Naylon/Pamuk Karışımı Kumaşların Tek Banyolu Boyanabilirliğini Sağlamada Kitosanla Kimyasal Modifikasyonun Etkisinin İncelenmesi

Q4 Engineering
Rıza Atav, Selma Soysal, Erkan Caglar, F. Yildiz
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引用次数: 0

Abstract

In this study, it was aimed to make each fiber components dyeable with a single dyestuff so that nylon / cotton blend fabrics can be dyed in the same bath. For this purpose, it was aimed to make each of these fibers dyeable with anionic dyes by cationization with chitosan. The chitosan applications made in foulard were made in two different ways using only cross-linking resin and cross-linking resin + chitosan. Then, treated and untreated fabric samples were dyed with different dye classes (wool reactive, cotton reactive, 1:2 metal complex). As a result of the trials, it was ensured that both the depth and nuance of the front and back sides of the fabric were same in the case of adding 1: 2 metal complex dye having affinity to the nylon and cotton reactive dye having affinity to cotton in addition to the wool reactive. Optimum results obtained from laboratory scale studies were also tested in mill conditions and satisfactory results were obtained in terms of color and washing, water, perspiration and light fastness values. However, it has been revealed that the wet rubbing fastness values are low and there are unevenness problems in the dyed fabric. For this reason, it is important to note that, even if chemical modification process with chitosan have been successful in laboratory-scale studies, this process have some limitations for being used in large scale production in mill conditions.
本研究旨在使每种纤维成分都能用单一染料染色,从而使尼龙/棉混纺织物能够在同一浴中染色。为此,旨在通过用壳聚糖进行阳离子化,使这些纤维中的每一种都能用阴离子染料染色。壳聚糖在猪油中的应用有两种不同的方法,分别使用交联树脂和交联树脂+壳聚糖。然后,用不同的染料种类(羊毛活性染料、棉花活性染料、1:2金属络合物)对处理过的和未处理过的织物样品进行染色。试验的结果是,在添加对尼龙具有亲和力的1∶2金属络合物染料和除羊毛活性染料外对棉花具有亲和力的棉花活性染料的情况下,确保了织物正面和背面的深度和细微差别都是相同的。从实验室规模的研究中获得的最佳结果也在工厂条件下进行了测试,并在颜色和洗涤、水、排汗和耐光性值方面获得了令人满意的结果。然而,已经揭示了湿摩擦牢度值低,并且在染色织物中存在不均匀性问题。因此,值得注意的是,即使壳聚糖化学改性工艺在实验室规模的研究中取得了成功,但该工艺在工厂条件下的大规模生产中也有一些局限性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Tekstil ve Muhendis
Tekstil ve Muhendis Engineering-Industrial and Manufacturing Engineering
CiteScore
0.40
自引率
0.00%
发文量
12
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