Living in safe, energy-saving houses with high thermal insulation is what Floors Slab Plastbau® Metal offers.
Its main feature is the insulation of roofs and floors without thermal arches: energy-saving houses, thermal insulation, living comfort, ease of transport and installation complete the advantages of the structural characteristics of the product.
Through the thermal insulation of buildings, modern ICF technology makes it possible to create buildings where to live in a more comfortable and healthy way; in fact, it provides for a better climate, keeps the temperature constant both in summer and in winter, and reduces heat loss to achieve significant energy savings.
Our goal is to create houses with high static performance and low energy consumption, with excellent levels of safety in case of earthquakes, with high performance of fire resistance and acoustic comfort adapted to the needs of the user, the construction system Poliespanso offers buildings that last over time as a guarantee of the initial investment.
FLOORS SLAB PLASTBAU® METAL, is made up of ICF panels available in variable thickness to meet the structural capacity and thermal insulation requirements of the designer.
The continuity of the insulation is ensured by the sashing of the panels, whose lightness allows manual handling, allowing speed of installation in safety, savings on transport and lower weights on structures and foundations.
The insulation incorporated in the ceiling structure allows you to achieve an optimal degree of insulation directly on the production line according to project requirements.
In areas declared seismic, Plastbau Metal slabs are particularly suitable because they have a much lower own weight than traditional slabs. Thus it is really is a reduction in the load transmitted to the vertical structures of the building, which can be estimated at 25%.
Floors Slab Plastbau® Metal ceiling is granted a fire resistance value of REI 180.
Floors Slab Plastbau® Metal, through careful design, can meet the requirements of the regulations concerning passive acoustic requirements of buildings with regard to the index of apparent soundproofing power (R'W) and the index of the level of noise on foot (L'nW, T).