Effect of Plant based Antimicrobial finishes on Polyester fabric

Shama Sadaf, S. Naz, Wajeeha Salamat, A. Saeed, S. Sharif, Komal Hassan, Zeeshan Ahmad
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Abstract

Microorganisms are present everywhere in the environment and can be helpful for mankind in number of ways. Their harmful effects on cloths can be prevented by using a simple antimicrobial finish in fabrics. In this cross-sectional study, an eco-friendly antimicrobial finisher were extracted from leaves of Azadirachata indica, Butea monosperma and Litchi chinensis plants and applied on 100% polyester. The plant leaves were extracted, grinded, soaked and filtered by Whatman filter paper. It was concentrated by rotatory evaporator. The antimicrobial finish was applied on polyester fabric by the pad dry cure method and fixed by using polyurethane binder. The presence of antimicrobial finish on fabric was checked by ASTEM E2149 shake flask method. There was no microbial growth, even after 22 hours or after 6 days interval in experimental group. The eco-friendly antimicrobial finishes made 89% reduction in microbial growth. All three experimental group do not allow any microbial colony to grow while eight colonies were observed in control group. Extract obtained from L chinensis may cause little damage in surface of fabric. So, it was concluded Antimicrobial finishes are suitable to provide protection against microorganisms and can be used for the medical industry, paramedical staff, sportswear, home furnishing as well as for use of common people.
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植物基抗菌整理剂对涤纶织物的处理效果
微生物在环境中无处不在,可以在许多方面对人类有帮助。它们对衣物的有害影响可以通过在织物上使用一种简单的抗菌整理剂来预防。在横断面研究中,从印楝、单精子丁茶和荔枝植物的叶子中提取一种环保型抗菌整理剂,并将其应用于100%聚酯上。提取植物叶片,研磨,浸泡,并用Whatman滤纸过滤。用旋转蒸发器浓缩。采用垫干固化法对涤纶织物进行抗菌整理,并用聚氨酯粘结剂进行固定。采用ASTEM E2149摇瓶法检测织物上抗菌整理剂的存在。即使在22 h或间隔6 d后,实验组也没有微生物生长。生态友好的抗菌整理使微生物生长减少89%。三个实验组均不允许任何菌落生长,而对照组观察到8个菌落。枸杞子提取物对织物表面损伤小。因此,抗菌整理剂适用于提供对微生物的保护,可用于医疗行业,医护人员,运动服,家居用品以及普通人的使用。
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