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Effect of Low Temperature Plasma Treatment on the Dyeability of Regenerated Bamboo/Cotton Blended Fabrics

机译:低温等离子处理对再生竹棉混纺​​布染色性的影响

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摘要

In this research, regenerated bamboo (viscose)/cotton blended fabrics were treated with low temperature plasma under various treatment conditions (i.e., oxygen flow rate, jet-to-substrate distance, and plasma treatment time) to evaluate how these parameters influenced fabric dyeing properties. It was shown that low temperature plasma treatment can modify polymer surfaces and change the substrates properties, such as wettability. In this study, plasma-treated fabrics were dyed with mono-functional and bi-functional reactive dyes to check for changes in CIELAB, ΔE*, and color yield values. The study concluded that color yield of the plasma-treated fabric was better when dyed to a color depth of 3%.
机译:在这项研究中,将再生竹(粘胶)/棉混纺织物在各种处理条件下(例如氧气流速,射流到基材的距离和等离子体处理时间)用低温等离子体进行处理,以评估这些参数如何影响织物染色属性。结果表明,低温等离子体处理可以改变聚合物表面并改变基材的性能,如润湿性。在这项研究中,等离子体处理过的织物用单功能和双功能活性染料染色,以检查CIELAB,ΔE*和颜色产量值的变化。该研究得出的结论是,经过等离子处理的织物染色至3%的色深时,其彩色产量更好。

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