Vacuum Jacketed Hoses
These maintenance-free and durable cryogenic transfer lines are designed for use with liquid nitrogen. Even with the extremely low temperature of -320°F (-196°C) flowing through the hose, the outer surface remains at room temperature, ensuring safety when touched with bare hands. The reduced nitrogen consumption of these hoses translates to cost savings for your business.
Product Description
Vacuum Jacketed Hoses
These maintenance-free and durable cryogenic transfer lines are designed for use with liquid nitrogen. Even with the extremely low temperature of -320°F (-196°C) flowing through the hose, the outer surface remains at room temperature, ensuring safety when touched with bare hands. The reduced nitrogen consumption of these hoses translates to cost savings for your business.
Terbovendosing hoses incorporate cutting-edge super insulation technology, guaranteeing optimal thermal efficiency. In fact, each hose is backed by a 5-year vacuum warranty, ensuring its long-lasting performance. CSM products come in two options for vacuum insulation: static and dynamic vacuum types. To understand which vacuum insulation fits your needs, please click on the link “Dynamic Vacuum vs Static Vacuum.”
Thanks to the coaxial bellow construction, these hoses offer exceptional flexibility, allowing for easy maneuverability. Additionally, the use of lightweight stainless steel materials minimizes cool-down loss to an absolute minimum. To further protect the vacuum jacketed hoses, they are encased in a stainless steel spiral wrap or a braided outer cover, ensuring durability and longevity.
On top of that, terbovendosing conditioning equipment comes with advanced close tolerance bayonet connections that guarantee frost and condensation-free operation, with the lowest heat leaks, preserving your cryogenic fluid at the lowest temperature and ensuring pressure stability. To understand our bayonet technology and how it will benefit your cryogenic system, please click on the link “Close Tolerance Bayonet Technology.”