The implementation of this project posed a number of challenges, particularly due to the fact that the mesh elements could only be installed during the holiday period. This time constraint required precise planning and coordination to ensure a smooth execution of the project. In addition, the old building was to be structurally optimised in order to integrate the new façade cladding. This project shows just how HAVER architectural mesh can contribute to the functional improvement of protective measures against sun rays.

Thanks to its semi-transparent geometry, MULTI-BARRETTE 8123 cable mesh is ideal for use as an exterior sun protection. With an open mesh area of roughly 64%, the cable mesh reflects undesirable UV rays and allows an effective circulation of air, which prevents heat congestion in front of glass front buildings, for example. Yet despite its excellent sun protection capability, the façade cladding allows a clear view to the outside and the interior rooms are flooded with a sufficient amount of natural light.

The effectiveness of sun protection façade is equally as impressive as its simple, elegant, classic design. The metal mesh skilfully displays light and shadows creating a seemingly delicate and transparent shell on the façade while generating a myriad of reflections depending on the angle of the sun.

The stainless steel mesh used by Haver & Boecker is maintenance-free, corrosion-resistant and can be recycled at the end of its long service life thus making the metal mesh façade a sustainable solution. Haver & Boecker supplied a total of 490 square metres of wire mesh comprising completely ready-to-install mesh elements including the mounting equipment.