Used in high-rise buildings, the WAT 73 series is indispensable for projects focusing on thermal, acoustic, and water insulation performance. The WAT 73 insulated door and window system meets the highest standards in terms of design and ease of use. This system is ideal for all architectural designs and projects that require increased energy efficiency and stability, thanks to its fully insulated coil structure and high static values. The WAT 73 insulated door and window system features a 34mm thick thermal barrier. WAT 73 insulated door and window system profiles are developed according to the Eurogroove channel structure. All types of accessories designed to fit this chassis can be used in the system. All safety classes can be accessed using the appropriate accessories for the Eurogroove channel structure.

Technical details

Height of the outer frame
Minimum frame height: 73mm
External view of the ventilation wing
Minimum ventilation wing width: 37 mm
Maximum ventilation wing width: 67mm

Dimensional limits
Maximum weight of ventilation wing: 120 kg
Maximum height of ventilation wing (H): 240 cm
Maximum width of ventilation wing (W): 160 cm

Glass range
Minimum glass thickness: 16 mm
Maximum glass thickness: 44mm

Profile wall thickness
Minimum coil wall thickness: 1.6 mm
Maximum coil wall thickness: 2mm

Glazing method
EPDM filling

Thermal insulation values
Maximum Uf value with high performance: 1.67 W/m²K

Questions and answers related to the WAT 73 system

Q: What is the minimum frame height on the WAT 73 system? A: The minimum outer frame height is 73mm.

Q: What thickness of glass can be used with the WAT 73 system? A: Glass thicknesses ranging from 16mm to 44mm can be used.

Q: Does WAT 73 provide high thermal insulation performance? A: Yes, the system provides a Uf value up to 1.67W/m²K with high performance.

Q: What are the manufacturing advantages of the WAT 73 system? A: The system allows the use of all types of accessories designed to fit the Eurogroove channel structure and provides high performance in thermal, acoustic, and water insulation.