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Bio-inspired colouration on various textile materials using a novel catechol colorant

机译:使用新型儿茶酚着色剂在各种纺织材料上进行生物启发式着色

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摘要

Bio-inspired by the adhesive properties of marine mussels, a novel method was developed for colouration on various kinds of textile materials. Through the introduction of a catechol group as an adhesive 'anchor' into commercially available colorants, various textile materials were easily coloured at room temperature via a simple dip-coating procedure. The UV-visible results indicated that the introduction of the catechol group did not obviously change the absorption of the parent colorants. The coloured fabrics were evaluated by colorimetric analysis, scanning electron microscopy, optical microscopic analysis and colouration fastness tests. Compared to the control colouration, the obtained results showed that this novel method gave textile materials a better colouration, which was verified by the obviously deeper colour appearance and higher K/S values. This colouration method was especially suitable for those textile materials difficult to be coloured by traditional methods, such as polylactic acid and polypropylene. Compared to traditional methods, this method was more environmentally friendly due to reduced energy consumption and colouration auxiliaries needed. It is an innovative direction of colouration on textile materials.
机译:受海洋贻贝的粘合特性的启发,开发了一种在各种纺织材料上着色的新方法。通过将邻苯二酚基团作为粘合剂“固定剂”引入市售着色剂,各种纺织品材料可通过简单的浸涂程序轻松在室温下着色。紫外可见结果表明,邻苯二酚基团的引入并没有明显改变母体着色剂的吸收。通过比色分析,扫描电子显微镜,光学显微镜分析和色牢度测试对有色织物进行评估。与对照染色相比,所获得的结果表明,该新方法使纺织品材料具有更好的着色,这由明显的更深的颜色外观和更高的K / S值证实。这种着色方法特别适用于那些难以通过传统方法着色的纺织材料,例如聚乳酸和聚丙烯。与传统方法相比,由于减少了能耗和所需的着色助剂,该方法对环境更加友好。这是纺织材料上色的创新方向。

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