Personnel protection in manufacturing plants just got better with safer heat guns. Concept Group now retrofits Steinel and Milwaukee brand heat guns with Insulon safety guards to reduce burn risk. … Read more
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
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
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
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
Research & Development Concept Group engineers are conducting exciting new research on ceramic Insulon®. We have used ceramics in high-end applications, but today’s research is pushing the envelope to understand … 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
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
