Modern Slide by Plastixal: streamlined window solutions

Modern Slide

This system is utilized for crafting sliding structures with enhanced thermal efficiency. Known as Modern Slide, it caters to residential, private, and public buildings. Galandage, a distinctive structural innovation, enables doors to open fully by concealing door leaves within building walls.

Utilizing the system, sliding structures can be designed with improved thermal performance. The versatility of the Modern Slide  accommodates 2-, 3-, and 4-rail frames, offering flexibility in facade design. Galandage allows sliding leaves to be almost entirely concealed within the building wall, maximizing clear openings when the leaves
are opened.

Additionally, the system presents the monoblock solution. Monoblock sliding structures are integrated within the thermal insulation layer inside rooms. The joint width between two structure leaves is a mere 35 mm, with profiles available in three versions to suit various resistance-related requirements.

The system boasts structural sleekness and contemporary aesthetics.
It supports leaf weights of up to 250 kg and offers infill thickness options of 24, 28, and 32 mm. Additionally, it provides the option to incorporate the Flyscreen system, which serves as an effective barrier against insects.

A diverse array of colors is available, including selections from the RAL palette (Qualicoat 1518), textured colors, Aliplast Wood Colour Effect (resembling wood tones), Aliplast Loft View (mimicking stone surfaces with Qualideco PL-0001), anodized colors (Qualanod 1808), and bi-color finishes.

Modern Slide by Plastixal: streamlined window solutions
TECHNICAL SPECIFICATION
SYSTEM MATERIAL DEPTH OF FRAME DEPTH OF LEAF GLAZING RANGE WEIGHT OF LEAF TYPE OF DOORS
MDS aluminium/polyamid 73,8-195,9 mm 44 mm 24 mm / 28 mm / 32 mm up to 250 kg sliding
PERFORMANCE
SYSTEM THERMAL INSULATION UF* AIR PERMEABILITY WINDLOAD RESISTANCE WATERTIGHTNESS
MDS Uf from 1,50 W/m2K Class 3; EN 12207 Class C1 (400 Pa); EN 12210 Class 6A (250 Pa); EN12208

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