Healthy and dry indoor environment
VEINAL® Climate Panels
Energy Savings, Mold Protection, and a Healthier Indoor Environment
As a practical and effective interior solution, VEINAL® Climate Panels help dry damp walls while improving the indoor environment.
Made from calcium silicate, the panels regulate humidity, absorb excess moisture, and prevent condensation from forming on interior wall surfaces. They are particularly suitable for buildings where external insulation is not an option, such as protected facades, historic buildings, and other architecturally sensitive properties.
Dry walls mean a lower risk of mold, better energy efficiency, and a healthier, more comfortable home.
Dry Walls Mean a Lower Risk of Mold
Dry walls mean a lower risk of mold, improved energy efficiency, and a healthier, more comfortable home.
Thanks to their capillary-active properties and high moisture absorption capacity, VEINAL® Climate Panels regulate indoor humidity and prevent condensation from forming on interior wall surfaces.
Their naturally high pH level (above 10) further reduces the risk of mold growth by creating an environment where mold cannot easily develop or spread.
Made from natural, non-hazardous calcium silicate, VEINAL® Climate Panels are not only vapor-permeable and climate-regulating, but also provide an effective solution for moisture problems caused by poorly insulated walls.
The panels naturally absorb and release moisture, remaining fully functional even under high humidity. Thanks to their excellent vapor permeability, walls dry naturally without the need for an additional vapor barrier.
Installation of VEINAL® Climate Panels
Installing VEINAL® Climate Panels is quick and straightforward. In cases of significant rising damp, we recommend installing a VEINAL® horizontal barrier beforehand to ensure the best long-term results.
The panels are bonded to the interior wall using a special mineral adhesive. Once installed, they can be plastered, skim coated, or finished with vapor-permeable materials such as silicate paint.
The system provides excellent stability and allows for secure mechanical fixing with a high load-bearing capacity where required.