摘要
纺织材料是电的不良导体,它们具有很高的表面比电阻,纤维材料相互间或与其它物体的接触摩擦都会产生静电现象,产生各种静电危害。研究了纳米Sn O2颗粒在介质溶剂中的分散稳定性问题,最终确定纳米抗静电整理剂的最佳工艺为：m（SDS）∶m（柠檬酸铵）=1,m（复合分散剂）∶m（Sn O2）=2,p H值9.0;搅拌时间20 min;超声时间5 min。
Textile materials are poor conductors of electricity. They have very high surface specific resis-tance. Electrostatic phenomena can occur in the friction between fiber materials and other objects, whichcan cause various electrostatic hazards. The dispersion stability of nano-sized SnO2 particles in the mediumsolvent was researched, the optimum processes of finalizing the nano antistatic finishing agent are as follows：the mass ratio of dispersing agent SDS and ammonium citrate is 1, the mass ratio of compositse dispersant andnano sized SnO2 particles is 2, p H value is 9.0, stirring time is 20 min, ultrasonic time is 5 min.
作者
界璐
倪海燕
JIE Lu;NI Hai-yan(Xi＇an Polytechnic University,Xi＇an 710048,Shaanxi,China)
出处
《合成纤维》
CAS
2018年第5期42-45,共4页
Synthetic Fiber in China
基金
国家支撑计划项目(2012BAF13B03)
关键词
纳米材料
抗静电
分散性
整理剂
nanomaterial
antistatic
dispersibility
finishing agent
