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In a recently published study, casein-based ZnO nanocomposomes were prepared using bi-in-place polymerization, using γ-(2,3-epoxy) propylene-trimethylsilane (KH560) as a silane coupled agent.
the morphology, structure and size distribution of composite latex through TEM, FTIR, DLS, TG. At the same time, the water absorption and antibacterial effects of the prepared composite coating are also
. The results show that the average size of casein-based ZnO nanocomposome particles is about 259nm. When the amount of ZnO presumptives increased to 3%, the water resistance of the compound film was maximized and the water absorption rate was reduced to 49.9%.
a good candidate for functional coatings
When the KH560 is 3.5%, the E. coli suppression area of casein-based ZnO nanocomposective materials is expanded from 0 mm to 9.0 mm, indicating that the antibacterial properties are significantly higher than those of a single in-place legal system. The composite materials prepared are good candidates for functional coatings in related fields.