“Respecting the Past. Improving Performance.”
Foamit foam glass offers a lightweight and practical solution for upgrading floors, basements, and subfloor structures in both historic and more modern buildings.
Improving Comfort and Moisture Management in Older Buildings
Many older buildings suffer from cold floors, moisture-related issues, and limited insulation beneath the floor structure.
When renovating existing floors or basement spaces, it is often important to improve thermal performance and moisture management without introducing excessive loads or altering the character of the building.
Foamit foam glass combines insulation, drainage, and capillary break properties in one material, helping create healthier and more comfortable indoor environments.
Benefits of Foamit Foam Glass in Floor Renovation Projects
Foamit foam glass is lightweight, easy to handle, and well suited for renovation work where access may be limited.
The material can be installed beneath floor slabs, within basement structures, and in other areas where insulation and moisture control are required.
Key benefits include:
- Improved thermal comfort
- Effective moisture management
- Capillary break and drainage in one layer
- Lightweight solution for existing buildings
- Easy installation in confined spaces
- Durable and long-lasting performance
Suitable for Historic and Heritage Buildings
Many renovation projects require solutions that improve building performance while respecting existing structures and traditional construction methods.
Foamit foam glass can help upgrade floors and basement areas without introducing heavy loads or moisture-sensitive materials. This makes it particularly suitable for historic and heritage buildings where preserving the integrity of the original structure is an important consideration. The material can often be installed with minimal impact on existing walls and foundations, while providing insulation, drainage, and capillary break in a single layer. The result is a practical renovation solution that helps improve comfort, energy efficiency, and moisture control in buildings of all ages.