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MB-70CW, MB-70CW HI

Window-based warm-cold façade

Thermal insulation

Uf from 1,43 | W/(m2K)

Watertightness

to class E750

Wind tightness

to class C5
  • This system, based on the window structure of increased thermal insulation performance MB-70, is applied in building facades made of reinforced concrete or brick walls with window openings. In this kind of façade there are two types of areas: “cold” and “warm” ones. “Warm” area comprises thermally-insulated windows installed before the façade face in the window openings. Whereas “cold” areas are formed by the in-between window strips protecting the structure and thermal insulation (e.g. mineral wool) against weather conditions. Application of this system significantly shortens the time of building due to the possibility of “closing” the window openings prior to creating the in-between window strips and the external façade coating. The MB-70CW system features very good thermal insulation performance (the value of heat transfer coefficient Uf - depending on the applied profiles - ranges between 1,49 and 1,99 W/m2K. The system also meets the aesthetic requirements demanded by architects and investors, as regards such types of facades. Looking from the outside, the difference in appearance between the “warm” and the “cold” zones is not visible as well as between fixed and openable elements. Looking from the outside of the building, the strips of visible aluminium profiles are very narrow - their width equals 78.5 mm, which makes the structure look slender and light. The MB-70 CW system is also available as an option with enhanced thermal insulation performance, i.e. MB-70CW HI, in case of which the value of heat transfer coefficient Uf – depending on the applied profiles and accessories – ranges from 1.43 tp 1.89 W/(m2K).
TECHNICAL SPECIFICATION
SYSTEM MATERIAL DEPTH OF FRAME DEPTH OF LEAF GLAZING RANGE ACOUSTIC TYPE OF WINDOWS TYPE OF DOORS
No Data Found
PERFORMANCE
SYSTEM THERMAL INSULATION UF* AIR PERMEABILITY WINDLOAD RESISTANCE WATERTIGHTNESS
No Data Found

*Thermal insulation is dependent on a combination of profiles and thickness of the filling

FILES TO DOWNLOAD

MB-70_A3_EN (2)

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