Abstract
The Bamboo:Bamboo and Cotton:Cotton blends have widely attracted the low-stress tensile properties of textiles, especially for garment wear. The tensile properties of the garments showed that properties such as the linearity of tensile (LT), tensile energy (WT), tensile resilience (RT) and tensile strain (EM) of Bamboo-Cotton garments are are influenced by increasing or decreading the portion of Bamboo fibers. Moreover, the content of Bamboo fiber showed the direct influence on low-stress tensile properties of garments. The low-stress tensile properties are influenced by the portion of the Bamboo fiber, yarn diameter, and twist. Thus, the low tensile properties have given remarkable features for tailoring and suiting of clothes.
Highlights
Date Received 31-07-2019 Date Accepted 25-12-2019 Date Published 31-12-2019 in the low-stress tensile properties of woven garments [8, 9]
In comparison to the Cotton, the fabrics made from Bamboo hysteresis, shear rigidity, shear hysteresis, and compressibility were found lower for Bamboo fabrics as paralleled to those of 100 % Cotton fabrics
This study presents an evaluation of low-stress tensile properties against blend ratio of Cotton: Bamboo fabrics viscose yarns showed higher moisture vapor transmission and and prediction of garment end-use
Summary
Yarn parameters on the tensile property of woven clothes. There are limited studies that have been carried to evaluate lowstress tensile properties of garments against blend ratios of Cotton: Bamboo fibers at constant spinning and weaving parameters [11,12,13,14,15]. This study presents an evaluation of low-stress tensile properties (linearity of tensile, tensile energy, tensile resilience, and tensile strain) against blend ratio of Cotton: Bamboo fabrics viscose yarns showed higher moisture vapor transmission and and prediction of garment end-use. It will be very novel to analysis the handling behavior of Bamboo, which can be governed by the low-stress tensile properties, of Bamboo and Bamboo, blended woven fabrics [7]. The linearity of tensile is affected by twist, the structure of weave and linear density of yarn during manufacturing
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