Magnificent architecture, a glittering façade and a brilliant profile solution.
Our aluminum profile enables the demanding plastering work on the interior and exterior of the MAC2 in Singen
MAC2 stands for the second building of the Museum Art & Cars in Singen. And what an impressive building it is: rugged edges, rough textures, glittering façade with Swarovski elements. Architect Daniel Binder thus imitates the appearance of two boulders that have fallen from the nearby local mountain Hohentwiel and come to rest on the Aach.
3,000 meters of universal solution: Protektor aluminium profile
Our aluminium profile 91051 meets the design requirements, diverse requirements and the necessary corrosion protection. The drywall profile is suitable for varying plaster thicknesses, is available in different lengths and could therefore be used for the realization of the entire museum building. With its high-quality coating, the render profile also provides the necessary corrosion protection, which supports the long-term durability of the façade.
In total, over 3,000 meters of the aluminium profile were processed in the MAC2. In combination with the 1096 fabric, it was possible to create an extremely robust surface, varying angles and different reveal and plaster thicknesses.
Sensational architecture makes extraordinary demands
Varying angles, different reveal thicknesses, perfect surfaces – the design of the MAC2 façade required a high degree of precision. Due to the lack of roof overhangs and cantilevered elements, the façade is particularly exposed to the weather and also requires a high level of corrosion protection.
Protektor drywall profiles also used in the interior of the MAC2
Seven exhibition rooms, four levels and a vertically aligned, 18-metre-high hall –
our aluminum profile was also used in the interior. For the design of the museum ceilings, the CD double grating construction PD 400 was used. The galvanized metal substructure is used to suspend plasterboard. It can be flexibly adapted to different ceiling dimensions and shapes.