Insulon Vacuum Jacketed Hose, High Pressure, Standard, 1/2″ ID with CGA-295 Brass End Fittings
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Ideal for intermittent cryogenic fluid transfer applications including liquid nitrogen, helium, argon, and other cryogens. Option to include a phase separator for cryogenic dispensing. For continuous cryogenic flow, please see Insulon Vacuum Jacketed Hose with MLI.
Designed without multi-layer insulation (MLI), Standard Insulon Hose feature a smaller outer diameter, lighter weight, and greater flexibility than most other vacuum jacketed hoses.
Engineered with proprietary vacuum insulation technology, Insulon hose requires zero pump-downs at installation and zero pump-down maintenance.
Description
Insulon Hose is the first of its kind — a vacuum jacketed hose engineered with proprietary insulation technology for cryogenic and high temperature environments. Insulon Hose LP is engineered for low pressure fluid transfer applications from -270 to 815°C (-454 to 1500°F).
- Insulon Hose, High Pressure, 1/2″ ID with CGA-295 Brass has a maximum allowable working pressure (MAWP) of 500 psi for fluid transfer applications from -270 to 38°C (-454 to 100°F).
- Cryogenic applications use vacuum insulated hoses to safely transfer extreme temperature fluids including liquid nitrogen, hydrogen, helium, argon, and oxygen.
Looking for something else? Concept Group custom-engineers Insulon vacuum insulation for a variety of industrial, commercial, and other custom applications. Contact us to speak with our engineering team.
Technical Specifications
Inner Diameter (ID) | |
---|---|
Outer Diameter (OD) | 1.27 in. |
Lengths | 2 – 66 feet (0.6 to 20 meters) |
Operating Temperature (°C) | -270°C to 815°C |
Operating Temperature (°F) | -454°F to 1500°F |
Material | |
Performance Level | |
Pressure | |
Maximum Allowable Working Pressure (MAWP)* | 500 psi (-270 to 38°C) |
Minimum Bend Radius, Static | 5.00 in. |
End Fittings (included) | CGA-295 Brass |
Product type | Hose Insulation > Vacuum Jacketed Hoses |
Tube Stub OD | 0.500" |
*For high temperature applications (over 38C/100F), see MAWP derating factor by temperature. Contact us for assistance.
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