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These blended aramid fiber/Buna-N rubber gaskets also resist water and aliphatic hydrocarbons such as ethylene.
Each gasket comes with enough bolts and nuts to create a connection between two steel pipe flanges.
Made of Buna-N rubber, these gaskets compress to ensure a tight seal. They resist oil, water, and salts.
The included plastic sleeves and washers provide a layer of protection against dielectric corrosion, which occurs when different metals are joined.
Made of EPDM rubber, these gaskets also resist salt water.
Aramid fibers are blended with SBR rubber to resist inert gases. These gaskets also resist abrasion.
Furnished with plastic sleeves and washers to provide a layer of protection against dielectric corrosion, which occurs when different metals are joined.
Often called controlled swell gaskets, these gaskets absorb water near the inside of the flange and swell to fill gaps. Use them on uneven surfaces, such as grooved, corroded, or pitted flanges.
Made of FDA-listed material for use with food and beverage.
Also known as Gore GR.
Form a seal even under the low torque needed for fiberglass flanges. Also known as Gore UPG, these gaskets are made from soft expanded PTFE.
Reinforced with a stainless steel insert, these gaskets are stronger and can hold their shape better than gaskets without an insert.
Made of pure PTFE, these gaskets have a slippery surface that prevents sticking.
A fiberglass filler in these PTFE gaskets provides strength to prevent them from thinning out when compressed.
These gaskets resist boric acid, citric acid, isopropyl alcohol, fuel, oil, and transmission fluid.
Able to withstand temperatures up to 750° F, these graphite gaskets have a stainless steel insert for strength to handle pressure up to 1,000 psi.
Resistant to water and salts, these silicone rubber gaskets can handle temperatures up to 450° F.
Carbon is blended with Buna-N rubber for gaskets that are unaffected by oil and temperatures up to 650° F.
Our highest temperature gaskets, these are made of vermiculite to withstand temperatures up to 1800° F.
Made from a blend of graphite and Buna-N rubber, these gaskets withstand temperatures up to 650° F.
Also known as spiral-wound gaskets, these have a carbon steel outer ring and a 304 stainless steel inner sealing element with a graphite-based filler.
These gaskets have a carbon steel outer ring and a 304 stainless steel inside sealing element with a PTFE filler that’s virtually chemically inert. They're also known as spiral-wound gaskets.
A space between the outer ring and the sealing element prevents the element from being squeezed inward and contaminating the process line.
Made of 110 copper, these gaskets handle steam applications up to 600° F. They are electrically conductive and resist water, Freon, and fuel oil.
In addition to withstanding temperatures up to 450° F, these silicone rubber gaskets resist water and salts.
These blended carbon/Buna-N rubber gaskets are unaffected by oil and temperatures up to 650° F.
Our highest-temperature gaskets, these are made of vermiculite to withstand temperatures up to 1800° F.
These gaskets are made from a blend of graphite and Buna-N rubber to withstand temperatures up to 650° F.
In addition to oil, these blended aramid fiber/Buna-N rubber gaskets resist water and aliphatic hydrocarbons such as ethylene.
Furnished with enough nuts and bolts to create a connection between two steel pipe flanges.
These compressible Buna-N rubber gaskets ensure a tight seal. They also resist water and salts.
These soft expanded PTFE gaskets are made of FDA-listed material for use with food and beverage.
Often used with fiberglass flanges where you want to avoid overtightening, these gaskets seal under low torque. They’re made of soft, expanded PTFE that is also known as Gore UPG.
Made of soft expanded PTFE, these gaskets are reinforced with a stainless steel insert for added strength. They can hold their shape better than gaskets without an insert.
These pure PTFE gaskets have a slippery surface that prevents sticking.
A stainless steel insert in these PTFE gaskets adds strength and makes them reusable.
Reinforced with fiberglass filler for strength, these PTFE gaskets won't thin out when compressed.
Resistant to boric acid, citric acid, isopropyl alcohol, fuel, oil, and transmission fluid.
Also resistant to salt water.
These neoprene gaskets also resist salts.
Aramid fibers and SBR rubber are blended for resistance to water, inert gases, and abrasion.
The all-SBR rubber construction of these gaskets provides better abrasion resistance than blended aramid/SBR gaskets.
Form a snug seal on grooved-end pipe fittings where water is a concern. Made of EPDM rubber, these gaskets won't break down from contact with water.
Create a tight seal on grooved-end pipe fittings that are exposed to oil. These gaskets are Buna-N, so they won't break down from oil.
Made from a blend of aramid fiber and Buna-N rubber.
Stronger and able to withstand higher pressures than other types of aramid/Buna-N.
Also resistant to water and salts.
Commonly used in low-pressure applications, cork is blended with Buna-N rubber for a flexible, oil-resistant gasket material.
This material withstands temperatures up to 850° F and pressure up to 2,000 psi.
Able to withstand pressure up to 10,000 psi, this is our highest pressure-rated gasket material. It handles temperatures up to 850° F.
Made of American Bureau of Shipping Fire Safe approved graphite material, these sheets withstand temperatures up to 650° F and pressure up to 2,000 psi.
Made from a blend of carbon and Buna-N rubber, this material is unaffected by oil and temperatures up to 650° F.
In addition to withstanding temperatures up to 400° F or 450° F, these silicone rubber gasket sheets resist water and salts.
In addition to handling temperatures up to 1800° F, this vermiculite material resists most acids, alkalies, and detergents.
An ETP (electrolytic tin plate) laminate covers the vermiculite core to ensure this gasket material maintains its shape as it expands and contracts during heating/cooling cycles. Maximum temperature is 1830° F.
Our highest temperature gasket material, this is made of high-alumina ceramic and can withstand temperatures up to 2600° F.
Also resistant to inert gases and abrasion, this material is made from blended aramid fiber/SBR rubber.
This paper-thin material is commonly used for light-duty gasketing.
Damp vibration when sealing in moist environments with this EPDM gasket material.
This material is made with neoprene for resistance to refrigerants.
These neoprene gasket sheets are reinforced with a nylon insert to prevent them from losing shape while under pressure up to 1,000 psi.
Made from a blend of cork and rubber, this material is commonly used for low-pressure applications.
For use in high-pressure applications up to 3,000 psi.
The all-SBR rubber construction of this material stands up to abrasion better than blended aramid/SBR.
Inherently sticky, this silicone gel material conforms to irregular surfaces and stays in place for an effective moisture barrier.
With a maximum pressure of 55 psi, this cork gasket material is commonly used in low-pressure applications.
In addition to water and oil, this pliable leather gasket material resists salts, grease, and detergents.
This material is made of expanded PTFE. It is more compressible than pure PTFE to ensure a tight seal.
A fiberglass filler in this PTFE gasket material provides strength and prevents it from thinning out when compressed.
Made of pure PTFE, this material has a slippery surface that prevents sticking.
This material resists boric acid, citric acid, isopropyl alcohol, fuel, and oil.
Each assortment includes a variety of materials to meet your gasketing needs.
Made of PTFE, these gaskets are chemically inert (except to molten alkali metal and elemental fluorine).
Made from PTFE with an EPDM core, these gaskets have added resiliency resulting in a longer product life.
If a piece wears off, fragments as small as 1 mm can be picked up by a metal-detection system to prevent contamination of your process line.
Made from a blend of PTFE and 316 stainless steel, these gaskets hold up to the harsh chemicals, high pressures, and high temperatures used in sanitary processes.
These gaskets meet Fed. Std. Class 10,000 and ISO Class 7 clean room requirements.
Offering excellent resistance to detergents, hydraulic fluid, and salts, these PTFE gaskets have a corrosion-resistant 316 stainless steel screen to provide inline straining.
These chemical-resistant gaskets have a perforated plate that filters, separates, and strains liquids or dry materials in your line.
Resistant to fuel, oil, and acid condensates, these gaskets are made of fluoroelastomer.
These gaskets meet Fed. Spec. Class 10,000 and ISO Class 7 clean room requirements.
A corrosion-resistant 316 stainless steel screen in these gaskets provides inline straining.
When working with water and steam, these gaskets ensure a tight seal.
These gaskets have a perforated plate to filter, separate, and strain liquids or dry materials in your line.
The built-in screen is made of corrosion-resistant 316 stainless steel and provides inline straining.
Create a tight seal when connecting John Perry fittings.
Create a tight seal when connecting Swedish Milk Standard (SMS) fittings.
In addition to oil, these Buna-N gaskets resist water and salts.
These PTFE gaskets are virtually chemically inert.
Made from a blend of PTFE and 316 stainless steel, these gaskets stand up to the harsh chemicals and high pressures and temperatures used in sanitary processes.
Designed specifically to fit Extra-Support Quick-Clamp Sanitary Tube Fittings.
These gaskets resist swelling when they come into contact with oil.
A corrosion-resistant 316 stainless steel screen provides inline straining.
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.
Stop leaks from variations in temperature and vibration that can loosen 45° flared tube fittings.
Also resist aliphatic hydrocarbons, such as ethylene.
Resist boric acid, citric acid, isopropyl alcohol, fuel, oil, and transmission fluid.
Also known as Hochdruck, these graphite gaskets have stainless steel layers for added strength in hot environments.
Made of soft expanded PTFE, these gaskets are virtually chemically inert.
This premium silicone is the most resilient foam we offer. It is equivalent to Cohrlastic and is also known as Norseal and silicone sponge.
These sheets and strips will bounce back to shape, even after extended compression.
Silicone maintains its flexibility across a wide range of temperatures.
One layer of fiberglass fabric is sandwiched between layers of silicone foam giving these strips strength to handle high-stress applications, such as gasketing.
Even after exposure to sunlight, rain, and snow, these silicone foam strips remain flexible.
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.
A thin layer of aluminized fiberglass on this silicone foam reflects heat to protect sensitive equipment.
Prevent the spread of flames with these self-extinguishing silicone foam sheets and strips.
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.
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.
Made of a blend of neoprene and EDPM, these foam sheets and strips resist water, sunlight, and oxidation.
Just like the material found in wetsuits, these neoprene foam sheets are encased in nylon fabric for additional protection from wear caused by rubbing and abrasion.
Because this natural rubber foam readily bounces back to shape after compression, it’s a good choice for repetitive sealing applications, such as on doors.
The original mouse pad material. These natural foam rubber sheets have a crisscross-textured skin on one side for a nonslip gripping surface and a layer of polyester fabric on the other side that allows objects to smoothly slide across it.
Made of EPDM foam, these sheets and strips have the best resistance to water, sunlight, and oxidation of all the foam we offer.
EPDM is blended with neoprene and SBR to create a general-purpose foam that offers good resistance to water and wear.
These vinyl foam sheets and strips are so conformable that once they're compressed they won't fully spring back. Use them to fill gaps and seal uneven surfaces.
Offering excellent resistance to corrosive environments, these Viton® fluoroelastomer foam sheets and strips stand up to a wide variety of chemicals, fuels, and oils.
An economical alternative to Viton® fluoroelastomer foam, these semi-rigid nylon foam sheets offer good resistance to a wide range of chemicals.
Made from a blend of Buna-N, neoprene, and vinyl, these foam strips have good resistance to oil.
This foam meets UL fire extinguishing specifications. It's made from a blend of Buna-N, neoprene, and vinyl to offer offer good resistance to oil.
Made of Epichlorohydrin, an alternative to Buna-N, these foam sheets have excellent resistance to oil.
Cut soft materials such as PTFE, fiber, rubber, and cork.
Ensure precise cuts with a measuring scale and adjustable blade depth.
Turn the handle to make quick and accurate circular cuts.
When the blade gets dull, snap it off to expose a new, sharp edge. This cutter has a utility knife mounted on a radius bar.
Use these O-rings with metric sanitary fittings, which are also called aseptic fittings. Made of EPDM, they resist water, steam, ethanol, and ethylene glycol.
Use these O-rings with metric sanitary fittings, which are sometimes called aseptic fittings. Made of Viton® fluoroelastomer, these O-rings resist a wide range of chemicals, including benzene, butyl alcohol, and ethylene glycol.
Pair these O-rings with metric sanitary fittings, which are commonly known as aseptic fittings. Made of PTFE, they’re rigid with a slippery surface and resist harsh chemicals such as acetone, fluorinated solvents, methanol, and boric acid.