New Product! — Insulon® Hose LP — Vacuum Jacketed Hoses

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Bend-to-Shape Vacuum Insulated Tubing

Custom engineered with Insulon® advanced vacuum insulation for applications from -270°C to 1000°C

Insulon® Bend-to-Shape Tubing

Field-Bendable

Adjust to your desired form, and our bend-to-shape tubing holds its position.

Thermally Insulated

Engineered with Insulon® advanced vacuum insulation for ultra-high thermal performance.

Applications

We engineer and manufacture Insulon bend-to-shape tubing for a wide variety of applications, including thermal ablation devices.

Cryogenic transfer lines

Food-grade applications

Medical-grade applications

High-temp fluids

Cable and wire harnesses

Specifications

Operating Temperature Range

Engineered for cryogenic and high-temperature applications from -270°C to 1000°C.

Pressure Ratings

Insulon® products can be designed to meet a wide range of pressure requirements.

Material Selection

Materials are selected according to each application and include stainless steel, Inconel, and other alloys.

Interested in Insulon Bend-to-Shape Tubing?

Bend-to-shape vacuum insulated sleeve for thermal ablation devices

Other types of vacuum insulated tubing:

Not looking for bend-to-shape tubing? Insulon tubing is also available in rigid and flexible designs.

Flexible vacuum jacketed hose for low- and high-temperature applications

Flexible Tubes & Hoses

High-performance insulation, small bend radius, and easy installation. Flexible vacuum insulated tubes withstand vibration and other mechanical stresses.

Vacuum Jacketed Hoses →

Small diameter vacuum insulated tubes are displayed next to a U.S. dime to demonstrate small size

Small- and Micro-Bore

Small-bore and micro-bore vacuum jacketed tubes are ideal for space-constrained applications. Featuring an ultra-thin design without sacrificing thermal performance.

Small-Bore & Miniature Tubing →

Stainless steel vacuum insulated pipes

Straight, Rigid Tubing

Ultra-thin vacuum insulated tubes and pipes for cryogenic and high temperatures. Option to include multi-layer insulation to reduce radiation heat transfer.