Blue foam

Blue Foam is a high-performance extruded polystyrene insulation panels for roofs and walls, available in four grades—Basic, Standard, Professional, and Advanced—that provide lightweight, waterproof, and thermally efficient performance that saves up to 40% on energy costs.

Characteristics
 Light weight, easy to handle and install •
High compressive and bending strength
Excellent thermal insulation (closed cell structure) •
Resistant to water and steam •
Long-term dimensional stability •
Does not cause any ozone depletion •
GREENGUARD certified for low emissions •
EnergyStar® compliant
Saves up to 40% of energy consumption •
Suitable for exposed or buried insulation systems •

Areas of use
Thermal insulation of roofs, walls and foundations •
Insulation under baseboards and floors •
Cold storage facilities and cold rooms •
Composite concrete panels •
Waterproof protective layers •
Insulation of industrial and commercial buildings •

Species

Storage and shelf life
 Store the panels in a covered, well-ventilated place away from direct sunlight and heat sources •
 Avoid stacking on edges or near sparks/flame •
Panels must be covered within 24 hours after installation to prevent exposure to UV rays •
Indefinite shelf life under appropriate storage conditions •

Packaging
Available in different thicknesses and sizes as per project requirements •
 Each type is color-coded and labeled for identification (Basic/Standard/Pro/Advanced) •

Application
To start with the installation timing, it is best to install the panels early in the morning or before sunset. This is because it helps avoid exposure to strong direct sunlight

According to the same principle of heat management, if the installation surface (concrete or membrane) is too hot, it must be cooled first by spraying it with water

Finishing: After installing the panels, it is important to immediately proceed with the finishing step in order to protect them from direct sunlight. Therefore, the panels must be covered with a light layer of cement, which acts as a final protective layer

Finally, and most importantly, do not leave the panels exposed for more than 24 hours, as this will prevent damage from prolonged exposure to UV rays.