Waterborne paint based on acrylic latex, containing nano-structured ZnO as an active additive

Recent work has focused on the performance of acrylic latex-based adhesives that are polymerized with semi-continuous emulsions.
antiseptic coatings for NPsZnO-containing adhesives that can be used as coatings and coatings in medium corrosive load environments.
zinc oxide nanoparticles (NPsZnO) with a polymer content of 1.5wt% are added to the adhesive during synthesis

. The adhesive is then normalized with a variety of anti-corrosion pigments, fillers and additives to obtain the model anti-corrosion coating.
, model coatings with expected enhanced antimicrobial resistance are also prepared to protect mineral substits. The effects of NPsZnO on the physical and physical properties of paint film and chemical resistance, corrosion resistance and antibacterial resistance were studied. The performance of coatings based on synthetic adhesives was also compared with that of commercial acrylic adhesives.
Excellent Physical Chemistry, Mechanical and Antiseptic Properties
results show that the addition of NPsZnO to latex during synthesis provides stable polymer dispersions that are better physically, mechanically and embalmed than blank binders (without nanoparticles) and commercially available binders. It has also been proven that adhesives with NPsZnO provide antiseptic coatings that can be used as coatings for environments with a medium corrosion burden, as well as indoor coatings with reduced biocide content.
the study has been published in the Journal of Coating Technology and Research, Volume 17 (2020).
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