The Eco Idealu takes aluminium clad timber windows to the next level by combining an additional layer of insulating foam with the beauty of timber and toughness of aluminium. It achieves excellent thermal performance and gives your home a luxurious look both inside and out. Together with triple glazing and warm edge spacers, the Eco Idealu is a passive house certified product and can achieve thermal Uw-values as low as 0.78 W/m²K. This is thanks to its special polyurethane insulating wedge which ensures that the aluminium does not come into contact with the timber which allows for vapour diffusion and excellent energy values. The Eco Idealu’s sleek look makes it ideal for modern architectural projects and perfect for passive house builds. Customise it further with special glazing options and the choice of different colours and finishes for each side.
Details & Advantages of the ECO IDEALU Series
- Passive house certified product, able to achieve Uw-values as low as 0.78 W/m²K
- 97 mm Installation of depth with triple glazing possible up to 52 mm thick
- Individual selection of timber – Pine, Spruce, Larch, Alder, Cherry, Walnut, Birch, Eucalyptus, Meranti, and even Maple and Oak
- A wide range of paints and varnishes for the interior and exterior
- Low maintenance aluminium shell provides a weather barrier and thermal insulation - available in your choice of RAL colour
- Extrusion-formed foam insulation within the timber laminate provides additional insulation
- Thermally separated aluminium shell
- Quality German Winkhaus fittings with tilt & turn opening, and optional concealed hinge design
- Multipoint locking and fail-safe position locking handles provide safety and security
- Profiles can be manufactured in an array of arches, angles and shapes to suit any building project
- Glued timber edge bands with a continuous laminated top layer
- Welded corners, edge pins with double slots, cams and v joints.
- 100% Made in Germany
- Grade 1A timber
- 10 year guarantee on aluminium cladding and 5 year guarantee on timber surfaces
