MB-SG50
Structural mullion/transom curtain wall
Air tightness
class A4 | EN 12153:2002U; EN 12152:2002U
Watertightness
class R7 | EN 12155:2002U; EN 12154:2002U
Wind tightness
1430 Pa | EN 12179:2002U; EN 13116:2002U
The thickness of the filling
28 – 30 mm
The MB-SG50 system gives the possibility to construct and produce light weight curtain walls of hanging and filling types, roofs, skylights and other structures designed for application in buildings of the general use.
The supporting structure of the MB-SG50 system is based on a mullion/transom aluminium frame of the profile width equal to 50 mm. Transoms are mounted to the mullions with the overlay method, which enables application of different ways of mounting. Special attention should be given to the aesthetic and lightness of the construction: the distance between the in-fills is equal to 16 mm, while the noticeable width of the profiles from the inside is equal to only 85 mm. Due to the similar structure of the mullions and the transoms, the appearance of the wall which is achieved from the inside is identical with the MB-SG50 profile system. This results in the possibility to install both walls side by side in the building. This compatibility is also reflected in the application of identical or similar accessories destined for connecting and mounting the individual elements, what significantly reduces the construction costs.
This system gives the possibility to secure mechanically the external glass panels along the whole surface and at set points, or at the corners of the set according to individual requirements. A very important feature of the MB-SG50 system is also the side mounting of the aluminium frames, which enables installing of opaque panels in solid brick wall.
TECHNICAL SPECIFICATION
SYSTEM | MATERIAL | DEPTH OF FRAME | DEPTH OF LEAF | GLAZING RANGE | ACOUSTIC | TYPE OF WINDOWS | TYPE OF DOORS |
---|---|---|---|---|---|---|---|
No Data Found |
PERFORMANCE
SYSTEM | THERMAL INSULATION UF* | AIR PERMEABILITY | WINDLOAD RESISTANCE | WATERTIGHTNESS |
---|---|---|---|---|
No Data Found |
*Thermal insulation is dependent on a combination of profiles and thickness of the filling