Experimental characterization of the mechanical and functional performance of innovative ultra-low carbon sandwich panels and envelope systems for buildings

The use of low-carbon materials is key for decarbonizing the construction sector, but their innovation potential is still relatively unexplored. The EU research project InCSEB aimed at the development of five ultra-low carbon steel building envelope systems and sandwich panels for cladding and roofing applications. These fa & ccedil;ade systems and sandwich panels incorporate the innovative use of wood fiber, a renewable and bio-sourced insulation material, while achieving a high level of mechanical and functional performances and ensuring compliance with other requirements such as sustainability criteria. This paper provides an overview of the results of the experimental study that has been carried out to assess and validate the functional and mechanical performances of the proposed innovative insulation sandwich panels and fa & ccedil;ade systems, aiming to achieve a technology readiness level of TRL 7 by the end of the project. The experimental study shows very promising results, fulfilling market expectations regarding mechanical, seismic, thermal, environmental, and regulatory requirements.