摘要
通过碳纳米管来改进有机抗静电剂的性能,用于聚合物抗静电纤维。碳纳米管分散在有机抗静电剂载体PR86,TS40和TS51中制成复合抗静电剂CNTs/PR86,CNTs/TS40和CNTs/Ts51,与聚丙稀(PP)混纺制备CNTs/PR86/PP纤维,CNTs/TS40/PP纤维和CNTs/TS51/PP纤维。通过对摩擦静电荷的测试结果表明,含碳纳米管的有机抗静电剂相对于纯有机抗静电剂更进一步提高了丙纶纤维的抗静电能力。
Carbon nanotubes were used to modify three organic antistatic agents. The friction charges were measured to exhibit the antistatic ability of polymer fibers. Organic antistatic filler grains: CNTs/PR86, CNTs/TS40 and CNTs/TS51, prepared by dispersing CNTs in organic antistatic carrier, were cospun with polymer to prepare composite antistatic fibers. It was indicate that CNTs further improved the antistatic ability of organic antistatic agents in PP fibers compared to pure organic agent.
出处
《材料工程》
EI
CAS
CSCD
北大核心
2004年第4期24-27,共4页
Journal of Materials Engineering
