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
Storing and transporting thermally-sensitive pharmaceutical and biomedical materials can pose a significant challenge. For example, medications such as epinephrine and insulin must be kept at temperature to preserve their efficacy. … Read more
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
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
Working with sensors in high temperature environments can pose a variety of challenges. High-performance thermal insulation can allow sensors and other delicate instruments to operate in higher temperature environments for … Read more
Cryogenic vacuum insulation For years, cryogenic systems have benefitted enormously from vacuum insulation. According to NASA, “Cryogenic thermal insulation systems that incorporate a vacuum environment can provide the lowest possible heat transfer.” But … Read more
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 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
