Innovating Works

HIFIVENT

Financiado
High durability and fire performance WPC for ventilated façades
Buildings are called upon to be integrated in the urban spaces, which needs aesthetic requirements of the external envelop. Moreover, the façades of buildings must be long-lasting and ensure well-being inside the building (thermal... Buildings are called upon to be integrated in the urban spaces, which needs aesthetic requirements of the external envelop. Moreover, the façades of buildings must be long-lasting and ensure well-being inside the building (thermal isolation, walls breathing). Nowadays major activity in the construction sector in Europe is retrofitting, representing the 42% of existing buildings and making up about 75% of the building stock in 2050. Most of these activities are linked to ageing of the façades and solving of insulation problems, where the Ventilated façades are considered as one of the most efficient systems. Current systems present disadvantages related to corrosion, environmental impact (aluminium), recyclability, size and weight (ceramic, stone…). An environmental-friendly solution, overcoming all the mentioned drawbacks and with natural aesthetic appeal is wood, but the material lacks the necessary durability for outdoor exposition. This drawback can be addressed by new technological materials which incorporate wood in a high per cent, combining it with polymers (Wood Polymer Composites/WPCs). WPCs offer better thermal and acoustic isolation than aluminium, and better durability than wood. However it can be stated that although durability is highly increased, it continues being the main problem. When using WPCs as building components another problem arising is their poor fire performance. HIFIVENT aims the development of a WPC based ventilated façade addressing the following issues: -Improve weathering properties by fibre hydrophobation and highly protective co-extruded layer; -Use of nanotechnology to improve mechanical and fire properties. Goal of Euroclass B-s3,d0 fire performance (halogen-free system). -Improve mechanical performance by using long fibres for structural parts. -Fully recyclable system. Partners with complementary expertise; 5 SMEs: BAVE (DE), BEOLOGIC (BE), ESCANERO (SP), UXAMA (SP), PROLABIN (IT) and 3 RTDs:TECNALIA (SP), WKI (DE) and UNIPG (IT). ver más
31/03/2016
TECNALIA
1M€

Línea de financiación: concedida

El organismo FP7 notifico la concesión del proyecto el día 2016-03-31
Presupuesto El presupuesto total del proyecto asciende a 1M€
Líder del proyecto
FUNDACION TECNALIA RESEARCH & INNOVATION Promoción, el desarrollo y el fomento de actividades de investigación, desarrollo e innovación
Perfil tecnológico TRL 2-3 123M