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首页> 外文期刊>The Journal of the Textile Institute >Air permeability and bursting strength of weft-knitted fabrics from glass yarn. Part Ⅱ: knit architecture effect
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Air permeability and bursting strength of weft-knitted fabrics from glass yarn. Part Ⅱ: knit architecture effect

机译：玻璃纱线纬编织物的透气性和爆破强度。第2部分：针织建筑效果

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摘要

In this study; the effects of loop, skip, and tuck stitch types, and weft-inlay yarn, on air permeability and bursting strength of weft-knitted fabrics from glass yarn were revealed. Due to clockwise rotation of wales and their arrangement being one on top of the other, besides the dramatic shortening of fabrics after their removal from the machine; fabrics with tuck stitches exhibited the highest stitch density, fiber content, and the shortest loop length. This caused the lowest air permeability and the highest bursting strength. Contrary to expectations, weft-inlay yarn did not contribute to bursting strength as much as tuck stitch did. An overall negative correlation between air permeability and bursting strength was disrupted by structures with tuck stitches. While tuck stitches from cotton yarn increased air permeability and decreased bursting strength in previous studies; this study indicated that tuck stitches from glass yarn decreased air permeability and increased bursting strength.
机译：在这项研究中;揭示了环，跳过和折叠针脚类型和纬纱纱线玻璃纱纬纱织物透气和爆破强度的影响。由于威尔士的顺时针旋转，并且它们的布置是另一个，除了从机器中移除后的织物的剧烈缩短之外;带褶缝的织物表现出最高针脚密度，纤维含量和最短环长度。这导致透气性最低和最高的爆破强度。与期望相反，纬框纱线没有达到塞克缝线的爆破力量。透气性和爆破强度之间的整体负相关性由带有褶缝的结构破坏。虽然从棉纱缝合缝线增加了透气性并降低了先前研究中的爆破强度;本研究表明，来自玻璃纱线的褶皱针迹减少了透气性和增加的爆破强度。

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