Agave americana fibre– A sustainable reinforcement for hybrid biocomposites

Abstract

Agave Americana fibre has emerged as a promising sustainable reinforcement in the realm of hybrid biocomposites. This review synthesizes the current research, encompassing the mechanical, thermal and environmental aspects of Agave Americana fibre-based composites. The integration of Agave fibres into hybrid biocomposites presents exciting opportunities for enhancing material properties, while concurrently reducing the ecological footprint associated with traditional reinforcement materials. The review critically evaluates the methodologies employed in the fabrication of Agave Americana fibre-reinforced hybrid biocomposites. Moreover, the examination extends to the multifaceted sustainability considerations, encompassing its biodegradability, renewability and cultivation practices. A comprehensive analysis of the life cycle assessment underscores the environmental benefits of this fibre as a sustainable reinforcement, offering valuable insights into its potential as a green alternative in the textile industry. The review highlights the pivotal influence of Agave americana fibre on the development of lightweight, high-performance materials with reduced environmental impact. The integration of this fibre into hybrid biocomposites not only augments material performance but also aligns with the imperative shift towards sustainable practices in the textile and materials science domains.