Made of flexible composite paper, these sheets won't shrink or lose shape in the high temperatures of air furnaces and hot water tanks.

Often used in high-humidity applications for its low moisture absorption, this flexible paper insulation is made of inorganic materials. It’s typically used in appliances and electrical devices.

Made of high-strength calcium silicate, these durable sheets withstand high temperatures and are often used in power-generating applications.

Designed for fluctuating, high-temperature applications, these semi-rigid sheets are typically used in furnaces and fire protection applications. They experience very little shrinkage at high temperatures, but the brittle material can be somewhat difficult to work with.

The perforated vinyl facing allows moisture to evaporate and resists cracking and fading. These flexible sheets are good for insulating large enclosures.

Insulate high-vacuum furnaces and other low-oxygen vacuum enclosures with these rigid sheets. They withstand higher temperatures when used in a vacuum and can be machined through sawing or drilling.

The fiberglass facing on these flexible silicone foam sheets protects against highly abrasive conditions and resists tearing.

Wet these rigid sheets and they become formable. They can be molded multiple times until exposed to heat, which causes them to become rigid again.

Stronger than standard firebricks but with lower insulation capabilities, these withstand heavy abrasion on the floors and sides of furnaces. Also known as hard firebricks.

Lay, coat, and bond firebricks. Apply this mortar with a trowel.

Spray on this clear gel to protect components and surfaces from heat damage and discoloration caused by soldering, welding, and brazing. It is nonstaining and won't leave a residue.

Shield against extreme heat with these flexible ceramic strips. They are often used to insulate hose, cables, and process piping.

Lightweight and super thin, these fiber-reinforced silica aerogel sheets and strips flex into tight spaces other insulation can't. Use on process piping and in power-generating applications.

Soft and easy to install, this insulation restricts absorption of water, air, and gas. It is often used on cold and hot water lines and refrigeration lines.

Less flexible than rubber foam, this insulation restricts absorption of water, air, and gas. It is typically used in plumbing applications

These rigid, lightweight melamine foam tubes are wrapped in an ISO Class 5 and Fed. Spec. Class 100 clean room jacket that is suitable for sanitary and washdown applications. They’re typically used on cold and hot water piping and with refrigeration systems.

These kits insulate one P-trap and two stop valves to reduce the risk of burns from accidental contact with hot pipes under your sink. The molded, flexible pipe covers are ADA compliant when properly installed.

Reduce the risk of burns from accidental contact with hot pipes under your sink. These molded, flexible pipe covers are ADA compliant when properly installed.

This very rigid insulation offers the lowest heat-flow rate of our pipe insulation and restricts absorption of water, air, and gas. It is typically used in process piping and chiller plants and performs best in applications below 50° F.

Guard insulation from heavy impact and chemical exposure. This metal jacketing is corrosion resistant and often used outdoors.

An alternative to jacketing, these coatings create a vapor barrier and protect from conditions outdoors. They are often used on irregularly shaped surfaces, such as fittings, flanges, and valves.

Wrap pipes, tubing, and fittings to prevent condensation from forming. These strips are for use on copper, iron, and steel.

Insulate rectangular ductwork.

Also known as fire wrap, these flame-resistant sheets meet ASTM E84 0/0 for flame and smoke and create a fire barrier around rectangular and round ductwork. They are often used to wrap kitchen grease exhaust ducts and air ducts.

Often used around electrical outlets and plumbing openings, this foam insulation helps prevent flames and smoke from spreading between walls and floors.

Fill cracks with this single-use can of expanding foam insulation. It hardens enough to be cut in one hour and reaches full strength in 24 hours.

Small puffs of loose-fill insulation can be packed as densely as you choose. Pour or blow it into walls and ceilings, or mix it into insulating cements as a filler.

Attach these hanger studs to a flat surface, then press your insulation sheets onto the spikes and secure with a washer.

Use these sheets in operating temperatures below 32° F, such as cold-storage applications.

These sheets can be grounded to reduce static electricity.

The PTFE coating makes these fiberglass sheets nonstick and chemical resistant.

Commonly used as curtains and in sealing applications.

This abrasion-resistant fabric sheds molten metal spatter when placed at an incline of 15° or greater. Use as a welding curtain.

Resistant to sparks and molten metal spatter, this fabric withstands temperatures up to 1000° F. It's often used for curtains, blankets, and gaskets.

In addition to being oil resistant, this fabric protects against molten metal spatter when used vertically. Use as a heat shield or a welding curtain.

Even when exposed for as long as 2 minutes to temperatures up to 2600° F, these sheets won't ignite or melt.

Use these strips for high-temperature seals and heat insulation.

Protect your arms against intermittent exposure to flames and radiant heat.

These flexible leather gloves protect your hands from intermittent direct contact with objects or surfaces heated up to 500° F. They are more abrasion resistant than other heat-protection gloves.

Designed for intermittent handling of hot pipes, engine parts, and castings, these gloves protect your hands from moderate heat and some abrasion.

Often used for casting and ceramics production, these cotton gloves are the traditional choice for jobs involving intermittent moderate heat.

Used in firefighting and similar severe duty applications, these fire-retardant gloves meet OSHA, CAL-OSHA, and NFPA requirements.

Protect your hands from intermittent exposure to extreme heat during jobs such as metal forging and glass manufacturing.

These gloves meet NFPA 70E for protection against arc-flash hazards. They are made with flame-resistant materials and are rated for cut resistance.

These flexible gloves conform to your hand for improved dexterity, even when working in cold weather or handling cold objects. They are rated for cut resistance to guard hands from sharp objects.

Protect your hands while working with petroleum-based products. These gloves safeguard hands from cold objects as well as cold weather.

Wear these form-fitting liners under gloves and mitts to seal in warm air and wick away moisture.

A leather palm provides abrasion resistance. Use these lined gloves to safeguard hands from cold objects as well as cold weather.

The all-leather design offers durability and wear resistance. An insulated lining safeguards hands from cold objects as well as cold weather.

These flame-resistant cots protect your finger from welding sparks and spatter, molten metal, and high heat up to 1800°F.

Use these gloves to shield your hands from welding sparks and spatter.

Designed for TIG welding, these gloves are thinner than MIG gloves for more flexibility and sensitivity.

Providing greater safety while welding than face shields, these helmets have an outer filter lens cover for protection from scratches and weld spatter.

The gold coating on these lenses reflects high temperatures.

Protect your head and neck from extreme heat.

Protect the top of your head from falling objects.

Keep arms cool while protecting against harmful UV rays.

Keep feet warm and dry in frigid temperatures with these insulated boots.

Protect your neck from heat, sparks, and molten metal splashes. Use the hook and loop tabs to fasten them to a hard hat.

Protect against sparks with these pocketless aprons. They have adjustable neck and waist straps, which snap on and off so you can remove them quickly.

Choose these jackets for protection from heat and sparks. They have no pockets, so hot particles won't get trapped, and pull tabs to allow for quick removal.

For an added layer of insulation, wear these fitted pants under clothing.

Wear these fitted shirts under clothing for added warmth.

Thicker and longer than jackets, coats provide better coverage to keep you warm in bitterly cold conditions—down to -50° F.

These jackets protect you from the cold and wind while offering greater mobility than coats.

Made of treated cotton, these pants provide better protection against wear and abrasion than base-layer pants.

Made of CarbonX fabric, these shirts won’t burn or melt when intermittently exposed to radiant heat, flames, and welding sparks.

Wear these fitted pants under clothing for an added layer of protection.

Shorter than coats, jackets cover your hips.

Longer than jackets, coats extend past the knee.

Made of cotton, these coveralls are treated to protect against low radiant heat and minor sparks when welding.

Protect your arms and chest from heat and sparks when welding.