Hollow construction makes these silicone rubber seals more compressible than solid seals. They resist heat, water, and salts. They’re firmer and more durable than silicone foam rubber. These seals have a flange that can be positioned along a door’s edge to cover gaps and block dust, noise, and vibration.

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

Use these solid silicone rubber seals in hot environments, as well as with water and salts. They’re firmer and more durable than silicone foam rubber. They have a flange that can be positioned along a door’s edge to cover gaps and block dust, noise, and vibration.

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

Made of silicone foam rubber, these solid seals stand up to hot environments and resist water and salts. They’re softer and more flexible than silicone rubber seals and will effortlessly conform to uneven surfaces. They have a flange that can be positioned along a door’s edge to cover gaps and block dust, noise, and vibration. The foam has closed-cell construction, which resists absorption.

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

Firmer and more durable than EPDM foam rubber seals, these seals are made of EPDM rubber. They resist water, sunlight, ozone, and salts. They have hollow construction for compressibility and a flange that can be positioned along a door’s edge to cover gaps and block dust, noise, and vibration.

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

Made of Viton® fluoroelastomer rubber, these seals stand up to fuels and aggressive chemicals, such as petroleum oil, hydrofluoric acid, and propyl alcohol. They have hollow construction for compressibility and a flange that can be positioned along a door’s edge to cover gaps and block dust, noise, and vibration.

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

In addition to having good resistance to water, sunlight, and oxidation, these neoprene foam sheets and strips resist swelling when they come into contact with oil.

Closed-cell foam restricts water, air, and gases from being absorbed.

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

Even after exposure to sunlight, rain, and snow, these silicone foam strips remain flexible. Silicone will maintain its flexibility across a wide range of temperatures. This foam has closed-cell construction, which restricts water, air, and gases from being absorbed. Strips have a crisscross texture that provides a nonslip gripping surface.

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

Made of FDA-listed material for use with food and beverage, these PTFE seals are lubricated with mineral oil. Use them in pumps for applications involving acids, alkalies, brines, and solvents. Cut these seals to size with a knife; then pack them into place.

Fill irregularities in valve stem with these soft PTFE seals. They are self-lubricating. Use them in applications involving acids, alkalies, brines, and solvents. Cut these seals to size with a knife; then pack them into place.

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

Aramid and PTFE fibers are blended for seals that resist chemicals and abrasion. Use these seals in pumps for applications involving acids, alkalies, brines, and solvents. Cut them to size with a knife; then pack them into place.

These lubricated PTFE fiber seals stand up to acids, alkalies, brines, and solvents. Use them in pumps and valves. Cut these seals to size with a knife; then pack them into place.

The graphite filler in these expanded PTFE seals dissipates heat away from the shaft, so your pump runs cool at high speeds. Use these seals in applications involving acids, alkalies, brines, and solvents. Cut them to size with a knife; then pack them into place.

GFO seals, also known as 100% GFO, are made entirely of Gore materials.

These seals are made of PTFE fiber without a lubricant, so they’re harder than other chemical-resistant packing seals to handle high-pressure valve applications. Use them with acids, alkalies, brines, and solvents. Cut these seals to size with a knife; then pack them into place.

Offering excellent flexibility for steam applications in pumps and valves, these seals are made of expanded graphite yarn. Cut them to size with a knife; then pack them into place.

The Inconel-wire reinforcement in these expanded-graphite yarn seals ensures they keep their shape longer than the High-Flexibility Steam-Resistant Packing Seals. Use them for steam applications in valves. Cut these seals to size with a knife; then pack them into place.

Use these graphite-impregnated graphite seals for steam applications in pumps and valves. Cut them to size with a knife; then pack them into place.

Made of graphite-impregnated carbon, these steam-resistant seals dissipate heat from the shaft to protect pumps and valves when operating at high speeds. Cut them to size with a knife; then pack them into place.

Our most compressible packing seals, these require less pressure than any other to make an effective seal. They’re made of lubricated PTFE-impregnated aramid fiber and are for use in pumps. Cut these seals to size with a knife; then pack them into place.

Made of PTFE-impregnated synthetic fiber, these seals are for use in pumps. They're lubricated to prevent overheating. Cut these seals to size with a knife; then pack them into place.

Synthetic yarn that’s comparable in strength to aramid is combined with graphite for soft seals that dissipate heat away from the shaft to extend the life of pumps. Cut these seals to size with a knife; then pack them into place.

The most abrasion resistant of all our packing seals, these are made of PTFE-impregnated aramid fiber that has been saturated in a lubricant. They are for use in pumps. Cut these seals to size with a knife; then pack them into place.