Concept Group • Insulon® Vacuum Jacketed Hose
Insulon Applications for Vacuum Systems
Cryogenic and vacuum systems demand extreme thermal performance, reliability, and temperature stability. Insulon® vacuum jacketed hose helps reduce heat gain, boil-off, condensation, frost, and thermal loss in applications involving LN₂, liquid hydrogen, helium, LNG, industrial gases, and temperature-sensitive transfer systems.
Request a Call With Our EngineersReal-World Vacuum Application
A facility operating cryogenic liquid transfer systems experienced thermal loss and excessive boil-off during low-temperature transfer operations. Existing hose solutions struggled to maintain cryogenic performance, reducing transfer efficiency and creating operational challenges.
Solution
Concept Group implemented Insulon® vacuum jacketed hose engineered to minimize heat gain across cryogenic transfer lines while maintaining stable thermal performance in extreme operating conditions.
Result
- Reduced heat gain and cryogenic boil-off
- Improved low-temperature transfer efficiency
- Reduced condensation and frost formation
- Reliable performance without ongoing vacuum maintenance
Common Vacuum & Cryogenic Challenges
- Heat gain causing boil-off during cryogenic transfer
- Condensation, frost, or icing on transfer lines
- Two-phase flow at the delivery point
- Temperature instability across long transfer runs
- Vacuum maintenance requirements in traditional hose systems
Why Insulon®
- Supports cryogenic service down to −270°C
- Vacuum-insulated design helps reduce heat gain and boil-off
- Custom lengths, fittings, and engineered configurations
- No pump-down port or ongoing vacuum maintenance
- Suitable for LN₂, hydrogen, helium, LNG, and industrial gas applications
Discuss Your Cryogenic Application With Our Engineers
Every cryogenic system is different. Schedule a short consultation to review your operating temperature, fluid media, pressure requirements, transfer distance, installation constraints, and thermal performance goals.