during moderate earthquakes.

The polyurethane base on these mounts resists solvents, gasoline, and oil, while the metal plate sustains heavy loads.

Able to shoulder up to 1,500 psi per mounting point, nitrile pads can support heavy machinery.

Place pads under equipment, such as drill presses, milling machines, saws, and air-conditioning units to minimize vibration and noise transmitted to and from machinery.

Great for use outdoors, these durable pads are neoprene rubber, which withstands exposure to direct sunlight.

These soft pads work well for isolating vibration with light loads such as lab and testing equipment.

Reinforced with fabric so extreme compression won’t deform them, these pads protect surfaces from impact, dampen vibration and noise, and act as stable connection points. They’re commonly known as bearing pads.

Made of tightly layered stainless steel mesh, these pads withstand a wide temperature range from -120° to 500° F.

All-stainless steel construction stands up to water and chemicals and won't rust or corrode.

A two-piece design requires less clearance than one-piece mounts and simplifies installation—raise your machine just enough to slide the base underneath, then insert the stud from above.

Higher deflection ratings translate to greater vibration and shock isolation.

Higher deflection ratings translate to greater vibration and shock isolation than our other vibration-damping leveling mounts.

Easier to install than grommets, push these bushings through your mounting hole to dampen vibration. Use them with a vibration-damping washer to isolate vibration.

Ribbed bushings are more flexible than our smooth vibration-damping bushings, so they're easier to install.

Ribbed grommets are more flexible than our smooth vibration-damping grommets, so they're easier to install.

Press these grommets into a hole to add cushion on both sides.

Use these in place of normal washers to damp vibration and cushion your joint.

These feet are made of UHMW polyethylene plastic, so they won’t dry out and become brittle.

Adjust the swivels on these mounts to level equipment on uneven surfaces for protection during earthquakes.

Select these bumpers for applications that require specific load capacities. All are reinforced with a base plate for strength. Often used as feet, spacers, and vibration dampers, they absorb shock to prevent damage to equipment and surfaces. They're also good for starting and stopping motion on automated machines and conveyors. Twist these bumpers into a threaded hole.

All of these bumpers are reinforced with a steel core for strength. Often used as feet, spacers, and vibration dampers, they absorb shock to prevent damage to equipment and surfaces. They're also good for starting and stopping motion on automated machines. Twist them into a threaded hole.

Install these bumpers with screws. Often used as feet, spacers, and vibration dampers, they absorb shock to prevent damage to equipment and surfaces.

Select these bumpers for applications that require specific load capacities. Often used as feet, spacers, and vibration dampers, they absorb shock to prevent damage to equipment and surfaces. They're also good for starting and stopping motion on automated machines and conveyors. Install them with a screw.

These bumpers are at a 90° angle to protect corners on equipment, walls, and docks from damage caused by carts, vehicles, and other moving objects. Install them with screws.

Select these bumpers for applications that require specific load capacities. All are reinforced with a base plate for strength. Often used as feet, spacers, and vibration dampers, they absorb shock to prevent damage to equipment and surfaces. They're also good for starting and stopping motion on automated machines and conveyors. Mount these bumpers on a threaded stud.

The stem on these bumpers compresses to fit into tight holes. Push the stem into a hole for quick installation. These bumpers are commonly used as feet on instruments and bench-top equipment to keep them from sliding. They're also good as spacers between sheets of material. Also known as stem and grommet bumpers.

A ridge on the stem provides a tighter grip than other push-in bumpers. Push the stem into a hole for quick installation. These bumpers are commonly used as feet on instruments and bench-top equipment to keep them from sliding. They're also good as spacers between sheets of material. Also known as stem and grommet bumpers.

Select these bumpers for applications that require specific load capacities. Use them as feet and spacers on instruments and small appliances to limit sliding, vibration, and noise. Press them into place with the adhesive backing. They're comparable to Bumpon bumpers.

Press these bumpers into place with the adhesive backing. Use them as feet and spacers on instruments and small appliances to limit sliding, vibration, and noise. They're comparable to Bumpon bumpers.

Simply adhere these silencers to the door frame—no need for an installation hole. Doors close firmly yet quietly with these silencers. They also eliminate the rattling of doors against their frames.

Install these stops in wood or concrete floors to protect walls from large doors in warehouses and manufacturing areas.

Designed to withstand impact in high-traffic areas, these stops have an anchor that mounts in a hole and sets with grout. Install them in concrete floors to protect walls from large doors in warehouses and manufacturing areas.

Designed to mount at the point of contact between a door handle and the wall, these stops prevent handles from damaging walls when doors swing open.

Remove the pin on your door's hinge, slide it through one of these stops, and then insert it back into the hinge to set and adjust the door's opening angle.

Protect large swinging doors where carts and vehicles are used to push the door open. These polyethylene plastic bumpers are commonly used on two-way swinging doors.

With a split design, you can easily place these bumpers on tubing, rods, machinery legs, control shafts, and levers to protect them from impact, dents, and scratches. Use the concealed screw to secure them in place.

Made of rubber, this trim resists abrasion better than plastic trim. Often used on panels, boards, signs, and mirrors, it protects edges from impact.

Sample multiple sizes and styles of rubber trim.

This trim withstands temperatures up to 450° F, which is generally twice as high as our standard rubber trim. Use it to protect the edges of panels, boards, and signs from impact. Made of rubber, it resists abrasion better than plastic trim.

This trim safeguards equipment from static electricity by diverting electrostatic charges quickly. Made of rubber, it resists abrasion better than plastic trim. Use it to protect the edges of electronics equipment and circuit boards from impact.

Sample multiple sizes and styles of heavy duty plastic trim.

This trim withstands temperatures up to 500° F, which is generally twice as high as our other slippery trim. With a slippery surface, it minimizes friction between parts and is often used on conveyor rails, chutes, and guides. Made of plastic, it's also chemical resistant.

This trim is suitable for use in food preparation and processing environments. It's also chemical resistant. Use it to protect the edges of panels, boards, signs, and mirrors from impact in food processing applications.

This trim meets FMVSS-302 for Federal Motor Vehicle Safety Standards for flammability, UL 94 HB flame requirements, and NFPA 1971 (National Fire Protection Agency) standards. Made of plastic, it's also chemical resistant. Use it to protect the edges of panels, boards, and signs from impact.

Even in the dark, this black and yellow striped trim draws attention to equipment and obstructions. Designed to cushion during impact, it protects edges on posts, shelving, and other surfaces from damage.