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Influence of the Bamboo/Cotton Fibre Blend Proportion on the Thermal Comfort Properties of Single Jersey Knitted Fabrics

机译:竹/棉混纺比例对单面针织面料热舒适性的影响

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The main aim was to find out the influence of the blend ratio and linear density on the thermal comfort properties of regenerated bamboo cotton blended single jersey knitted fabrics. An increase in the regenerated bamboo fibre ratio in the fabric influences the thermal comfort properties. Knitted fabrics prepared from regenerated bamboo blended yarns have lesser thickness and inferior mass per square meter than cotton fabrics. The proportion of regenerated bamboo fibre increases in the yarn as the value of thermal conductivity decreases in knitted fabrics. Water vapour permeability and air permeability confirm a similar increase as the proportion of regenerated bamboo fibre increases. 100% regenerated bamboo fabrics have superior air permeability values compared with regenerated bamboo/cotton blended fabrics. The statistical investigation also showed that the results are significant for the thermal comfort properties of regenerated bamboo cotton knitted fabrics.
机译:主要目的是找出混纺比和线密度对再生竹棉混纺​​单面针织物的热舒适性的影响。织物中再生竹纤维比例的增加会影响热舒适性。由再生竹纤维混纺纱制成的针织物的厚度和每平方米质量均低于棉织物。随着针织物中热导率值的降低,竹纤维中再生竹纤维的比例增加。随着再生竹纤维比例的增加,水蒸气渗透率和空气渗透率也证实了类似的增加。与再生竹/棉混纺织物相比,100%再生竹纤维具有更好的透气性。统计调查还表明,该结果对于再生竹棉针织物的热舒适性具有重要意义。

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