Polyurethane Systems for building and industry

Polyurethane systems surround our daily lives, however, we still hear some voices that call into question the response of polyurethane in case of fire. Next, we will make a collection of data and scientific studies that dismantle those false myths surrounding the...

According to the World Health Organization, radon gas is the cause of up to 14% of lung cancer. Radon expands through the air and enters a building affecting the quality of life of its habitants. Where does radon gas come from? Where is radon found?

Humidities are the most common pathologies in buildings and, within these, those caused by condensations. Therefore, humidity control in construction is a factor which can’t be underestimated.

Low-density polyurethane systems are suitable for improving the thermoacoustic insulation of buildings. There are numerous advantages in their use, such as the elimination of thermal bridges, good adhesion to the substrate and ease of mobility, as we don’t have to...

The new energy performance requirements for buildings, the current move towards sustainable buildings and the energy-saving expectations of homeowners and building owners highlight the importance of establishing barrier systems to air infiltration in buildings,...

Polyurethane systems are fire-safe and need to be classified according to their end-use application. This allows us to have true information and as close as possible to their real behaviour in case of fire. The end-use application takes into account joints, fixings,...