The Effect of Solid Content Percentage and Concentration of Dispersing Agent (Anionic-Nonionic) on Quality of Polyester Dyed Fabric with Disperse by High Temperature/Pressure Method

Maulana Fahrizal Abdan, M. Komalasari, Rendy Ardyansyah
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Abstract

This study aims to determine the % solid content to the determination of the concentration of the dispersing agent / leveler. Therefore, in order to determine the correct concentration, the % solid content varied, namely 43.930%, 21.975%, and 14.650%, with each concentration of dispersing/averaging agent 0 g/l, 0.5 g/l, 0.75 g /l, and 1.5 g/l. Furthermore, preliminary testing of solid content and dispersing power was carried out before the immersion application. The results of the most optimal dispersing power test were obtained at a variation of the concentration of the dispersing agent/average 1.5 g/l with a solid content of 43.93%. The results of the dyeing process were evaluated related to testing for color evenness, color aging, color fastness to washing, and rubbing. Based on the results of tests and evaluations, it shows that the variation of %solid content and concentration of dispersing agent/leveler has no effect on the value of color fastness to washing and rubbing. However, solid content and concentration of dispersing agent/leveler have an effect on color evenness, and color darkening. In this experiment, it can be seen that the most optimal color darkening is 28.1380, while the most optimal standard deviation of 0.187 is found in the concentration of dispersing agent/average of 1.5 g/l with a solid content value of 43.93%. The value of color fastness to wet and dry rubbing is 4-5.
分散剂(阴离子-非离子)固含量、百分比和浓度对高温高压法染色涤纶织物质量的影响
本研究旨在测定%固含量以测定分散剂/匀准剂的浓度。因此,为了确定正确的浓度,在分散/平均剂浓度分别为0 g/l、0.5 g/l、0.75 g/l和1.5 g/l时,%固含量分别为43.930%、21.975%和14.650%。并在浸渍前进行了固含量和分散力的初步测试。分散剂浓度变化为平均1.5 g/l,固含量为43.93%时,分散剂分散力试验结果最佳。染色过程的结果与颜色均匀性、颜色老化、耐洗涤和摩擦色牢度测试有关。试验和评价结果表明,固含量和分散剂/匀染剂浓度的变化对洗涤和摩擦色牢度值没有影响。但分散剂/矫直剂的固含量和浓度对颜色均匀度和颜色加深有影响。在本实验中可以看出,色度加深的最优值为28.1380,而分散剂浓度/平均值为1.5 g/l,固含量值为43.93%时,色度加深的最优标准差为0.187。干湿摩擦色牢度值为4-5。
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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