摘要
探究了果胶酶、木质素酶单一酶及复合酶处理原羊绒的影响因素,并通过正交试验获得较佳工艺,用以替代传统酸炭化去除植物性杂质。研究表明,与传统酸炭化相比,原羊绒纤维用复合酶处理后,其断裂强力和白度提高,失重率减小。
The influence factors of pectinase,lignin enzyme or complex enzyme on cashmere treatment were studied,and the optimized technology for removal of plant impurities to replace the traditional acid carbonization was obtained by orthogonal experiment.The results showed that the breaking strength and whiteness of cashmere fiber treated with complex enzyme were improved,and the weight loss rate decreased in comparision with traditional acid carbonization.
作者
李晓彦
魏玉娟
徐壁
蔡再生
Li Xiaoyan;Wei Yujuan;Xu Bi;Cai Zaisheng(College of Chemistry,Chemical Engineering and Biotechnology,Donghua University,Shanghai,China)
出处
《国际纺织导报》
2019年第12期22-26,28,共6页
Melliand China
关键词
羊绒
生态
果胶酶
木质素酶
炭化
复合酶
cashmere
ecological
pectinase enzyme
lignin enzyme
carbonization
compound enzyme
