摘要： 传统的导静电涂层多是添加颗粒状导电体，其导静电效率较低。 为进一步提高导静电涂层的导静电效果和综合性能，研究制备了环氧基纳米铜纤维复合导静电涂层，并采用扫描电镜、能谱、电化学等手段对该涂层的性能进行表征。 结果表明：添加 7%纳米铜纤维的环氧涂层具有较致密的结构和较好的耐蚀性。

关键词: 纳米铜纤维, 导静电涂层, 储罐

Abstract: The traditional conductors in antistatic coatings are some kind of particles, which have low conductivity. In order to improve the conductivity and other properties of antistatic coatings, nano-structure Cu fibers are introduced into epoxy coatings to form a novel composite antistatic coatings. SEM and electrochemical tests are conducted to characterize the resulted coatings. Test results show that the antistatic coating with 7% nano-structure Cu fiber has a compact structure and good corrosion resistance.

Key words: nanometer, Cu fiber, antistatic, coatings, storage tank