ANALYSING MECHANICAL PROPERTIES OF A TRI PLY TWISTED COTTON, HEMP, PINEAPPLE YARNS AND ITS SUSTAINABLE HANDLOOM FABRIC FOR MEDICAL APPLICATION

Abstract

This research explores the creation and functional evaluation of a sustainable woven matte fabric manufactured from ply twisted 100% cotton, hemp, and pineapple yarns for wound dressing. Employing a handloom based, environmentally friendly process, the study combines the distinctive characteristics of each natural yarn type to engineer a textile that prioritizes mechanical strength, efficient moisture management, and optimal breathability. In particular, the unconventional incorporation of pineapple yarn introduces a new dimension to medical textiles, broadening the spectrum of renewable options for wound care materials. By advancing the application of twisted yarn technology and under-utilized natural resources, this work highlights a promising direction for next generation ply twisted yarns and fabrics eco-friendly medical dressings with the potential for further refinement and clinical integration.