Isokorb® by Schöck

GWP Total: 26.73 kg CO₂e/m²
GWP A1-A3: 21.90 kg CO₂e/m²

Energy losses occur at structural components that allow more heat to pass through. Heat therefore escapes more rapidly to the outside than through adjacent structural components. These areas are referred to as thermal bridges. In addition to the increased energy loss, structural damage often occurs in these locations due to condensation or mould.

This heat loss can only be reduced by continuous thermal insulation. Load-bearing thermal insulation elements such as Schöck Isokorb® are used in order to achieve this. Schöck Isokorb® is not only part of the thermal insulation, it is also part of the static system.

Here you will find CAD/BIM files in various 2D and 3D: https://cad.schoeck.de/default.aspx?mandant=DE&cul=en-GB

CO₂

Kop van het Dok Atelier PRO architekten

Applied as sustainable solution

Kop van het Dok

In the Dutch city of Vlissingen, Atelier PRO has completed Kop van het Dok—a residential development that forms part of the transformation of De Schelde, a once dilapidated former shipyard, into a connected and vibrant new district. Designed for WVO Zorg, the project extends the adjacent care complex with three energy-conscious residential towers rising from a three-storey plinth.

CO₂

Wäschereiquartier Querkopf Architekten

Applied as sustainable solution

Wäschereiquartier

The Wäschereiquartier is a residential project development by Hamburg-based Querkopf Architekten. Located in the central German city of Kassel, the project occupies a former laundry complex dating from around 1900 and extends across a total site area of approximately 5,250 square metres. The surrounding neighbourhood is characterised by a largely intact ensemble of historic Art Nou...