The dyeing and color fixation properties of reactive dyes on cotton woven fabrics have been systematically studied using reverse micelle with biodegradable alkyl polyglucoside (APG)-based non-ionic surfactant as building blocks in cyclosiloxane-based solvent under one-bath one-step approach. Reactive dyes were solubilized in the interior region of the reverse micelle under optimized process conditions as indicated by the color strength. Assessment of the color strength and fastness properties of cotton fabrics in reverse micellar dyeing was conducted and compared with aqueous dyeing. It was found that fluoropyrimidine reactive group of Levafix CA Red dyes encapsulated in APG-based reverse micelle exhibited higher color yield on cotton fabric compared to vinylsulfone group of both Levafix CA yellow and blue dyes. The results also represent that reactivity of the functional group combination of heterofunctional dyes influences color fixation on cellulosic surface in terms of color strength (K/S sum).

使用反胶束和可生物降解的烷基多糖苷（APG）基非离子表面活性剂作为构建单元，在环硅氧烷基溶剂中，一浴一步法，系统地研究了活性染料对棉织物的染色和固色性能。在优化的工艺条件下，活性染料溶解在反胶束的内部区域，如颜色强度所示。对棉织物在反胶束染色中的色强度和牢度性能进行了评估，并与水性染色进行了比较。研究发现，与 Levafix CA 黄色和蓝色染料的乙烯基砜基团相比，封装在基于 APG 的反胶束中的 Levafix CA 红色染料的氟嘧啶反应基团在棉织物上表现出更高的成色率。K/S总和）。