Recognize Aluminum Window Quality in the Profile Build-Up.
A modern aluminum window separates indoor and outdoor climate through several precisely coordinated layers. Together, glass, gaskets, insulating webs and insulation cores form an efficient system.
Inside a Thermally Broken Aluminum Window Profile.
The construction conducts water to the outside in a controlled manner, retaining drafts and minimizing the direct heat flow through the metal.
- Thermally broken interior and exterior aluminum shells
- circumferential sealing planes
- Insulated glazing rebate and outer frame
- Stable receptacle for glass and fittings
Schüco and Reynaers Systems in Video.
Explore manufacturing precision and the next generation of sliding-system design. Select a video to watch it in a focused player.
Six Functional Zones of an Aluminum Window.
Triple-pane insulating glass
Three panes and two sealed cavities reduce heat transfer; acoustic performance depends on pane thicknesses, asymmetry and laminated interlayers.
Insulated glazing rebate
The insulation zone below the insulating glass unit improves the thermal transition between the glass edge and sash.
Polyamide thermal break
Multi-chamber polyamide struts structurally connect the aluminum shells while reducing conductive heat flow through the frame.
Center gasket
The continuous center gasket creates a pressure-equalized zone that supports air and water management.
Insulation foam
Dimensionally stable insulating bodies support the thermal separation in the profile core.
Outer-frame insulation
An insulating core within the fixed outer frame improves frame-level thermal performance where supported by the selected system.
Choose the Aluminum Profile by Insulation, Size and Opening Type.
Element size, insulation target and opening type determine the optimal construction.