A well-managed construction site is the key to project success. Our EPDM waterproofing membranes Hidrostan also offer tangible benefits in terms of site management. Due to their durability and resistance to weathering, they require minimal maintenance over the life of the roof, thus reducing operating costs and ensuring more efficient management of resources.

This advanced system is characterized by its high evaporation capacity. Its low thermal conductivity combined with its ability to evaporate the moisture load of masonry allows it to solve problems of surface condensation, mold, thermal bridges, and damage derived from rising damp in the presence of salts.

the differentiation between "Fire Reaction" and "Fire Resistance" is of paramount importance in the selection of thermal insulation, especially when it comes to preventing the spread of fires in facades. The approach of our low-thickness Nobilium Thermalpanel thermal insulation, based on pure basalt rock, seems promising in providing solid resistance to high flame temperatures, thus contributing to the safety and protection of buildings and people

Seven advantages of EPDM waterproof membranes .

Waterproof membrane roofing systems Hidrostan EPDM are time-tested and have proven performance over more than 100 years of production. They have been installed on virtually every type of building in all corners of the world, establishing a track record of long-term, watertight and trouble-free performance;

Thermal bridges cause changes of up to 30% in the total result, in buildings with a high thickness of thermal insulation. This occurs because thermal bridging can increase the thermal transmittance value of a wall by up to 35%.

In addition, thermal bridges are responsible for some pathologies that can appear in buildings, such as The best of the solutions for correcting thermal bridges and using Nobilium Thermalpanel low thickness thermal insulation that reduces thermal transmission

Thermkifloor is an innovative solution designed for dry or radiant wall radiant floors increasingly oriented to ensure maximum energy savings while containing thicknesses. The special conformation of the panel a allowed to reduce the thickness, up to obtaining ready-made insulating panels with thicknesses of 17 mm or 23 mm.