ALUPLAST IDEAL 7000®

IDEAL 7000 – A NEW DIMENSION FOR ENERGY SAVING

Modern architecture requires new standards in the technical, functional and aesthetic sphere. The changing legal requirements for joinery, as well as, above all, the expectations of customers looking for increasingly warmer windows are trends against which one cannot remain indifferent.

IDEAL 7000 is an example of the synergistic use of the properties of profiles and composite double glazing to create windows characterized by very low thermal transmittance. The thermal permeability coefficient of profiles obtained with U_f = 1.1-1.0 W/m²K combined with the possibility of using wider and warmer glass packages of up to 51 mm wide guarantees the best thermal parameters of the window.

It is a system with an external seal, which gives the opportunity to offer an energy-saving solution also for glazed structures, without the need for adapters. A large chamber with solid steel reinforcement guarantees stability of the frame. The system allows free connection of frames with other series of profiles with a depth of 85 mm. It is a system with an external seal, which gives the opportunity to offer an energy-saving solution also for glazed structures, without the need for adapters.

Multifunctionality – the triumph of technology

Ideal 7000 series is a multifunctional system, using MULTIFALZ technology, i.e. an optional possibility of applying bonded glued glass technology. Thanks to the new geometry of the glazing notch, not only conventional glazing is possible but also gluing in the windows. These technologies can be used alternately or combined depending on the needs. For example, it is possible to improve the thermal properties of the structure by eliminating steel reinforcements and gluing windows, or applying larger windows, colors, etc., both by reinforcement with steel reinforcements and glass bonding technology. The optional use of window glass insertion technology allows for even more stable windows. Thanks to the permanent bonding of the pane and the wing, the risk of bending, twisting and sagging of the wing is reduced, thus extending the life of the wings without the need to adjust them.