With a temperature rating of 1800°F or higher, this sleeving can withstand hotter temperatures than fiberglass and most ceramic.

A blend of Aramid and fiberglass gives this sleeving excellent abrasion resistance. It can withstand temperatures up to 650° F

Made from thicker and denser fiberglass than standard spark-resistant sleeving, this sleeving is more abrasion resistant and provides better insulation. The silicone rubber coating protects against sparks and molten metal splash.

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.

Use this PTFE sleeving in applications where temperatures reach up to 500° F.

With excellent torsional strength, this sleeving withstands the extreme twisting found in robotics. It has impact strength similar to steel yet is lighter than most other sleeving materials. Stretch it to fit over items for easy installation; it tightens around its contents for a secure fit.

Silicone rubber coats this fiberglass sleeving to shed sparks and molten metal splash. It has a slit along the entire length so it easily wraps around wire, cable, and hose without disconnecting them.

This sleeving reflects heat away from contents and withstands temperatures up to 900°F. The corrugated construction gives it impact and abrasion resistance similar to conduit, but with more flexibility.

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.

This tubing shrinks down to a quarter of its original ID, so it creates a tight seal over irregularly shaped objects. It withstands up to 500° F.

This PTFE tubing withstands temperatures up to 450° F and has an inner lining that creates a water-resistant seal when heated.

Use this tubing where wire and cable may be exposed to chemicals, oil, and acids.

Often used in automated applications such as robotics, this highly flexible silicone rubber tubing withstands continuous motion without cracking and tearing. It resists abrasion and can be dragged over rough surfaces without damage.

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

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

Use these sleeves alone or with gloves to protect your arms from welding sparks and spatter.

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

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

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.

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.

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.

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.

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.