Insulation systems from GMT TERMO - - GMT SAVINGS TECHNOLOGIES

OUTSIDE SYSTEM – insulation of external facades

This system is designed to protect and thermally insulate building facades. Benefits include: limiting facade heat in the summer, reducing energy loss in the winter, protecting surfaces from UV radiation, and resisting moisture and weather conditions, limiting plaster degradation and cracking. The system can be used on surfaces such as concrete, plaster, brick, facade panels, and other building materials.

ROOF SYSTEM – roof insulation

This system is designed to protect and insulate flat and pitched roofs. Benefits: lower roof temperature, reduce building heat buildup in summer, protect roofing from UV and weather conditions, and resist snow, hail, and water. The system can be used on: roofing felt, roofing membranes, sheet metal, and industrial and industrial roofs.

INSIDE SYSTEM – insulation from the inside

The system is used in building interiors. Applications: interior walls, attic ceilings, halls, and warehouses. Benefits: improved thermal comfort, reduced condensation, antifungal properties, and stabilized indoor microclimate.

FLOOR SYSTEM – insulation of foundations and floors

This system is designed for use in areas exposed to moisture and ground-level energy loss. Benefits: moisture barrier, protection against capillary action, improved thermal insulation of floors, ideal for basements, garages, and foundations.

WOOD SYSTEM – protection of wooden structures

A system designed to protect wooden elements. Applications: wooden houses, frame structures, gazebos and garden elements, recreational buildings. Benefits: UV protection, moisture protection, preserving the natural aesthetics of the wood, increasing the durability of the material.

INDUSTRIAL SYSTEM – infrastructure and industry

The system is designed for industrial and infrastructure applications. Applications: process pipes, energy installations, industrial tanks, heating installations, technical infrastructure. Benefits: reduced energy losses, protection of installations from overheating, improved operational safety, temperature resistance up to approximately 320°C.