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Plasma-assisted regenerable chitosan antimicrobial finishing for cotton

机译:等离子辅助棉壳聚糖可再生抗菌整理

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In this study, nitrogen-plasma treatment was used to enhance the coating of chitosan onto cotton fabric and chlorine was introduced into nitrogencontaining groups on the chitosan coated fabric in order to make it antimicrobial by chlorination with sodium hypochlorite. The antimicrobial property and its rechargeability were investigated. FTIR, UV and scanning electron microscope were used to evaluate the surface properties, including the existence of chitosan on cotton fabric, the content of chitosan on cotton fabric and the surface topography of cotton fabric after modification. The results showed that nitrogen-plasma introduces nitrogen-containing groups into cotton fabric, the coating of chitosan on fabric was improved with nitrogen plasma treatment and chlorine was introduced into the chitosan coated fabric successfully which inhibits bacteria effectively and it is rechargeable. Thus, the antimicrobial property of cotton fabric coated with chitosan with the aid of nitrogen-plasma treatment after chlorination achieved good effects.
机译:在这项研究中,采用氮等离子体处理来增强壳聚糖在棉织物上的涂层,并将氯引入壳聚糖涂层织物上的含氮基团中,以使其通过次氯酸钠氯化而使其具有抗菌性。研究了抗菌性能及其可充电性。用FTIR,UV和扫描电子显微镜对棉织物表面壳聚糖的存在,棉织物上壳聚糖的含量以及改性后棉织物的表面形貌进行评价。结果表明,氮等离子体将含氮基团引入棉织物中,通过氮等离子体处理改善了壳聚糖在织物上的涂层,成功地将氯引入壳聚糖涂层的织物中,从而有效地抑制了细菌,并且具有可充电性。因此,在氯化后用氮等离子体处理的壳聚糖包被的棉织物的抗菌性能达到了良好的效果。

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