Technology in dehumidification; All scientific principles.

We wanted to share with you the latest update of the brochure for the year 2025 of the dehumidifying coating Dwall, a solution adopted to solve the degradation of masonry with problems of capillary rising damp and condensation, where we have reported the scientific data on which our research and innovation in the dehumidification process is based, related to the degradation of walls subject to capillary rising damp and mold formation.

It is important to emphasize that although the technology is consolidated on solid scientific foundations and on the mature experience of more than 35 years in the building sector, and having witnessed several construction sites, the work should always be contextualized by verifying all criticalities using the best technology to complement it.

To answer any questions you may have, we would like to invite you to a call, Friday, cm. 24 from 5:30 to 6:30 pm.

We will post the link in the coming days. The event is open to all.

Click the contact link for more information about dehumidifying coating Dwall.

• Künzel theory is used in the field of building physics and in particular to evaluate the performance of materials in terms of their resistance to vapor diffusion.

• Cassie's theory defines that if the solid is rough enough the liquid may not conform to its entire surface due to the presence of a layer of air formed below the liquid and decreases the interface area and this contributes to the reduction of intermolecular interactions.

• Kettenacker's theory and the Empirical Formula for Determining the Drying Time of Damp Walls.

For more information click on the contact link.