More compressible than seals with a solid bulb, these seals have a hollow bulb.

In addition to oil, these seals resist grease, salts, water, steam, and most detergents.

These seals have an EPDM foam rubber bulb.

The EPDM rubber wiper is firmer and more durable than the EPDM foam rubber wipers.

Made of silicone rubber, these seals can handle temperatures up to 500° F, plus they resist water and salts.

Push these T-seals into grooves and channels to block out moisture, dust, and debris.

Made of EPDM foam rubber, these seals have hollow construction for more compressibility than solid seals.

Hollow construction makes these seals more compressible than solid rubber seals. Made of EPDM rubber, they also resist salts.

These solid EPDM rubber seals also resist salts.

Tested in accordance with UL and NFPA standards, these silicone rubber seals are for use on fire-rated doors.

It’s the hollow construction that makes these seals more compressible than solid seals. Made of silicone foam rubber, they also resist water and salts.

Firmer and more durable than EPDM foam rubber seals, these seals are made of EPDM rubber. They also resist salts.

The foam core makes these vinyl rubber seals firmer and more durable than hollow seals. They also resist salts and detergents.

These seals have solid construction.

These seals have solid construction.

Able to withstand temperatures up to 1000° F, these seals have a fiberglass cover and core that resists most refrigerants, salts, and grease.

These seals have a strong Inconel core covered with woven silica yarn that’s been treated to withstand temperatures up to 2300° F. They resist most refrigerants, salts, and grease.

A ceramic cover makes these seals more chemical resistant than the seals with a silica cover. They resist acids (except hydrofluoric and phosphoric), diluted alkalies, most refrigerants, salts, and grease. Seals can withstand temperatures up to 1700° F.

These loosely-knitted fiberglass seals are more flexible and conformable than High-Temperature Slotted Edge Seals. They resist grease, oil, hydraulic fluid, and solvents and can withstand temperatures up to 1000° F.

These loosely knitted fiberglass seals are more flexible, compressible, and conformable than High-Temperature Rope Edge Seals.

Made of 96% silica, these seals resist temperatures up to 1800° F.

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

A metal core adds strength and stability, making this trim more durable than standard rubber trim. Made of rubber, it resists abrasion better than plastic trim. Use it to protect the edges of panels, boards, signs, and mirrors from impact.

A metal core adds strength and stability, making this trim more durable than other high-temperature rubber trim. It withstands temperatures up to 400° 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 has a metal core for added strength and stability. Made of plastic, it's also chemical resistant. Use it to protect the edges of panels, boards, signs, and mirrors from impact.

With a slippery surface, this trim minimizes friction between parts and is often used on conveyor rails, chutes, and guides. Made of plastic, it's also chemical resistant.

Sample multiple sizes and styles of heavy duty plastic trim.

With a surface resistivity of 10 ⁵ ohms this trim safeguards equipment from static electricity by diverting electrostatic charges quickly. Made of plastic, it's also chemical resistant. Use it to protect the edges of of electronics equipment and circuit boards from impact.

This trim withstands temperatures up to 450° F—more than twice as high as other foam trim. Designed to cushion during impact, it protects equipment and surfaces from damage.

Made of aluminum or stainless steel, this trim withstands heavy impact for maximum surface protection. It's often used on panels, boards, signs, and mirrors to protect the edges.

Cushioning on the top provides added protection from impact. This nylon-coated stainless steel trim combines strength with flexibility for a snug hold. It can also protect wire, cable, and hose.

Protect walls and other surfaces from impact.

Vibrant colors create a visual alert to draw attention to equipment and obstructions. These guards protect walls and other flat surfaces from impact.

Commonly used in offices, hospitals, and schools, these guards protect corners on walls and other surfaces from impact.

Vibrant colors create a visual alert to draw attention to equipment and obstructions. These guards protect corners on walls, posts, shelving, and other surfaces from damage.

The guards in this system have a metal core for added strength and stability. Combine corner guards and surface guards to create a system that protects walls and equipment from impact and wear. Often used in warehouse and manufacturing areas, these systems protect against damage from carts and vehicles.

Use this film on metal and plastic parts, appliances, and electronic equipment for protection against damage during packaging, shipping, and installation.

Made of woven polyethylene fabric, this is the most puncture-, abrasion-, and tear-resistant surface protection we offer. Commonly used on heavy equipment, it guards metal, plastic, composite, and painted surfaces from damage. It can also be used as a protective layer beneath other materials.

Often used to protect sheet metal during fiber and CO2 laser cutting, this film is also good for other fabrication processes such as bending, stamping, and forming. You can even leave this film on finished parts for protection against damage during shipping and storage.

Reinforce the edge of a door to guard it against damage from foot traffic and equipment. These plates can also be used to salvage rusted, rotted, or otherwise damaged doors.

These aluminum bases provide more impact protection than plastic bases. In addition to protecting the bottom of a wall from damage, they create a finished look where the wall meets the floor. They're commonly used in warehouse and manufacturing areas.

Mount this weatherstripping to the sides and top of a door frame to seal gaps.

A dense seal helps control noise.

Flexible pile construction helps reduce door vibration.

Also known as door sweeps, this weatherstripping closes the gap between the bottom of the door and the floor.

Avoid scuffing your floor and reduce wear on your seals—this weatherstripping has a plunger that lowers the seal as the door is closed and raises it as the door is opened.

A drip guard diverts rain and snow away from the bottom of the door.

Mount this weatherstripping to the sides and top of an overhead door frame to seal gaps.

Close the gap between the bottom of an overhead door and the floor.

In addition to making a transition between flooring surfaces, thresholds are often used to reduce the gap between a door and the floor.

These thresholds have a seal to provide protection from the elements. With a ribbed top, they offer more slip resistance than smooth-top thresholds.

An antislip coating adds another layer of slip resistance to these thresholds.

These shelters are spring loaded, allowing them to retract and flex with trailers to provide a better seal than standard dock door shelters.

Stick these gaskets around door and vent cutouts or replace worn seals to maintain your enclosure's NEMA rating.

Press this adhesive-backed plastic tape into place for an immediate light-duty seal.

With chemical and metal additives that are picked up by X-ray machines and metal detectors, these sealants are designed to help you comply with Hazard Analysis and Critical Control Point (HACCP) programs in food-processing facilities.

Also known as neutral cure, this sealant won't discolor copper, brass, plastic, and concrete.

Apply these sealants in cold temperatures, on wet surfaces, and even through running water.

Clear enough to read through, these UV-resistant sealants allow optimal light transmission for use with solar cells and fiber optics.

Thinner than non-sagging sealants, this sealant flows easily into cracks and has a smooth finish.

These sealants include a material certificate with traceable lot number, test report, and product shelf life.

Thinner than non-sagging sealants, these flow easily into cracks and have a smooth finish.

Also known as neutral-cure sealants, these won't discolor copper, brass, and concrete.

These non-sagging sealants will not drip while hardening on vertical and overhead surfaces.

These non-sagging sealants will not drip while hardening on vertical and overhead surfaces.

Thinner than non-sagging sealants, these flow easily into cracks and have a smooth finish.

The strongest submersible sealants we offer, these combine the mechanical strength of an adhesive with excellent sealing properties and high flexibility.