Identify the right insulation and achieve optimal thermal performance
Why thermal insulation matters
Proper temperature control is essential for technical systems to operate efficiently and without interruption. Sudden temperature changes due to heat gain or loss can lead to wear and tear, fatigue, or even machinery breakdown. Carefully selected insulation acts as a buffer against these extremes, extending equipment lifetime and reducing maintenance costs and downtime. To find the right solution among a diverse array of technical equipment and attributes, specifiers must consider factors like temperature range, material compatibility, thickness, and installation methods. With low thermal conductivity, resistance to moisture ingress, and the ability to provide superior insulation even in thin layers, our thermal insulation solutions optimize equipment performance, efficiency, and longevity.
What makes Flexible Elastomeric Foam (FEF) unique?
Professionals from a variety of sectors rely on closed-cell elastomeric foam because of its exceptional thermal properties. With a built-in vapor barrier, FEF stays efficient and corrosion-resistant, even in harsh environments. Dive deeper into the diverse properties of closed-cell elastomeric foam and learn more about the technology.
Learn more about thermal performance
Curious to find out how improving thermal performance can lead to major energy savings? In our whitepaper, we explore how thermal conductivity, water vapor diffusion resistance, insulation degradation and installation reliability impact thermal performance.