纺织报告|FANGZHIBAOGAO7甲壳素抗菌吸湿排汗复合功能面料的研制开发唐琴，张小玉，陈灿（广东职业技术学院，广东佛山528000）DevelopmentofchitinantibacterialmoistureabsorptionandperspirationcompositefunctionalfabricTangQin,ZhangXiaoyu,ChenCan（GuangdongPolytechnic,Foshan528000,China）AbstractBasedontheresearchofcotton/Coolbstmoistureconductivefabric,thispaperintroducesenvironmentalfriendlychitinantibacterialmaterialtopreparechitinantibacterialmoistureabsorptionandperspirationcompositefunctionalfabric.ThemoistureconductivitytestofthesampleshowedthatwiththeincreaseofthecontentofCoolbstfiberinthefabric,themoistureconductivityofthefabricgraduallyincreased,mainlyreflectedintheincreasingwickingheightandevaporationrate;whendevelopingcottoncontainingmoistureconductivefabrics,reducingtheproportionofCoolbstfibersresultsinasignificantlyfasterdecreaseinweftguidedmoisturedisplacementthaninwarpguidedmoisturedisplacement.Theantibacterialperformanceofthecompositefabricwassignificantlyimprovedwhenthechitinantibacterialfiberreached50%inthechitinantibacterialviscose/cottonblendedyarn;whenthechitinantibacterialfiberintheblendedyarniscloseto70%,eveniftheblendingratioofantibacterialfibersisincreased,theantibacterialperformanceofthecompositefabrichaslittlechange.Keywordschitin;antibacterial;moistureabsorptionandperspiration;compositefunction摘要文章在棉/Coolbst导湿面料研究的基础上引入环保型甲壳素抗菌材料，以制备甲壳素抗菌吸湿排汗复合功能面料。对样品进行导湿性能测试发现，随着面料中Coolbst纤维含量的增加，织物导湿性能逐渐提升，主要表现为芯吸高度、蒸发速率不断增加；在研制含棉导湿面料时，降低Coolbst纤维比例，纬向导湿位移下降速度明显快于经向导湿位移下降速度。通过样品抗菌性能测试发现：当甲壳素抗菌纤维在甲壳素抗菌黏胶/棉混纺纱中达到50%时，复合面料的抗菌性能显著提高；当混纺纱中的甲壳素抗菌纤维接近70%时，即使增加抗菌纤维的混纺比例，复合面料的抗菌性能变化也不大。关键词甲壳素；抗菌；吸湿排汗；复合功能中图分类号：J523.1文献标志码：A随着生活水平的提高，人们对面料的舒适性、健康安全性要求越来越高，在一些特定...
