Multi-Layer Insulation (MLI)
Selecting the right performance level for high temp vacuum jacketed hoses
Critical high temperature fluid transfer applications include deposition lines in semiconductor manufacturing; steam lines in food production processes; and hot exhaust gases found in a range of industrial applications. Insulon … Read more
Build your Insulon vacuum jacketed hose assembly
Applications 2. Choose your performance level 3. Select pressure rating For high temperature applications (21 to 900°C), please see pressure derating factor by temperature. Low Pressure Hose Size (Inner Diameter) … Read more
Prevent downtime and reduce maintenance costs with zero pump-downs
Insulon vacuum jacketed hoses use proprietary technology to eliminate the need for pump-down maintenance. Keep reading to learn more about how Insulon hoses help achieve maximum productivity by delivering outstanding … Read more
How much more compact are Insulon vacuum jacketed hoses?
For a given inner diameter, Insulon vacuum jacketed hoses typically have a smaller outer diameter than other vacuum jacketed hoses. Insulon hoses are based on proprietary vacuum insulation and multi-layer … Read more
How do Insulon hoses compare to other vacuum jacketed hoses?
Insulon vacuum jacketed hoses deliver unparalleled thermal insulation performance in environments that require ultra-high precision and temperature control. Effective in both moderate and extreme conditions, Insulon vacuum jacketed hoses operate … Read more
Get the details: Technical specifications for Insulon Vacuum Jacketed Hose
Download the new product catalog to view specifications and performance data for low pressure and high pressure vacuum jacketed hoses. Plus, see which hoses are available with multi-layer insulation (MLI) … Read more
Vacuum Super Insulation with High Temperature MLI
Thermal radiation can easily penetrate most types of insulation materials, even those designed for high temperatures. Vacuum insulation drastically reduces convective and conductive heat transfer, but radiation can still get … Read more