Using technology from GMT TERMO - - GMT SAVINGS TECHNOLOGIES

🏠 Budownictwo mieszkaniowe

GMT TERMO coatings are ideal for single-family homes, multi-family buildings, and residential buildings. Applications include: roofs and attics, exterior walls and facades, ceilings and soffits, balconies, and terraces. Using this coating can reduce heat loss in winter and reduce building heat gain in summer.

🏭 Budownictwo przemysłowe

GMT TERMO technology is used in production halls, warehouses, and industrial facilities where temperature stability and reduced energy costs are crucial. Coatings can be used on: industrial hall roofs, steel structures, walls and facades, and industrial process installations. This significantly improves the facility's energy efficiency.

🏢 Dachy i elewacje

Roofs and Facades: GMT TERMO thermal insulation coatings provide effective protection for roofs and facades against weather conditions. The technology can be used on surfaces such as: flat roofs, felt roofs, metal roofs, industrial roofs, and residential and industrial building facades. The coating creates a protective layer that limits surface heat and protects the building structure.

Industrial installations

Industrial Installations. GMT TERMO coatings can be used to insulate process installations and industrial equipment. Common applications include: pipelines, process tanks, and heating installations. This technology helps reduce energy losses and increase system efficiency.

🌍 Infrastruktura techniczna

Technical Infrastructure The GMT TERMO coating system can also be used in technical infrastructure facilities. Example applications include: sewage treatment plants, water reservoirs, energy installations, and public utility facilities. The coating provides surface protection and increases the durability of the structure.

🏛 Obiekty zabytkowe

GMT TERMO thin-film technology is ideal for historic buildings, where traditional insulation systems are often impossible. The coating: does not alter the appearance of the façade, preserves the building's architectural character, improves thermal comfort, and enables energy modernization without altering the structure of the historic building.