SPECIAL SYSTEMS

ALUPLAST  /  BLOCK PROFILE NL / DUTCH WINDOWS

In harmony with Dutch architecture
The new IDEAL 7000 NL systems are perfectly suited to the Dutch style. The NL systems fit the 120 mm frame depth typical for the Dutch market, which can be combined with various sash variants with a width of 85 mm. Very wide frames, equipped with external rebates, allow for easy and aesthetic installation of windows in a building made of face brick (clinker) without additional masonry work.

Warm, warmer ...
The new Blockprofile NL 85 mm systems are a response to the requirements in terms of thermal transmittance of windows and doors, which are gradually tightened all over Europe. New constructions, incl. thanks to the use of wider sashes, enabling the use of glazing units with a width of up to 51 mm, they enable excellent thermal parameters of windows to be obtained. On the other hand, the profiles themselves with a heat transfer coefficient of Uf = 1.0 - 1.1 W / m2K are at the forefront in terms of thermal insulation. The folding width of the frame / sash profiles of only 113 mm allows the maximization of glazed areas, which is also in line with current design trends.

Attractive design
The new systems were developed based on the Aluplast philosophy of system development based on variants with outer (AD) and middle (MD) seals. They are characterized by a varied design. A bit more traditional, perfectly matching the current market requirements, Ideal 7000 NL with 15-degree slants.

The power of technology
Steel reinforcements of large dimensions enable the construction of large windows, while maintaining static requirements. Thanks to the Multifalz technology, in both systems we also have the option of using the glued glass technology. The new geometry of the glazing rebate allows not only conventional glazing, but also the gluing of glass panes. The optional use of the glass bonding technology allows for even greater stability of the windows. Due to the permanent bonding of the glass and the sash, the risk of warping, bending and subsidence of the sash is reduced, thus extending the life of the sashes without the need to adjust them.