精纺毛织物的连续液氨整理Continuous liquid ammonia finishing of worsted fabrics
商显芹;王强;姜哲;马海涛;胡素娟;张登陆;
摘要(Abstract):
为考察液氨对羊毛结构与性能的影响,采用已商业化应用的连续性液氨整理设备对精纺毛织物进行批量化处理,探讨液氨对羊毛纤维表面形态、化学结构、大分子结构和织物强力、毡缩性等性能的影响。结果表明:液氨处理可一定程度上破坏羊毛表面鳞片结构,且可将大分子肽链间的二硫键断裂形成胱氨酸氧化物。红外光谱测试结果表明,液氨处理后羊毛大分子结构中的α-螺旋及无规卷曲含量增加,β-折叠含量降低。此外,液氨处理使得羊毛织物折皱回复角提高6%,面积毡缩率下降18%,对羊毛织物的抗皱与防毡缩性能有一定改善作用。
关键词(KeyWords): 精纺毛织物;液氨整理;表面形态;化学结构;防毡缩性能
基金项目(Foundation): 国家重点研发计划项目(2017YFB0309200);; 江苏省研究生培养创新工程项目(KYCX18_1832)
作者(Authors): 商显芹;王强;姜哲;马海涛;胡素娟;张登陆;
DOI: 10.19333/j.mfkj.20220400506
参考文献(References):
- [1] YANAI Yuichi.The changes of the structure and the properties of cotton fibers through the liquid ammonia treatment[J].Sen'i Gakkaishi,2006,62(7):198.
- [2] TOMIJI Wakida,LEE Muncheul,SUN Ji Park,et al.Effect of hot mercerization on liquid ammonia treated cottons[J].Sen'i Gakkaishi,2002,58(5):185-187.
- [3] 朱慧珍,黄小或,周翔,等.液氨处理前后棉纤维的结构和性能[J].印染,2003(4):8-10,51.ZHU Huizhen,HUANG Xiaoyu,ZHOU Xiang.Structure and properties determination of liquid ammonia treated cotton Fiber [J].China Dyeing & Finishing,2003(4):8-10,51.
- [4] HERMISTON B N,PITTS J M D.Surface characteristics of wool fibers treated in liquid ammonia[J].Journal of The Textile Institute,1976,67(2):72-76.
- [5] W?OCHOWCZ A,STELMASIAK E.Change in thermal properties of wool after treatment with liquid ammonia[J].Journal of Thermal Analysis and Calorimetry,1983,26(1):17-22.
- [6] TOMIJI Wakida,LEE Muncheul,YUKIHIRO Sato,et al.Dyeing properties of wool treated with liquid ammonia[J].Coloration Technology,1993,109(12):393-397.
- [7] HESSE A,THOMAS H,HOCKER H.Zero-AOX shrinkproofing treatment for wool top and fabric.2.collagen resin application[J].Textile Research Journal,1995,65(7):371-378.
- [8] WARD R J,WILLIS H A,GEORGE G A,et al.Analysis of wool by x-ray photo electron spectroscopy and smile secondary in mass spectrometry[J].Textile Research Journal,1993,63(6):362-368.
- [9] MOTAGHI Z,ESKANDARNEJAD S,MONTAZER M,et al.Mechanical slenderizing of coarse wool fiber and determination of its characteristics with FTIR and Raman spectroscopy[J].Journal of The Textile Institute,2012,103:8-18.
- [10] MOLINA R,JOVANCIC P,JOCIC D,et al.Surface characterization of keratin fibbers treated by water vapor plasma[J].Surface and Interface analysis,2003,35(2):128-135.
- [11] JOVANCIC P A,JOCIC D A,MOLINA R B,et al.The combined low-temperature plasma/enzyme wool shrink-resist treatment[J].AATCC Review,2003,3(2):25-28.
- [12] IDRIS A,VIJAYARAHAVAN R,RANA U A,et al.Dissolution and regeneration of wool keratin in ionic liquids[J].Green Chemistry,2014,16(5):2857-2864.
- [13] BONNIER F,RUBIN S,DEBELLE L,et al.FT-IR protein secondary structure analysis of human ascending aortic tissues[J].Journal of Biophotonics,2008,1(3):204-214.
- [14] YUAN J,WANG Q,WANG P,et al.Promotional effect of 1-butyl-3-methylimidazolium chloride ionic liquid on the enzymatic finishing of wool[J].Engineering in Life Sciences,2012,12(2):209-215.
- [15] 陶乃杰.染整工程:第1册[M].北京:中国纺织出版社,1996.TAO Naijie.Dyeing and finishing engineering:volume I[M].Beijing:China Textile & Apparel Press,1996.
- [16] WARNER S B.Fiber science[M].New Jersey:Prentice Hall,Inc,1995.