Opal photocatalyst spraying liquid allowing scrubbing

Abstract

The invention discloses opal photocatalyst spraying liquid allowing scrubbing. The opal photocatalyst spraying liquid allowing scrubbing is characterized in that the opal photocatalyst spraying liquid is prepared from opal, acidized attapulgite clay, high-viscosity attapulgite clay, nanometer titania, white carbon black, nanometer silver-loaded antibacterial powder, nano magnesium oxide, nano zirconium dioxide, nano aluminum oxide, nano zinc oxide, polyvinyl alcohol, polyethylene glycol, polydimethylsiloxane and water. The materials are stirred, dispersed, emulsified and ground, then are dispersed, homogenized and ground again, and are canned to obtain the opal photocatalyst spraying liquid allowing scrubbing. The opal photocatalyst spraying liquid allowing scrubbing is suitable for being coated on the surface of a building or decorative material, under irradiation of light, the spraying liquid can continuously adsorb and decompose pollutants such as formaldehyde, ammonia and benzene, has excellent sterilizing, deodorizing, moldproof and air purifying functions, and a film sprayed on the surface of the building or decorative material can present a saturation state after being used for a long time and can be scrubbed away with duster cloth.

Description

technical field [0001] The invention relates to coatings, in particular to a scrub-cleanable opal photocatalyst spraying liquid. Background technique [0002] The current indoor environmental pollution treatment methods: 1. Use environmentally friendly building materials. In the process of implementing decoration, considering factors such as design, room structure, ventilation conditions, and the superimposed effect of harmful gases, environmentally friendly building materials still cannot guarantee indoor air quality after room decoration. Up to standard. 2. Use activated carbon and bamboo charcoal as adsorption materials to adsorb pollutants in the indoor environment on activated carbon and bamboo charcoal to achieve the purpose of removing pollutants. This is just adsorption rather than absorption, and it cannot completely decompose pollutants. It can only be temporarily When the room temperature rises and the adsorption is saturated, volatile organic gases such as forma...

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Problems solved by technology

3. Hope to use green plants such as Chlorophytum and Aloe Vera to absorb. In fact, the adsorption capacity of plants is quite limited. If the formaldehyde in the room exceeds the standard, thousands of pots of plants and continuous light are needed to achieve a certain effect.

5. Using the principle of photocatalysis, add some catalysts to the decorative materials or coatings, and use the surface activity of the catalysts and the principle of reducing the activation energy of the reaction to decompose some pollutants that cannot be decomposed under normal temperature to achieve the purpose of purification. However, pure photocatalyst powder is not practical

[0005] The deficiencies of the above-mentioned patents are: 1. The diatomite, quartz sand, bentonite and other raw materials used in the ecological wall materials that can decompose formaldehyde and can be scrubbed have not undergone necessary modification treatment, so it is difficult to improve the adsorption performance of these raw materials. Can't "decompose and absorb formaldehyde, improve indoor humidity, absorb indoor moisture" very well

2. The construction p