Preparation process of nano-reinforced anti-pollution material for cabinet panel

Abstract

The invention relates to the technical field of nano material preparation methods, and discloses a preparation process of the nano-reinforced anti-pollution material for a cabinet panel. The nano zincoxide is added into a cabinet panel material; the surface of the nano-zinc oxide has relatively strong activation energy; under a natural state, a chemical reaction can be induced by ultraviolet rays; therefore, the surface has stronger anti-fouling and antibacterial capabilities; according to the invention, nano titanium oxide and nano porous silicon oxide are added; the nano titanium oxide andthe nano porous silicon oxide have relatively strong antibacterial, self-cleaning and anti-aging properties; harmful bacteria on the surface of the cabinet panel can be effectively killed; the antibacterial capacity of the panel fabric is improved, the nano-hydroxyapatite is added to serve as a carrier of the composite antibacterial agent, good compatibility with a resin matrix is achieved, the stability of the material is improved, the service life is prolonged, and the problem that in the traditional technology, metal particles fall off along with the increase of the service cycle, and consequently the environment and the human body are harmed is solved.

Description

technical field [0001] The invention relates to the technical field of preparation methods of nanomaterials, in particular to a preparation process of nano-enhanced anti-fouling materials for cabinet panels. Background technique [0002] The material of the cabinet panel is often an anti-fouling nano-material, which has good anti-fouling performance and is well received by home users. A certain amount of heavy metal elements such as copper and iron are often added to traditional anti-fouling nano-materials for cabinet panels, and physical or chemical reactions occur on the coating surface, thereby improving the anti-fouling ability of the coated fabric. [0003] However, the existing technology adds a large amount of heavy metals to the nanomaterials. As the service life increases, the metal particles are easy to fall off from the surface layer, causing pollution and damage to the environment, and also have a certain impact on the human body. The nano-materials of the techn...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a nano-enhanced anti-fouling material preparation process for cabinet panels, which has improved anti-fouling and antibacterial capabilities, improved self-cleaning and anti-aging performance, and increased material stability. It improves the service life and other advantages, and solves the problem that the existing technology adds a large amount of heavy metals to the nanomaterials. With the increase of the service life, the metal particles are easy to fall off from the surface layer, causing pollution and damage to the environment, and also to the human body. It has a certain impact, and the nano-materials of the cabinet panels in the prior art are prone to breed bacteria on the surface. Although the anti-fouling effect has been achieved, there is still a problem of risk in use