A functional and robust super‐hydrophobic <scp>PCC</scp> coating based on the induced assembly of modified zirconium phosphate

Yin, Bing; Hua, Xujiang; Fan, Fangyu; Qi, Dongmei; Han, Kailu; Hou, Youqing; Hou, Dongshuai

doi:10.1002/app.53427

J of Applied Polymer Sci

2022

DOI: 10.1002/app.53427

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A functional and robust super‐hydrophobic PCC coating based on the induced assembly of modified zirconium phosphate

Bing Yin

Xujiang Hua

Fangyu Fan

et al.

Abstract: Improving the permeability of concrete is one of the important measures to extend the service life of concrete. In addition, for marine engineering, sewerage projects, and so on, mechanical stability and microbial induced corrosion of concrete structures cannot be ignored. We demonstrated a method to

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Cited by 5 publications

References 52 publications

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Durability of photocatalytic ZnO-based surface coatings and preservation of their antibacterial effect after simulated wear

Kook,

Kaur,

Danilian

et al. 2024

J Coat Technol Res

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This study focused on antibacterial durability testing of surface coatings based on acrylic matrix-embedded UVA-activated ZnO. Such coatings on stainless steel were treated by dry rubbing, wet rubbing, and abrasive treatment to simulate wearing during everyday touching, cleaning, and aggressive scrubbing. Abrasive treatment caused clear topological changes to the surfaces, flattened the surface at the micrometer scale, and released a significant amount of surface material, which was partly acrylic matrix and partly the embedded ZnO. The highest release of Zn, the most prominent photocatalytic activity under UVA and the greatest antibacterial effect, was observed for abrasively treated surfaces. Although a small amount of surface material was released from surfaces after dry and wet rubbing, no significant increase in Zn release or photocatalytic activity was detected. On the contrary, antibacterial activity after those treatments decreased in comparison with untreated surfaces, likely due to partial surface masking by the released acrylic matrix. In summary, our results indicate that antimicrobial ZnO material immobilized in acrylic matrix creates stable surface coatings that may lose some of their efficacy during daily use and cleaning procedures, but activity of which will be retained during a more aggressive abrasion procedure.

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Durability of photocatalytic ZnO-based surface coatings and preservation of their antibacterial effect after simulated wear

Kook,

Kaur,

Danilian

et al. 2024

J Coat Technol Res

View full text Add to dashboard Cite

show abstract

Mechanical properties and micro-mechanism of cement-based materials strengthened by in-situ organic-inorganic polymerization

Yin

Hua

et al. 2023

Cement and Concrete Composites

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Research on the performance of foamed concrete based on superhydrophobic bulk modification

Xu,

Mao,

Jiang

et al. 2024

Construction and Building Materials

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A functional and robust super‐hydrophobic PCC coating based on the induced assembly of modified zirconium phosphate

Cited by 5 publications

References 52 publications

Durability of photocatalytic ZnO-based surface coatings and preservation of their antibacterial effect after simulated wear

Durability of photocatalytic ZnO-based surface coatings and preservation of their antibacterial effect after simulated wear

Mechanical properties and micro-mechanism of cement-based materials strengthened by in-situ organic-inorganic polymerization

Research on the performance of foamed concrete based on superhydrophobic bulk modification

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