In addition to withstanding temperatures up to 450° F, these silicone rubber gaskets resist water and salts.

Made with metal additives, these silicone gaskets create tight seals to prevent leaks in high-temperature food-processing applications. Since they’re metal detectable, they help you comply with Hazard Analysis and Critical Control Point (HACCP) programs for food safety.

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

These gaskets meet Fed. Std. Class 10,000 and ISO Class 7 clean room requirements.

Use these perforated gaskets to filter liquids and dry materials, as well as create a tight seal in quick-clamp stainless steel sanitary tube fittings. Made of silicone, they handle temperatures up to 450° F, so they’re good for heated ingredients and clean-in-place (CIP) processes.

Form a tight seal on cam-and-groove hose connections without fear of contaminating your food processing line. The metal additive in these gaskets can be picked up by a metal detector, so you can find and remove them if they fall into your line.

The FEP casing on these O-rings provides the same level of resistance to harsh chemicals as PTFE O-rings, but the core material is soft to make these O-rings more compressible.

Flexible even at temperatures as low as -80° F, these fluorosilicone O-rings will keep your fittings free from leaks. They’re often used on fuel and coolant hose because fluorosilicone resists many chemicals, including ethanol and ethylene glycol.

These silicone O-rings withstand temperatures up to 400° F or 450° F.

These square-profile O-rings have flat edges on all four sides, so they cover more surface than round-profile O-rings for a better seal in static applications, such as hose, pipe, and faucet connections.

Also known as Boss O-rings, these O-rings are for use in tube fittings with a straight-thread connection.

Use this cord stock to create O-rings for high-temperature applications up to 400° F.

Create round-profile O-rings for sealing applications near ovens and other hot areas in your food plant.

These assortments include a mix of EPDM O-rings that resist water and steam and silicone O-rings that resist temperatures up to 450° F.

The hollow construction on these seals provides better compressibility than solid rubber seals. Made of silicone rubber, they also resist water and salts.

These solid silicone rubber seals also stand up to water and salts.

Able to withstand temperatures up to 500° F, these all-rubber silicone seals resist water and salts.

These seals have solid construction.

These seals have solid construction.

These platinum-cured silicone rubber sheets and strips meet the strict purity standards of USP Class VI.

Filled with carbon black, these sheets won’t generate static charges and divert existing ones away from electronics. Use them as a conductor to protect components from static discharge.

Seal and cushion narrow spaces such as channels.

Stronger than standard high-temperature silicone rods, these rods are longer lasting and more shock absorbent.

Silicone maintains its flexibility across a wide range of temperatures.

These sheets and strips will bounce back to shape, even after extended compression.

One layer of fiberglass fabric is sandwiched between layers of silicone foam giving these strips strength to handle high-stress applications, such as gasketing.

Seal and damp vibration around high-temperature food-service equipment with these silicone foam sheets and strips.

Even after extended compression, these sheets and strips will bounce back to shape.

Protect sensitive equipment from heat buildup with this silicone foam. These sheets are commonly used to fill gaps and damp vibration in computers, battery installations, and pipe assemblies.

These silicone foam cords meet NSF/ANSI 51 for food equipment materials. Use them to seal and cushion narrow spaces in food service equipment.

These flexible grommets withstand temperatures of 450° F or greater, which is approximately twice as high as our standard grommets. Push them into place to protect wire, cable, and cords by turning rough-edged and uneven holes into smooth, insulated holes. Commonly used in metal panels, they also damp vibration.