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首页> 外文期刊>Journal of fiber bioengineering and informatics >A Comparative Study of the Salt-free Reactive Dyeing Property of Treated Cotton Fabric with a Chicken-feather Protein Derivative Agent and a Linking Cationic Agent
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A Comparative Study of the Salt-free Reactive Dyeing Property of Treated Cotton Fabric with a Chicken-feather Protein Derivative Agent and a Linking Cationic Agent

机译：鸡羽蛋白衍生物和连接阳离子剂处理棉织物的无盐活性染色性能比较研究

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摘要

Cotton fabric is treated with a chicken-feather protein derivative auxiliary (named WLS-10) and with a self-made linking cationic agent (named WLS), respectively. WLS-10 was prepared with chicken-feather protein and WLS. The salt-free reactive dyeing properties of the treated cotton fabric were assessed and compared with the untreated cotton fabric dyed with salt. The results show that both the cotton fabrics treated with WLS-10 and WLS dyed without added salt obtained a higher dye uptake (E), color strength value (K/S), fixation of adsorbed dye (F) and the total fixation of the original applied dye (T) than untreated cotton fabric dyed with added salt. The treated cotton fabric did not decrease Ievelness and color fastness. However the dyeing properties of the WLS-10 treated cotton fabric were better than the WLS treated fabric.
机译：棉织物分别用鸡肉羽毛蛋白衍生物助剂（称为WLS-10）和自制的连接阳离子剂（称为WLS）进行处理。 WLS-10用鸡羽毛蛋白和WLS制备。评估处理过的棉织物的无盐活性染色性能，并将其与未处理过的用盐染色的棉织物进行比较。结果表明，用WLS-10处理的棉织物和未添加盐的WLS染色的棉织物均具有较高的染料吸收率（E），色强度值（K / S），吸附的染料固着力（F）和织物的总固着力。原始施加的染料（T）比未处理的棉织物加盐染色。处理过的棉织物没有降低起绒度和色牢度。但是，WLS-10处理的棉织物的染色性能优于WLS处理的织物。

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