Abstract: Conductive anticorrosive coatings using graphene as fillers in epoxy resin(E- 44) are prepared. The performance of graphene/ epoxy coatings is compared with pure epoxy coatings, carbon black/epoxy coating, commercial zinc-rich epoxy coatings and glass flake/ epoxy coatings. The results reveal that a low addition of 0. 5%o graphene can improve the anticorrosion performance of epoxy coatings and the ad dition of 1% graphene can enable the coating to show good an ticorrosive and conductive performance, with its surface resistance approx, 10⁶ Ω, which can meet the requirement of antistatic coatings.

Key words: graphene, epoxy, antistatic, anticorrosion

摘要： 以石墨烯粉体为填料，环氧 E-44 为基料研制了一种环氧复合防腐导电涂料，对比了不同 石墨烯含量的复合涂料与纯环氧涂料、炭黑环氧涂料、环氧富锌涂料、玻璃鳞片涂料的导电和防腐等 方面的性能。 结果表明:石墨烯用量为 0.5%时，涂层防腐性能优良，用量为 1%时，涂层表面电阻率为 10⁶ Ω，符合导静电要求。

关键词: 石墨烯, 环氧, 导静电, 防腐