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含生物可降解聚酯纤维雪尼尔纱的染色性能 被引量:1

Research on the dyeing performance of chenille yarn containing biodegradable polyester fiber
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摘要 在对PLA纤维和PLA/PHBV共混纤维基本染色性能研究的基础上,试制了两种含生物可降解聚酯纤维的雪尼尔纱(雪尼尔纱I和雪尼尔纱II),研究探讨了染色温度、时间、pH值对其染色性能的影响。结果表明:分散红60、分散黄SA-GL和分散蓝56适用于PLA纤维和PLA/PHBV纤维染色,经100℃和110℃染色后PLA纤维断裂强力分别下降了4.0%和5.2%,PLA/PHBV共混纤维断裂强力分别下降了10.1%和18.9%;分散染料对雪尼尔纱I的适宜染色工艺为:pH值4~5,染色温度100~110℃,时间40 min;雪尼尔纱II的适宜染色工艺为pH值4~5,染色温度110℃,时间30~40 min;在上述染色工艺条件下,雪尼尔纱I和雪尼尔纱II的耐摩擦色牢度和耐皂洗色牢度均达到3~4级及以上。证明PLA纤维和PLA/PHBV共混纤维在被用于制备雪尼尔纱后,经过适宜染色工艺染色,可获得符合应用要求的产品。 Based on the study of the basic dyeing properties of PLA fiber and PLA/PHBV blend fiber, two kinds of chenille yarns containing biodegradable polyester fiber(chenille yarn I and chenille yarn II) were trial-produced by the authors. The research explored the effects of dyeing temperature, time, and pH value on their dyeing performance. The results show that Disperse Red 60, Disperse Yellow SA-GL and Disperse Blue 56 are suitable for dyeing PLA fiber and PLA/PHBV fiber. After dyeing at 100℃ and 110℃, the breaking strength of PLA fiber decreases by 4.0% and 5.2%, respectively while that of the PLA/PHBVblend fibers decreases by 10.1% and 18.9%, respectively.The suitable dyeing condition for chenille yarn I with disperse dyes is at the pH value of 4~5, dyeing temperature of 100~110℃, and a duration of 40 min;the suitable dyeing condition for chenille yarn II with disperse dyesis at the pH value of 4~5, dyeing temperature of 110℃, and a duration of 30~40 min.Under the above dyeing process conditions, the color fastness to rubbing and colorfastness to washing of chenille yarn I and chenille yarn II are both at or above 3~4. It proves that products meeting application requirements can be obtained after the chenille yarns produced with PLA fiber and PLA/PHBVblend fibers are dyed through suitable dyeing process.
作者 徐天伟 柴璐娜 唐奇 王成龙 金淑兰 陈冬梅 郑今欢 XU Tianwei;CHAI Luna;TANG Qi;WANG Chenglong;JIN Shulan;CHEN Dongmei;ZHENG Jinhuan(Engineering Research Center for Eco-Dyeing&Finishing of Textiles(Zhejiang Sci-Tech University),Ministry of Education of China,Hangzhou 310018,China;Jinhua Jieling Home Furnishing Co.,Ltd.,Jinhua 321000,China)
出处 《现代纺织技术》 北大核心 2022年第5期188-196,共9页 Advanced Textile Technology
基金 金华市工业类重点科技计划项目(19010499-J) 大学生科技成果推广项目(2020R406058)。
关键词 PLA纤维 PLA/PHBV纤维 生物降解 雪尼尔纱 染色性能 PLA fiber PLA/PHBV blend fiber biodegradation chenille yarn dyeing performance
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