Nano internal-wall latex paint for health-care building and preparing method thereof

Abstract

The present invention relates to a nano type health building material wall latex paint and its preparation method. It is made up by using polyvinyls emulsion, dispersing agent, moistening agent, pigment, filling material, nano predispersing liquor, thickening agent, pH regulating agent and water through the processes of combining nano predispersing liquor and emulsion, premixing, high-speed dispersing, blending paint and filtration. At the same time of ensuring that said paint has good physical properties it can make VOC be reduced to minimum value and can improve indoor air quality.

Description

technical field [0001] The invention relates to the field of coatings, in particular to a nano-type healthy building interior wall latex paint used for the protection and decoration of building interior walls. Background technique [0002] Beginning in the 1970s, "bad building syndrome" such as irritation, fatigue, headaches, and memory loss began to appear in developed countries. Many data show that this is related to volatile organic compound (VOC) pollution in building coatings. At present, all countries in the world are committed to the research and development of low-VOC latex paints. However, in the latex paint system, it is inevitable to add a variety of additives, such as coalescence aids, leveling agents, antifreeze agents, anti-corrosion and fungicides, etc. Contains organic solvents, so how to reduce the VOC content under the condition of ensuring the quality of latex paint has become a thorny problem. In addition, for anti-mold and sterilization, anti-mold and f...

AI Technical Summary

Problems solved by technology

At present, all countries in the world are committed to the research and development of low-VOC latex paints. However, in the latex paint system, it is inevitable to add a variety of additives, such as coalescence aids, leveling agents, antifreeze agents, anti-corrosion and fungicides, etc. Contains organic solvents, so how to reduce the VOC content under the condition of ensuring the quality of latex paint has become a thorny problem

In addition, for anti-mold and sterilization, anti-mold and fungicides containing metal-organic compounds such as mercury, copper, tin, and arsenic are often used. Although they have strong bactericidal power, their efficacy is short and they are also relatively harmful to the human body.