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首页> 外文期刊>Autex Research Journal >Physical Properties and Wear Comfort of Bio-Fiber-Embedded Yarns and their Knitted Fabrics According to Yarn Structures
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Physical Properties and Wear Comfort of Bio-Fiber-Embedded Yarns and their Knitted Fabrics According to Yarn Structures

机译：根据纱线结构的生物纤维嵌入纱线及其针织物的物理性能和穿着舒适度

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摘要

This study examined the physical properties of polytrimethylene terephthalate (PTT)/Tencel/cotton air vortex yarns and the wear comfort of their knitted fabrics for high emotional garments. In fine yarn count, the initial modulus of the air vortex yarn was similar to the ring yarn because of the elastic property of the PTT fibers in the yarns. In particular, the thermal shrinkage of the air vortex yarns was higher than that of the ring yarns because of the sensible thermal shrinkage of the PTT fibers, which resulted in higher relaxation shrinkage of the air vortex knitted fabric than those of ring and compact knitted fabrics. On the basis of the wear comfort, the air vortex yarns are compatible with winter textile goods. The pilling of the air vortex knitted fabric was superior to that of the ring and compact yarns. The tactile hand of the air vortex yarn knitted fabrics was stiffer than that of the ring and compact yarn knitted fabrics. However, the harsh tactile hand of the air vortex knitted fabric was estimated to improve in the thinner fabrics by the low elastic modulus of fine yarn because of the PTT fibers in the air vortex yarns.
机译：这项研究检查了聚对苯二甲酸丙二醇酯（PTT）/ Tencel /棉空气涡流纱的物理性能以及其针织面料在高情感服装中的穿着舒适性。在细支纱中，空气涡流纱的初始模量与环锭纱相似，这是由于纱线中PTT纤维的弹性所致。特别地，由于PTT纤维的显着的热收缩，所以空气涡流纱的热收缩率比环锭纱的热收缩率高，这导致空气涡旋针织物的热收缩率比环锭和紧密针织物的高。 。基于穿着舒适性，空气涡流纱与冬季纺织品兼容。空气涡流针织物的起球优于环锭纱和紧密纱的起球。空气涡流纱针织物的触觉手感比环形和紧密纱针织物的手感强。然而，由于细纱的低弹性模量，由于细纱中的PTT纤维，据估计，细纱中的细纱具有改善的特性。

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