- - MANUFACTURING METHOD OF COPPER-TITANIUM NANO PARTICLES USING HYDROTHERMAL SYNTHESIS METHOD COPPER-TITANIUM NANO PARTICLES USING THE SAME AND ANTIBACTERIAL LATEX FOAM CONTAINING THE SAME

摘要

The present invention relates to a method for producing copper-titanium nanoparticles by a hydrothermal synthesis method, copper-titanium nanoparticles prepared by this method, and an antibacterial latex foam containing the same, more specifically, hydrothermal using a reducing agent having a hydroxyl group The copper-titanium nanoparticles are prepared by a synthetic method, added to the latex, and then foamed and cured together to produce an antibacterial latex foam, so that excellent antibacterial properties can be achieved without UV light irradiation. -A colloidal solution is prepared using titanium nanoparticles, and the colloidal solution is applied or supported on the outer surface of the latex foam and the surface of the inner pores by contacting (dipping or spraying) the latex foam to produce an antibacterial latex foam. By doing so, it is possible to realize excellent antibacterial properties without UV light irradiation. By copper- relates to an antimicrobial latex foam containing titanium nanoparticles and it - the copper produced by the production method, a method of titanium nanoparticles. This project (results) is the result of a research project to nurture a leading university for social-academic cooperation (LINC +) that was conducted with the support of the Ministry of Education and the Korea Research Foundation.