The EDIL-PSE® Gray panel from Edilteco® France receives Acermi certification

Now ACERMI certified, it is eligible for tax credits and environmental bonuses. This recognition is an essential criterion on the market. In particular, it allows individuals to obtain tax credits in favor of sustainable development as well as bonuses on renovation and Energy Savings Certificates (CEE).

An optimal panel

This panel with a straight edge can be used with all external thermal insulation systems using thin plaster. Ideal for installation on new buildings or renovations. Its versatility makes it possible to insulate individual houses, collective housing and tertiary buildings, establishments open to the public (ERP), industrial buildings and timber frame constructions (COB).

With its standard dimensions of 1200 x 600 cm, EDIL-PSE® Gray is available from 20 mm to 300 mm thick to meet all insulation and configuration needs.

Less thick than other common insulation EDIL-PSE® Gray offers optimal efficiency for a minimum thickness. It displays an ACERMI-certified lambda of 0,031W/mK and a thermal resistance (R) of 0,60 to 9,65 W.(mk), for panels 20 to 300 mm thick. This is an undeniable advantage in the context of a construction site where saving space is essential.

Made in France, EDIL-PSE® Gray is a universal product. Lightweight, this panel is very easy to install, both new and for renovation. Its flatness facilitates the implementation stages. It protects the building, treats thermal bridges and keeps the exterior walls at a constant temperature, for increased comfort in summer and winter. High thermal performance, reduction in thickness with equivalent performance, dimensional stability, EDIL-PSE® Gray is in every way an efficient solution.

EDILTECO®, which guarantees constant quality for its products, has undertaken this voluntary certification process so that they have the highest production performance.

The ACERMI certification of the EDIL-PSE® Gray panels confirms this desire and assures professionals of the qualities and performance of the system, their stability over time, their characteristics related to use, as well as the "quality monitoring" of production. .