New six-chamber profile – 80 mm deep and 76 mm high!
Modern windows face exceptionally high requirements. Aesthetics, functionality and the ease of cleaning are now as important as energy efficiency and sound insulation. Thanks to their characteristics OUR NEW ’IMPRESSIVE’ LINE OF WINDOWS provides new possibilities by providing the highest functionality and aesthetics. They have it all – an elegant and light design, harmonious look and perfect technical parameters.
are made from REHAU-Brillant-Design six chamber profiles (80 mm frame) with beautiful, rounded shape and concealed Roto NT Designo hinges that provide enhanced thermal and sound insulation. The construction ensures quality for modern and demanding customers. Their splendid parameters prevent undesirable energy losses and are more economical. The windows effectively protect the interiors from outside noises and enhance the comfort of living. The perfectly round and smooth profile surfaces are easy to clean and maintain.
by PETECKI comply with the newest trends by employing advanced technological solutions: the Roto NT Designo hardware with elegant, matt silver coat and hinges concealed to fully expose the perfect look of the product. The new hardware technical standards make it possible to hide all their elements behind the sash rebate in normal operation. The hinges allow opening the sashes and doors up to 100° by utilizing the maximum width of the opening. The hinge-integrated stop prevents the accidental impact of the sash against the opening. Dedicated set screws ensure the easy adjustment of sashes in three planes, while the self-lubricating design of the hinges employing special grease cells reduces the wear and keeps the windows in the perfect shape for many long years. The Roto NT Designo hardware makes it possible to fit the windows with auxiliary break-proof systems, up to the WK2 class. Any higher security demands are satisfied by the elegant Roto Secustik® frame, complete with a key lock.
can also use panes with enhanced thermal and sound insulation with an excellent overall heat transfer coefficient of 0.7 W/m2K.