摘要
通过实验分析表明,将导电微粒与树脂基体复合,可有效地提高FRP的导电性,获得性能可靠的抗静电FRP。采用合理的复合层结构,可使FRP同时兼具抗静电和阻燃性能。
The qualitative analysis of the experiment and theory showed that the conductivity of FRP can be availably raised after the conductive particles combined with resin matrix. Thus, the reliable antistatic FRP is obtained. And FRP with rational laminate structure have both antistatic property and fire retardency.
出处
《山东建材学院学报》
1992年第1期60-65,共6页
Journal of Shandong Institute of Building Materials
关键词
玻璃钢
抗静电剂
复合材料
glass fibre reinforced plastics
composites
antistatic agent
