Applications of graphene in organic anticorrosive coatings

Waikong Xiao
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Abstract

The problem of corrosion of materials has lasted for a long time, corrosion causes damage to the structure of buildings and bringing loss of economy. The coating method, which is an easy and economical way to solve the problem, is still unable to satisfy the needs limited by the paints properties. However, this can be solved by introducing graphene, by its special 2-D material properties, to the paint. And a lot of researchers are working on this now. This paper mainly focuses on the overview of how graphene be applied to anti-corrosive coatings, the problems that are faced, what are solutions for those, and what are the advantages that graphene has in the area. Resulting that graphene is mainly used with organic anti-corrosion materials, by filling the holes in those materials to stop the corrosion molecules from infiltrating through. Graphene can also be used as containers, carrying corrosion inhibitors that would be released and fill the crack when the coating is damaged. By modifying graphene, problems like agglomeration and accelerating corrosion can be solved. The result will be used for researchers who are looking for a conclusion in the graphene anti-corrosive coatings research area and provide the main focuses and details.
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石墨烯在有机防腐涂层中的应用
材料锈蚀问题由来已久,锈蚀会对建筑物结构造成破坏,带来经济损失。涂料法是一种既简单又经济的解决问题的方法,但受涂料性能的限制,仍无法满足人们的需求。然而,将具有特殊二维材料特性的石墨烯引入涂料中,就可以解决这个问题。目前,很多研究人员都在从事这方面的工作。本文主要概述了如何将石墨烯应用于防腐涂料、面临的问题、解决方案以及石墨烯在该领域的优势。结果是,石墨烯主要用于有机防腐材料,通过填充这些材料的孔洞来阻止腐蚀分子渗入。石墨烯还可以用作容器,携带缓蚀剂,当涂层受损时,缓蚀剂就会释放出来,填补裂缝。通过对石墨烯进行改性,可以解决结块和加速腐蚀等问题。该成果将为在石墨烯防腐蚀涂层研究领域寻找结论的研究人员提供主要重点和细节。
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