Filter-net-free nano resin adhesive air purifier capable of decomposing formaldehyde and killing germs and molds

Abstract

The invention relates to a filter-net-free nano resin adhesive air purifier capable of decomposing formaldehyde and killing germs and molds. The air purifier comprises a base, stacked plates, a motor,a motor disc and a top cover. Grooves are formed in the upper part of the base, the upper parts of the stacked plates and the upper part of the motor disc, and motor disc clamping groove bulges are arranged at the lower part of the top cover. Nano resin adhesives are contained in the base, the stacked plates, the motor disc and the top cover and are prepared from components including sucrose wax,soybean wax, beeswax, tea tree oil, lavender oil and clove oil in steps as follows: parts of the components are sent to a stirring box to be heated and dissolved, after dissolution, lavender oil andclove oil are added, the mixture is continuously stirred, dissolved and mixed uniformly, and the nano resin adhesive is obtained. The air purifier is simple and convenient in structure, convenient tomount and low in cost. The problems about efficient and long-term removal of nanoscale small particulate pollutants, killing of harmful bacteria, legionella and molds and efficient decomposition and oxidation of formaldehyde, benzene, toxic and harmful gases and odorous smoke are solved. The air purifier has the practicability of filtering purification without blockage and long service life and has very enormous development prospects.

Description

technical field [0001] The invention belongs to the technical field of air purification, in particular to a preparation method of nano-grease, which is channel-type, does not block the filter core, has a long duration, decomposes formaldehyde for purifying nano-particles, and kills germs and molds. Applied to various air purifiers and central air-conditioning channels for purification. Background technique [0002] As we all know, the existing air purifiers at home and abroad use HEPA high-efficiency filter (core) to filter PM2.5, ULPA filter core to filter PM2.5, electrostatically purify PM2.5, and use activated carbon to absorb formaldehyde. These air purifiers all exist Disadvantages of single function; first, it cannot effectively decompose benzene and formaldehyde; second, it cannot remove musty, peculiar smell, and smoke; third, it cannot effectively kill mold; fourth, it cannot effectively kill harmful bacteria; fifth, it cannot effectively kill viruses Sixth, mildew...

AI Technical Summary

Problems solved by technology

Researchers have consulted domestic and foreign papers and patents and have not seen reports that can efficiently decompose formaldehyde, benzene, musty smell, and peculiar smell, and can efficiently purify nano-particles without re-floating and rebounding into the room. Improvement and replacement

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