For the processing of thermoplastics reinforced with natural fibres a new method based on the vacuum bag has been employed. Agave fibres reinforcing polyethylene (PE) laminates have been manufactured adopting low cost technology and recycled materials (matrix and fibres). In particular starting from recycled PE shoppers and low cost fibres, laminates have been manufactured by vacuum bag moulding at relatively low values of temperature. This technology consents to manufacture large panels adopting very simple moulds. In order to evaluate the manufacturing process, the properties of composite materials, carried out by static and dynamic mechanical analysis (DMA), have been compared with the single matrix (PE) properties.
Innovative process for manufacturing laminates with recycled thermoplastic reinforced by natural fibres / Durante, Massimo; CRIVELLI VISCONTI, Ignazio. - In: ADVANCED COMPOSITES LETTERS. - ISSN 0963-6935. - STAMPA. - 17:(2008), pp. 183-187.
Innovative process for manufacturing laminates with recycled thermoplastic reinforced by natural fibres
DURANTE, MASSIMO;CRIVELLI VISCONTI, IGNAZIO
2008
Abstract
For the processing of thermoplastics reinforced with natural fibres a new method based on the vacuum bag has been employed. Agave fibres reinforcing polyethylene (PE) laminates have been manufactured adopting low cost technology and recycled materials (matrix and fibres). In particular starting from recycled PE shoppers and low cost fibres, laminates have been manufactured by vacuum bag moulding at relatively low values of temperature. This technology consents to manufacture large panels adopting very simple moulds. In order to evaluate the manufacturing process, the properties of composite materials, carried out by static and dynamic mechanical analysis (DMA), have been compared with the single matrix (PE) properties.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.