In addition to oil, these Buna-N seals resist grease, salts, water, steam, and most detergents. Push them onto a door’s edge to stop wind, dust, and water from entering. All have a hollow bulb for compressibility.

Buna-N foam seals have a closed-cell construction that resists absorption. They also have gripping edges with fingers for a strong hold.

For technical drawings and 3-D models, click on a part number.

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

For technical drawings and 3-D models, click on a part number.

Push these T-seals into grooves and channels to block out moisture, dust, and debris. They’re made of EPDM rubber, so they resist water, sunlight, and ozone.

For technical drawings and 3-D models, click on a part number.

Made of EPDM foam or EPDM rubber, these seals stand up to water, sunlight, and ozone.

EPDM foam seals are softer and more flexible than EPDM rubber seals and will effortlessly conform to uneven surfaces to shield against dust, noise, and vibration. The foam has a closed-cell construction, which resists absorption.

EPDM rubber seals are firmer and more durable than EPDM foam seals.

For technical drawings and 3-D models, click on a part number.

Use these H-seals to lock out moisture, dust, and debris around windows and panels. Made of EPDM rubber, they resist water, sunlight, and ozone.

For technical drawings and 3-D models, click on a part number.

To stand up to oil, grease, salts, water, and most detergents, these seals are made of Buna-N rubber. They have a hollow construction, so they’re more compressible than solid seals.

For technical drawings and 3-D models, click on a part number.

A silicone-coated fiberglass cover sheds sparks and molten metal splash while a stainless steel spring core bounces back when pressure is relieved. These seals resist steam, most refrigerants, salts, and grease. The flange on these seals slides into a slot that is commonly found on oven, furnace, and boiler doors; it can be positioned to cover large gaps.

These non-sagging sealants will not drip while hardening on vertical and overhead surfaces. They’re thicker than most non-sagging sealants, so they can be used in vertical joints up to 1/2" wide.

Elongation indicates flexibility—the higher the values are, the more sealants can stretch. These sealants are best suited to joints between similar materials that aren't exposed to wide temperature fluctuation.

Silicone sealants have excellent ozone resistance.

Sealants that cannot be sold to California exceed local regulatory limits on VOC (volatile organic compounds).

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

Elongation and joint expansion/compression tolerance indicate flexibility. For joints between dissimilar materials and in environments with wide temperature fluctuation, choose a sealant with a higher elongation or joint expansion/compression tolerance. For high-wear applications, choose a harder sealant for the most abrasion resistance.

Sealants that cannot be sold to California exceed local regulatory limits on VOC (volatile organic compounds).

Designed to withstand extreme environments, these fluoroelastomer sealants have excellent resistance to sulfuric acid, hydrochloric acid, nitric acid, gasoline, and oil. Thinner than non-sagging sealants, these flow easily into cracks and have a smooth finish.

Elongation and joint expansion/compression tolerance indicate flexibility—the higher the values are, the more joint movement sealants can sustain. These sealants are best suited to joints between similar materials that aren't exposed to wide temperature fluctuation. For high-wear applications, choose a harder sealant for the most abrasion resistance.

Sealants that cannot be sold to the regions listed exceed local regulatory limits on VOCs (volatile organic compounds).