Biomimetic textiles: An innovative approach towards conserving the future

Author:

Badanayak Pratikhya, ,V. Vastrad Jyoti,

Abstract

Superhydrophobicity, self-repair, self-cleaning, energy conservation, dry adhesion, adaptive development, drag reduction, and other natural phenomena have evolved over billions of years to produce more efficient textile solutions than equivalent man-made solutions. Few innovative biomimetic technologies viz., functional surfaces, structural colours, fibre structures, self-healing, thermal insulation, and other characteristics that can be used for prospective textile goods. Biomimetic research is a fast-growing discipline, and exploiting the issue's full potential in the manufacture of unique and sustainable textiles requires a multidisciplinary approach based on a comprehensive knowledge of nature. Biomimicry has the potential to enhance man-made materials and pave the way for the next generation of technological, high-performance materials, including novel materials and characteristics, creative structures and designs, and product and process sustainability. In this study, the potential of a bio-inspired textile structure is explored to the best extent conceivable. The potential use of different biomimetic fabrics was also considered. In essence, this technique can serve as a source of motivation for further material advancement.

Publisher

Agricultural & Environmental Technology Development Society

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