氧微波低温等离子体用于棉针织物前处理探讨

A research on the pretreatment of cotton knitted fabrics using oxygen microwave plasma

研究了氧微波低温等离子体去除棉纤维天然杂质的效果,探讨了处理功率、气体压力、时间等参数对棉针织物的去杂效率、强力、漂白白度的影响,并与常规前处理工艺进行了对比。研究表明:以氧微波低温等离子体处理替代传统的棉针织物精练工序后,织物的毛细效应、顶破强力、甘茨白度及染色 K/S 值等指标可接近或超过常规前处理工艺的水平。

This paper studied the removal of natural impurities from cotton fibers using oxygen microwave low temperature plasma,discussed the influences of treating power, air pressure and time to the removal efficiency, strength and whiteness ofbleaching, and comparisons were made with conventional pre-treatment. The research results suggested that using oxygenmicrowave low temperature plasma in place of traditional refining technology to treat cotton knitted fabrics, the capillaryeffect, bursting strength, whiteness and the K/S value of dyeing are close or better than the conventional pre-treatment.