STABALUX AL

The idea of clarity

Stabalux AL for facade and roof

The new aluminum profile system Stabalux AL takes advantage of Stabalux’s well-proven seal guide in integrated screw technology for more than 30 years.
In contrast to all other aluminum profile systems, Stabalux AL has the screw channel shaped inwards and not outwards. This technology offers the possibility to plan both the post and the bar with just one single profile type and to realize a bolted light metal facade with approved T-connectors.

Internal seals, with either one or three drainage levels, are pressed directly into the screw channel and precisely guided. The officially approved clamping connection is made by direct screwing into the inner channel.

This technology offers architects, planners and facade manufacturers the unique advantage of building steel – aluminum – wood among each other in a variety of mullion-transom combinations – a sealing system and three materials.

Applicable and tested glass thicknesses from 4 mm up to 82 mm, as well as a Uf value of & lt; 0,7 W / m²K for passive house suitable glass facades characterize the Stabalux AL system, which is available in the face width 50 mm for facades and roofs.

Assembly Stabalux AL

Construction details

System cross-sections

System Stabalux AL

Download DWG | 1122 kb

Performance data

Facade
5 mm high seal

Facade up to 20 ° inclination;
overlapping inner seals

Roof to 2° inclination
Systemwidth50 mm50 mm50 mm
Air permeability
EN 12152
AEAEAE
Water tightness
EN 12154/ENV 13050
Static
Dynamic
RE 1650 Pa
250 Pa/750 Pa
RE 1650 Pa
250 Pa/750 Pa
RE 1350 Pa*
Resistance at wind load
EN 13116
Permitted load
Increased load
2,0 kN/m²
3,0 kN/m²
2,0 kN/m²
3,0 kN/m²
2,0 kN/m²
3,0 kN/m²
Impact resistance EN 14019E5 / I5E5 / I5E5 / I5
Glas weights dependent on construction≤ 590 kg≤ 590 kg≤ 590 kg
Clamping jointabZ Z-14.4-444 abZ Z-14.4-444 abZ Z-14.4-444
Post/beam connectionabZ Z-14.4-831abZ Z-14.4-831abZ Z-14.4-831
Thermal transmission coefficientUf ≤ 0,7 W/m²KUf ≤ 0,7 W/m²KUf ≤ 0,7 W/m²K

*) In addition to the standard, the test was carried out with a volume of water of 3.4l / (m²min)