Cryogenic Insulation
Explore the articles below to learn more about Insulon vacuum insulation for cryogenic applications.
What is the R-value of vacuum insulation?
If you’re looking for high-performance thermal insulation, you’re probably comparing a few different options to figure out what product is right for your application. You might be concerned about operating temperature … Read more
Engineering Vacuum Insulation
Insulon® is different from conventional insulation materials – and so are the results. We collaborate with your team to develop advanced vacuum insulation and integrate it into your system to enhance thermal … Read more
Is advanced vacuum insulation right for my application?
Thermal insulation can have significant impacts on design, structure, and system performance, and selecting the right materials for your system is an important decision. Advanced vacuum insulation delivers unique, high-performance solutions for … Read more
Liquid Nitrogen Pipe Insulation (Video)
This video demonstrates the thermal performance of a ½ inch diameter, 6-inch long Insulon® vacuum insulated tube. The Insulon tube is compared to a double-walled, air-insulated tube and a single-walled, non-insulated tube. … Read more
High Thermal Shock Resistance: Vacuum Insulation Demo
What is thermal shock? Thermal shock occurs when materials are rapidly exposed to extreme temperatures. Severe and/or repeated exposure to sudden changes in temperature can lead to degradations in material … Read more
Schlieren and Thermal Imaging: Vacuum Insulation Demo
Vacuum insulation demo The video above includes two demonstrations illustrating the thermal performance of Insulon® advanced vacuum insulation. The first demonstration is at high temperatures (650°C / 1200°F), and the second … Read more
Aerogel vs. Vacuum Insulation
Aerogel alternative Advanced vacuum insulation is a highly effective thermal barrier that can be used as an alternative to aerogel. Both of these products can offer advantages compared to traditional … Read more