Ein zweifaches overtec für Stoßfugen und Brandabschnitte. Wo zwei Gebäudeteile aufeinandertreffen, die durch eine Stoßfuge oder Brandabschnitte getrennt voneinander gebaut werden, kommt ein zweifache overtec Ausführung zur Anwendung. Diese ist als aufgeschraubte, sowie als einbetonierte Variante ausführbar. Die Abdeckplatten stoßen jeweils in der Mitte der Gebäudefuge aufeinander
overtec with offset cover plate. When it comes to height, every centimeter often counts. By lowering the overtec cover plate, the design point for the building height is moved downwards by a few centimeters. The cover plate sits in a milled groove. The screws are screwed from the inside through the parapet plate into the end wood of the cover plate. For this purpose, holes are pre-drilled through the parapet. The offset cover plate can be combined with all overtec variants
overtec with offset cover plate and cover plate for internal drainage. This special variant comes into play if, from a building physics perspective, internal insulation is to be installed on the overtec. The upper cover plate drains towards the inside of the roof, while the offset cover plate drains in the opposite direction
A number of special shapes can be built from an attic, depending on the architectural requirements. A frequently used effect is to lower the cover plate, which moves the highest point of the building downwards and the construction height can be around 15 to 20 cm higher. Another special form of an attic is the formation of optical boxes, fillers, bevel cuts, water gutters, eaves structures and the like.
In the case of an attic with a raised cover plate, the outer edge of the attic remains the highest point of the building. By lowering the cover plate, the overall height can be reduced by around 15 to 20 cm without exceeding the maximum building height. This method enables flexible adjustment of the building height, which is advantageous in planning with tight building height specifications.
The eaves construction from overtec is individually planned and optimally adapted to the building. Depending on the structural feasibility, the eaves can be partially or completely prefabricated in the factory to shorten the assembly time on site. With the help of an installation plan, the eaves construction can be installed easily and precisely, which ensures exact alignment and functionality.
The water gutter is always individually planned and statically calculated in order to meet the requirements of the water and snow loads that can affect the building element. The load from water and snow is specifically taken into account in order to guarantee a precisely fitting and functional product. This allows the gutter to be optimally adapted to the respective environment and climate.
The projection of an Attika cover plate is between 10 and 30 cm as standard, but can be extended up to 60 cm depending on the visual requirements. In such cases, additional support structures are necessary and the plate thickness may be increased, for example from 30 to 40 mm, to ensure the necessary stability and enable a permanent projection.
Salzburger Strasse 101 A-4800 Attnang-Puchheim Austria
