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Wrinkle-resistant Property of Cotton Fabric Treated by Chitosan and Epoxy-silicon Micro-emulsion

机译:壳聚糖和环氧树脂微乳液治疗棉织物的抗皱性能

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Cotton fabric was treated by chitosan and epoxy-silicone finishing agents to improve its wrinkle-resistant property. The study showed that mixed finish by two agents can provide higher wrinkle-resistance than single finish when applied to the cotton fabrics due to their synergistic effect. In the wrinkle-resistant finishing process, four main factors (chitosan mass concentration. organosilicon volume concentration, baking temperature and baking time) influencing finish effect were discussed and then process conditions were determined. After optimum process treatment, the wrinkle-recovery angle of mixed finished cotton fabric increased evidently while its whiteness and breaking strength dropped a little. In addition, the addition of organosilicon can improve fabric softness. After washed for 30 times, delay wrinkle-recovery angle of mixed finished fabric was 54° higher than that of native fabric, and the treated cotton exhibited good washing resistance.
机译:用壳聚糖和环氧树脂 - 硅氧烷整理剂处理棉织物,以改善其抗皱性能。该研究表明,由于其协同效应,两种试剂的混合表面可以提供比单塑料更高的皱纹电阻。在抗皱整理过程中,讨论了影响效果的四种主要因素(壳聚糖质量浓度,烘烤温度和烘烤时间),测定工艺条件。在最佳过程处理之后,混合成品棉织物的皱纹恢复角度显着增加,而其白度和断裂强度降低了一点。此外,加入有机硅可以改善织物柔软性。洗涤30次后,混合成品织物的延迟皱纹恢复角度高于天然织物的54°,处理过的棉花出现良好的洗涤性。

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