With its all-glass sash and the minimalist sliding sash, this window gives space to light and it ensures the highest thermal and acoustic insulation and the total absence of maintenance thanks to the external aluminum covering. Moreover, the several finishes make the window extremely customizable.
The aluminum profiles are applied to the window frame by means of holder clip made of plastic material and fixing screws, leaving a 3 to 5 mm air chamber to avoid the formation of condensation. The materials observe the highest European standards of resistance to atmospheric agents and the alterations they can cause. Varnishing is realized with the anodic oxidation method.
Its thickness allows a joint between struts and crosspieces with triple tenon and dowels. Frames are assembled using a system of triple profiles. Vinyl-based glues are used on the joints according to DIN 68602.
Maico hardware, depending on the weight of the sash (150 – 200 – 300 – 400 kg).
The hardware you can find in this lift and slide door reaches the highest standards of corrosion resistance with a low environmental impact of production, thanks to the galvanic zinc with passivation process using silver without the need for hexavalent chrome.
Gaskets are embedded in the aluminum frame profiles to avoid direct contact between aluminum and wood and in the frame profile of the sliding sash to avoid the contact between metals. Two more gaskets are applied on the strut between the fixed and the sliding sash in order to obtain a hermetic joint.
Performed in several phases: primer application by immersion with anti-mold and anti-parasitic treatment; sanding to make the surface perfectly smooth; final spray finishing.
Standard cover strips: external 3 x 0,8 cm – internal 5.5 x 1 cm.
UNI EN 1026:2016 + UNI EN 12207:2017 Permeabilità all’aria e classificazione CLASSE 4
UNI EN 1027:2016 + UNI EN 12208:2000 Tenuta all’acqua e classificazione CLASSE E750
UNI EN 12211:2016 + UNI EN 12210:2016 Resistenza al carico del vento e classificazione CLASSE 2B/3A
UNI EN 14351-1:2016 – 4.8 Capacità portante dei dispositivi di sicurezza POSITIVO