Details:
- Visual width of the profiles: 50 mm
It provides a coherent construction line that fits perfectly into modern facades with narrow vertical and horizontal divisions. - Width of external divisions: 20 mm
Narrow grid lines visible from the outside allow for the effect of an almost uniform glass pane. - Selection of the depth of columns and transoms depending on the static requirements
It enables precise adjustment of the structure to wind loads, filling weights and design requirements. - Possibility of additional reinforcement of profiles
The design allows the use of a standard steel or aluminum tube in the profile chamber to increase load capacity. - Filling thickness range: from 28 to 56 mm
It supports various types of glazing – from classic insulating glass units to structural laminated “step” glass. - Glued glass with recessed frame ("step")
They allow for the installation of glass without visible strips, while maintaining the aesthetics of the structural facade. - High level of thermal and acoustic insulation
The use of EPDM seals and appropriate thermal breaks guarantees durability and parameters in line with standard requirements. - Extruded profiles made of aluminum alloy EN AW-6060 T66
Manufactured in accordance with the PN-EN 573-3:2009 standard and powder coated in the modern Morad paint shop. - Dimensional and shape tolerances of profiles
They meet the requirements of the PN-EN 12020-2:2001 standard, which ensures repeatability and quality of prefabrication. - Sealing the gaps between the panes
Made using PE tape and weatherproof silicone (e.g. Dow Corning DC 791), resistant to UV radiation and weather conditions. - Paint coatings certified by QUALICOAT and QUALICOAT SEASIDE
High corrosion resistance in aggressive environments, including coastal and industrial environments. - Full compatibility with Morad window and door systems
It makes it easier to combine different aluminum solutions in one project – without the need to modify the structure. - Design support in MoradCAD
Possibility of performing static calculations, cutting optimization, preparing material and production bills of materials.
