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首页> 外文期刊>The Journal of the Textile Institute >Development and characterization of conductive ring spun hybrid yarns
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Development and characterization of conductive ring spun hybrid yarns

机译：导电环锭混纺纱的研制与表征

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摘要

Development of conductive yarns for smart textile applications is the most demanding area of research these days. This study was aimed to investigate the effect of yarn constructional parameters, and relative humidity on electromechanical properties of conductive ring spun hybrid yarns. Stainless steel (SS) fibre was blended with polyester and viscose fibre separately on 12% and 24% weight basis to produce hybrid conductive yarns at three different levels of twist factor. The electromechanical properties of yarns were evaluated in response to change in blend type, blend ratio, twist factor, and relative humidity. The content of SS fibre is found to be more effective followed by the twist factor and blend type to govern the linear electrical resistance (LER) of conductive yarns. In addition, on increasing relative humidity, the LER of viscose stainless steel (VS) hybrid yarns are found to drop significantly than that of polyester stainless steel (PS) hybrid yarns.
机译：如今，用于智能纺织品应用的导电纱的开发是最苛刻的研究领域。这项研究旨在研究纱线结构参数和相对湿度对导电环锭纺混杂纱线的机电性能的影响。将不锈钢（SS）纤维与聚酯纤维和粘胶纤维分别按12％和24％的重量混合，以产生三种不同捻度的混合导电纱。根据混纺类型，混纺比例，捻系数和相对湿度的变化评估了纱线的机电性能。发现SS纤维的含量更有效，其次是捻系数和混纺类型，以控制导电纱线的线性电阻（LER）。另外，发现随着相对湿度的增加，粘胶不锈钢（VS）混合纱线的LER比聚酯不锈钢（PS）混合纱线的LER显着下降。

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