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

Even when subjected to heavy compression, these rigid polyimide sheets won't crack.

The most common of our flexible high-temperature sheets, these are used to insulate furnaces.

These lightweight flexible fiberglass sheets are typically used to insulate equipment and appliances.

Insulate high-vacuum furnaces and other low-oxygen vacuum enclosures with these flexible sheets.

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.

Typically used in ovens and furnaces, these are the most efficient of our rigid high-temperature insulation sheets. Please note that they require special care when installing since the crumbly material is difficult to work with and will crack easily. Sheets lose strength over time and are intended to be installed behind another facing or insulation material.

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.

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.

Set and repair cast iron and steel furnaces, heaters, stoves, and boilers with this ready-to-use cement. It experiences minimal shrinkage for a permanent smokeproof and gasproof joint. Apply with a trowel or a spatula.

Protect equipment and surfaces from radiant heat. These flexible sheets have an adhesive back for installation.

Even at high temperatures, these tubes remain flexible to stretch over components without tearing. They restrict absorption of water, air, and gas and are typically used on hot and cold water lines and electrical components.

Superior in strength and durability, these thin strips insulate as well as protect personnel from accidental contact with hot pipes. Use for exhaust, hot water, and process pipes.

This common insulation material is typically used on hot and cold water lines and in process piping.

Hook-and-loop fasteners make it easy to install, remove, and reuse this flexible insulation. Use on steam, hot water, and process pipes and fittings.

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.

Very rigid with a 0% water absorption rate, this insulation is unaffected by corrosive environments, organic solvents, and most acids. It is typically used in chemical-processing systems and underground lines.

Rigid and flame resistant, these insulation tubes are typically used in process piping and mechanical systems.

Able to withstand temperatures as low as -290° F, these super-thin, lightweight sheets are made of fiber-reinforced silica aerogel that can flex into tight spaces other insulation can't. Use in process piping and power-generating applications.

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

Save installation time with banding that’s ready to use. It has an easy-to-close fastener on one end.

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.

Typically used as duct wrap, these flexible sheets consist of polyethylene bubbles covered with aluminum polyester foil that prevent 96% of heat from radiating into or away from duct. Use on rectangular and round ductwork.

Wrap rectangular and round ductwork with this flexible insulation.

Expanding quickly to fill large voids, this foam insulation begins to harden in 4 minutes and can be cut within 10 minutes.

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.

Cover large areas with this two-part expanding foam insulation.

Made of rugged PVC foam, these rigid sheets absorb impact and restrict the absorption of water, air, and gas. Use in applications with operating temperatures below 32° F.

With larger openings than porous fiberglass fabric, these sheets allow for more air circulation in drying applications.

These sheets are 50% more tear resistant than other fiberglass fabric sheets.

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

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

Commonly used as curtains and in sealing applications.

A blend of aramid and fiberglass, this fabric resists mildew and abrasion. It is self-extinguishing and won't melt, so it's often used for insulation applications.

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

Commonly used as curtains, covers, insulation, and splash shields, these sheets protect against welding spatter.

Use these sleeves alone or with gloves to protect your arms from heat.

Also known as wave solder gloves, wear these to avoid damaging static-sensitive electronic parts. They have a nitrile coating that protects hands while soldering.

Protect your hands from intermittent exposure to flames and radiant heat up to 2000° F.

Protect your hands from intermittent exposure to extreme heat during jobs that don't require high dexterity. Mitts are more convenient to put on and take off than gloves.

The lining withstands intermittent heat, while the outer layer of material acts as a barrier to chemicals and solvents.

Made of aluminized fabric, these gloves reflect radiant heat and protect against sparks.

Maintain a secure grip on wet surfaces. These gloves have a lining that safeguards hands from cold objects as well as cold weather.

Wear these gloves to keep your hands dry and warm at temperatures as low as -320° F.

These mitts can be worn as mitts or open-fingertip gloves. A fleece lining keeps your hands warm when working with cold objects or in cold weather.

Place these pads inside gloves and mitts for 10 hours of warmth.

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 pads allow you to rest your arm on a hot surface while welding.

Slip these pads over gloves for additional protection against sparks and spatter.

Designed for MIG welding, these gloves have better heat protection than TIG gloves.

The lens on these helmets automatically switches from light to dark the instant you start welding.

Hold these lightweight face shields up to your face for quick inspection of welding activity.

For full-face protection while welding, select one of these shields.

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

Shorter than coats, jackets cover your hips.

Protect the front of your legs against radiant heat, flames, and welding sparks. Made of flexible leather, these chaps resist cuts and abrasion.

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

Longer than jackets, coats extend past the knee.

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

These knee-length coats offer more coverage than jackets to protect against heat and sparks. Hot particles won't get trapped because there are no pockets. Pull tabs allow for quick removal.

These pants have no pockets, so they won’t trap hot particles when protecting against sparks. They have durable leather belt loops, as well as buttons for suspenders.

These adjustable leggings protect your shins and the top of your feet from heat, sparks, and molten metal splashes. They have pull tabs for quick removal.

Protect your head from minor bumps and scrapes.

Often used in steel mills, foundries, and glass plants, these covers reflect radiant heat and protect against sparks.

With an aramid honeycomb core sandwiched between carbon fiber or fiberglass for rigidity, these panels are strong, but lightweight, and won’t conduct heat. Often used as wall panels in structural and insulating applications, they’re a lightweight alternative to solid composite and aluminum honeycomb panels.

This tape reflects intense heat to protect sensitive components.

The adhesive on this conformable aluminum foil tape is electrically conductive for use on surfaces that can't be soldered. Use it to shield cables and electronic components from EMI (electromagnetic interference).

A mica and silicone rubber blend allows this sleeving to withstand temperatures up to 2100° F. It can be quickly applied to hose or cable like tape, so it's a good option for emergency patches.

Reduce the likelihood of slipping in high-traffic areas. This sleeving has thick, nonslip fibers that create friction so it doesn’t slide when you step on it. It stretches to fit over items for easy installation, then tightens around its contents for a secure fit.

Tight braiding makes this sleeving resistant to fraying when cut with scissors. It stretches to fit over items for easy installation, then tightens around its contents for a secure fit.

This sleeving absorbs UV light, so it can be used in direct sunlight without getting damaged. A reusable alternative to tape and cable ties, it allows you to route wire and cable between the spirals.

Made of aluminum with a fiberglass liner, this sleeving reflects heat away from contents and withstands temperatures up to 390°F. A slit along the entire length makes it easy to install around wire, cable, and hose without disconnecting them.

This sleeving withstands temperatures up to 390°F and is often used to insulate connections in transformers and relays. It prevents electricity and heat from dissipating from wire and cable.

Often used to protect wire, cable, and hose in robotics and other automated applications, this highly flexible sleeving withstands continuous motion without tearing or fraying.

This sleeving stretches to fit over items for easy installation, and then tightens around its contents for a secure fit. Choose from multiple colors to organize wire and cable.