锦纶抗静电织物导电性能和抗静电性能研究

Conductive and antistatic properties of polyamide antistatic fabric

通过嵌织配置方式将锦纶导电长丝与普通锦纶长丝进行上机织造,制备了锦纶抗静电织物。织造过程中通过改变导电长丝的嵌织方式、嵌织间隔以及基底的组织结构,得到不同参数的锦纶抗静电织物。探讨了抗静电织物在洗前和洗100次后的导电性能和抗静电性能。结果表明:纬平针织物呈现出较好的导电性能和抗静电性能;网格嵌入方式可提高抗静电织物的抗静电性能;随着嵌入间隔的增大,抗静电织物的导电性能和抗静电性能有所降低。

Antistatic polyamide fabric is prepared by embedding polyamide conductive filament into ordinary polyamide filament duringweaving. Antistatic polyamide fabrics with different specifications are obtained by changing the embedding way, embedded interval and basefabric texture during weaving. The conductive and antistatic properties of the antistatic fabric before washing and after 100 times launderingsare discussed. The results show that the plain knitted fabric exhibits good conductivity and antistatic property; grid embedding way canimprove the antistatic property; and the conductive and antistatic properties of the fabric decrease with the increasing of the embeddedinterval.