XPS Insulation Boards - the perfect solution for underfloor heating systems. These premium quality insulation boards are designed to provide excellent thermal insulation and soundproofing properties, making them ideal for use in both residential and commercial properties.
Made from extruded polystyrene (XPS), these insulation boards are highly durable and moisture resistant, ensuring long-lasting performance even in humid or wet conditions. The closed-cell structure of the boards provides exceptional resistance to water absorption, which means they will not rot, decay or deteriorate over time.
Our XPS insulation boards are specifically designed for use in underfloor heating systems, providing a highly efficient barrier to heat loss and reducing energy consumption. By using our insulation boards, you can ensure that your underfloor heating system operates at maximum efficiency, providing a comfortable and consistent temperature throughout your space.
In addition to their thermal insulation properties, our XPS insulation boards also provide excellent soundproofing capabilities. The dense structure of the boards helps to reduce noise transmission between floors, creating a more peaceful and comfortable living or working environment.
With their easy-to-install interlocking edges, our XPS insulation boards are the perfect choice for any underfloor heating system. So whether you're renovating an existing property or installing a new heating system, choose XPS Insulation Boards for the ultimate in quality and performance.
Due to the smooth skin and unrivalled set of properties, EkoBOARD Insulation Boards are the perfect choice for a wide range of demanding insulation applications:
âĸLow Thermal Conductivity
Minimising the board thickness needed to achieve a specific U-value, thus allowing the designer greater flexibility.
âĸHigh Compression Strength
In load-bearing applications, the closed cell structure gives the foam great rigidity and makes it highly resistant to compression.
âĸLow Water Absorption
EkoBOARD has a natural resistance to water vapour & water absorption which makes it an exceptionally stable material. This means it retains its initial insulation performance and physical integrity over a long period of time.
