Elimination of fragile composite joints. The technology used is one-piece cold bending with 32 runs - the same as in the manufacture of side members for automobile frames. Wind load level - up to 9 (maximum). The windows confidently withstand hurricanes and snowstorms in Siberian conditions.

Elimination of fragile composite joints. The technology used is one-piece cold bending with 32 runs - the same as in the manufacture of side members for automobile frames. Wind load level - up to 9 (maximum). The windows confidently withstand hurricanes and snowstorms in Siberian conditions.

Our façade system is designed taking into account the harsh Russian realities. A durable “steel load-bearing frame” made of galvanized steel provides maximum resistance to wind loads (class 4) and guarantees the building’s seismic safety.

Say goodbye to high energy costs! Thanks to the 75 series of five-chamber construction with double polyurethane filling, the heat transfer coefficient reaches only 0.89 W/(m² K), which significantly exceeds the requirements of the new Russian energy efficiency standards of 2025. Your home remains warm and cozy even at -50 °C.

The technology was created as part of R&D initiated by the Ministry of Construction of the People's Republic of China. These are not just windows, but the result of the introduction of scientific achievements at the state level. Each window carries the technical authority of the enterprise - the developer of state standards of the People's Republic of China.

On the outside there is an indestructible steel sheet with a polymer coating, on the inside there is a warm and pleasant-looking multi-chamber PVC profile, and between them there is a highly effective polyurethane layer that reliably breaks cold bridges. The strength of steel and the thermal insulation of plastic are ideally combined, completely solving the problems of condensation and frost heaving.