The technology of dry assembly to produce multi-layer panels is an efficient alternative to traditional systems. Eco-sustainable systems are increasingly studied, particularly fiber reinforced composites for external cladding, based on natural fibers. However, the durability of these composites gives serious concern, in particular for their potential use in outdoor applications. To overcome this drawback, hybridization of natural fibers with mineral fibers as basalt ones appears promising. In this paper, the aging resistance of jute-reinforced laminate was compared with those of two hybrid laminates.
Fiore, V., Scalici, T., Badagliacco, D., Enea, D., Valenza A (2016). Durability behavior of bio-epoxy/jute-basalt hybrid composites for cladding. In Abstracts from National Young Researchers’ Forum on Materials Science and Technology, XIII AIMAT National Congress, National Biomaterial Congress - SIB, July 2016, Ischia, Italy (pp.36-36). Milano : Wichtig Publishing [DOI: 10.5301/jabfm.5000321].
Durability behavior of bio-epoxy/jute-basalt hybrid composites for cladding
FIORE, Vincenzo;SCALICI, Tommaso;ENEA, Daniele;VALENZA, Antonino
2016-01-01
Abstract
The technology of dry assembly to produce multi-layer panels is an efficient alternative to traditional systems. Eco-sustainable systems are increasingly studied, particularly fiber reinforced composites for external cladding, based on natural fibers. However, the durability of these composites gives serious concern, in particular for their potential use in outdoor applications. To overcome this drawback, hybridization of natural fibers with mineral fibers as basalt ones appears promising. In this paper, the aging resistance of jute-reinforced laminate was compared with those of two hybrid laminates.
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