Research Progress of Geopolymer-based Protective Coating and Its Performance Improvement Technology

Article


Xu, Haiyan, Yang, Xuelei, Wang, Aiguo, Zhu, Yingcan, Liu, Kaiwei, Huang, Meng and Wang, Xingyao. 2022. "Research Progress of Geopolymer-based Protective Coating and Its Performance Improvement Technology ." Cailiao Daobao/Materials Reports. 36 (19), pp. 1-7.
Article Title

Research Progress of Geopolymer-based Protective Coating and Its Performance Improvement Technology

Article CategoryArticle
AuthorsXu, Haiyan, Yang, Xuelei, Wang, Aiguo, Zhu, Yingcan, Liu, Kaiwei, Huang, Meng and Wang, Xingyao
Journal TitleCailiao Daobao/Materials Reports
Journal Citation36 (19), pp. 1-7
Article Number21110045
Number of Pages7
Year2022
PublisherCailiao Daobaoshe
Place of PublicationChina
ISSN1005-023X
Web Address (URL)http://www.mater-rep.com/EN/10.11896/cldb.21110045
Abstract

G eopolymer-based protective coating (GPC) is a new type of inorganic coating with excellent properties and geopolymers as film forming material. However, due to the wide variety of silicon-aluminum materials and activators, the curing mechanism of GPC is complicated, with differences in surface drying time, adhesion strength and erosion resistance. Notably, the environmental temperature and humidity affect these performances. In engineering applications, actual needs and environmental conditions should be considered to optimize the selection of silica-aluminum raw materials, activator types, modulus and dosage, admixture and ratio. At the same time, geopolymers also have some disadvantages, such as high shrinkage, brittle cleavage and carbonation, which also limit its wide application in engineering to a certain extent. This article describes the influence factors of curing film formation of GPC of high calcium, low calcium and noncalcium, analyzes the effects of aluminosilicate material, activator and curing conditions on the surface drying time, adhesion strength and erosion resistance of GPC. This paper indicates the improvement effect of strategies on the performance of GPC to handle the existing problems, such as adding aluminosilicate raw materials, nanoparticles, LDHs and organic polymers.

Keywordsalkali-activation; aluminosilicate material; geopolymer-based protective coating (GPC); improvement technology
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FunderNational Natural Science Foundation of China
Byline AffiliationsAnhui Jianzhu University, China
Centre for Future Materials
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