Mechanical, thermal and durability performance characterization of novel acrylic solid surface cladding panels in a multidisciplinary test-chain

In line with the international efforts towards a further reduction of energy consumption and global emissions in the construction sector, cladding systems can play a key role thanks to their fundamental contribution to the overall building energy efficiency. In this framework, the paper elaborates on the application of a multidisciplinary approach towards the characterization of novel cladding panels made of an innovative acrylic-based solid surface material. Their performance has been assessed combining different mechanical, thermal and durability tests, showing promising results, for example, in terms of elasticity and resistance to severe environmental conditions, major wind loads or substantial thermal gradients. •Paper shows a multidisciplinary approach to use in testing cladding where mechanical/thermal/durability issues are linked.•Paper reports the results of different mechanical and thermal tests conducted on a novel composite acrylic-based solid surface.•The novel cladding panels show positive results also in terms of durability and color stability.•The maximum wind pressure reached during the tests is considerably larger than the general wind design action.