Aluminium windows Schuco

The Schüco AWS 75.SI aluminium window system combines the excellent thermal insulation properties of PVC-U and timber windows with the unique advantages of aluminium:

durability and stability, narrow face widths and a variety of designs – in large, transparent formats. With a basic depth of just 75 mm, this window system offers excellent versatility and can easily be combined with the Schüco range of doors ADS.

In combination with the concealed fittings Schüco AvanTec and Schüco TipTronic, Schüco AWS 75.SI meets the very highest standards in terms of both design and ease of use.

• Outstanding thermal insulation for basic depth of 75 mm: Uf values from 0.9 to 1.6 W/m²K
• Enlarged insulation zone with foam-filled insulating bars
• Optimised, co-extruded centre gasket
• Novel design of thermal insulation in glazing rebate
• Wide range of profiles including the Schüco AWS 75 RL.SI design system
• Compatible with the Schüco ADS door range

The Schüco window systems with a basic depth of 90 mm combine the benefits of aluminum with maximum thermal insulation for design-orientated, sustainable architecture.

In the basic depth of 90 mm, Schüco offers a comprehensive modular window system, including new passive house certification. Its series Schüco AWS 90.SI+, Schüco AWS 90.SI+ Green and Schüco 90 BS.SI+, which feature maximum thermal insulation, represent a perfect combination of structural requirements with the greatest possible degree of architectural design freedom.

With the Schüco AWS 90 BS.SI+ series, the narrow face widths and concealed vents allow the realisation of harmonious aluminum block window solutions in single and now double-vent designs. With a basic depth of 95 mm, passive house standard can even be achieved.

Innovative, sustainable and future-proof – significant proportions of renewable raw materials are also being used for the first time in insulating bars, foam and gaskets for the Schüco AWS 90.SI+ Green generation of windows, which is production-ready. For example, the use of castor oil, an ecological substitute for fossil fuels, in polyamide insulating bars.