Organic polymer composite metal polymeric material

Abstract

The invention discloses an organic polymer composite metal polymeric material, and relates to the technical field of novel materials. A preparation method of the organic polymer composite metal polymeric material comprises the following steps: preparing resinoid, unsaturated fatty acid, an emulsifier and distilled water, uniformly mixing and stirring, and slowly heating the mixture in a heating cabinet; pouring the obtained solution mixture into a constant-temperature stirrer, putting a catalyst and an inorganic small molecule compound into the stirrer, and slowly raising the speed to high-speed stirring; adding a composite metal simple substance into the solution mixture, and pouring the solution mixture into an ultrasonic dispersion machine for continuous dispersion; and naturally cooling the mixed solution, adding a film-forming agent, continuing, and then turning off the ultrasonic dispersion machine. The surface of an object can be wrapped, the peculiar smell of the object can be removed, and long-acting and efficient sterilization and bacteriostasis and efficient removal of the peculiar smell on the surface of the object can be achieved.

Description

technical field [0001] The invention belongs to the technical field of new materials, in particular to an organic polymer composite metal polymer material. Background technique [0002] In indoor public places, long-term sterilization, parasite eggs, formaldehyde and volatile organic compounds have always been the focus of public attention, and they are also the focus of long-term impact on human health. In particular, the worldwide outbreak of the new crown epidemic last year has made the problem of long-term sterilization and antibacterial on the surface of objects more severe and urgent in various countries. [0003] The growth of bacteria is directly proportional to temperature and humidity, and they exist in any corner of the space we live in. Decoration pollutants in home, office and activity places mainly come from wood panels, adhesives, paints and wall paints. At present, the killing of bacteria mainly comes from the spraying of bactericidal agents, such as sodium...

AI Technical Summary

Problems solved by technology

Looking at the decoration pollutants, there are also great disadvantages

For example, biological enzymes are slow to act and are prone to lose water and fail; photocatalysts have low light utilization and are basically ineffective in environments with poor light illumination; sealants are easy to break and fail; chlorine dioxide will produce other harmful gases

The above and so on limit the development of long-term bactericidal and antibacterial and pollutant purification technologies in indoor and public places, which is also a bottleneck and needs to be broken through

Images