Home » Vacuum Jacketed Pipes, Tubes, and Hoses

Vacuum Jacketed Pipes, Tubes, and Hoses

Rigid pipes, flexible hoses, and bend-to-shape tubing for applications from -270°C to 1000°C

Geometries

Straight, flexible, and bend-to-shape segments can be joined together to create custom arrangements. End fittings are selected according to the needs of your application and can include Swagelok compression fittings.

Flexible vacuum jacketed tube

Flexible Tubes & Hoses

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

Flexible tubes and hoses →

Bendable vacuum insulated tube that holds its shape

Bend-to-Shape Tubing

Field-bendable tubing that holds its shape. Adjust to your desired form, and our bend-to-shape tubes stay in position while delivering high-performance insulation.

Bend-to-shape tubing →

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

Small-Bore & Miniature Tubing

Small-diameter and miniature vacuum jacketed tubes for compact and space-constrained systems. Ultra-thin design and ultra-high performance.

Small-bore & miniature tubing →

Stainless steel vacuum insulated pipes

Straight, Rigid Piping

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

Our Technology

Advanced vacuum insulation

We engineer Insulon® advanced vacuum insulation to solve unique and complex thermal challenges across industries and applications.

Multi-layer insulation

For ultra-high insulation performance, we install proprietary MLI inside the vacuum annulus to reduce radiation heat transfer.

High temperature insulation

Many vacuum insulation technologies work for cryogenic applications (ours does too). We engineer Insulon® for applications up to 1000°C.

Benefits

Cryogenic applications

  • Durable, reliable construction
  • Easy to clean and sterilize
  • Improve thermal energy efficiency
  • Low profile, space-saving designs
  • Reduce boil-off and conserve materials
  • Reduce condensation and risk of mold
  • Reduce risk of corrosion-under-insulation (CUI)

High temperature applications

  • Durable, reliable construction
  • Easy to clean and sterilize
  • Flame retardant materials
  • Improve thermal energy efficiency
  • Low profile, space-saving designs
  • Reduce external skin temperature
  • Reduce heat loss and conserve thermal energy

Interested in Insulon vacuum insulated piping, flexible hoses, or bend-to-shape tubing?