Novel sanitation and epidemic prevention disinfection smoke agent

Abstract

The invention relates to a novel sanitation and epidemic prevention disinfection smoke agent. The product belongs to the field of daily chemical product and sanitation and epidemic prevention disinfectant. The product is suitable to be used in epidemic focus disinfection in relatively confined spaces such as families, schools, dormitories, workshops, tunnels, and the like. In the product, a disinfectant active ingredient is prepared from well compounded and pressed materials such as kresoxim-methyl, chlorine isonitrile uric acid, and the like, and a proper fuel wood powder, a combustion improver potassium chlorate, a smoke agent ammonium chloride, a flame retardant clay, and an adhesive hydroxymethyl cellulose. The product is convenient to use. When in use, the product is ignited for smoking. When tested according to a method defined in Ministry of Health. disinfection technical specifications (2002), the product has a killing rate reaching 99.9% against staphylococcus aureus, escherichia coli, and bacillus subtilis black variant spores. When in use, the product is placed on a tile on ground; a dosage is calculated according to a volume; channels such as doors and windows are closed; the product is ignited; and fumigation is carried out for 120min.

Description

1. Technical field [0001] This product belongs to daily chemical products, sanitation and anti-epidemic disinfectants. 2. Background technology [0002] Disinfectant smoke agent has the characteristics of convenient use and rapid action. It is suitable for quickly killing pathogenic bacteria, viruses and other microorganisms in the air and on the surface of objects in closed places. It is especially suitable for disinfection of epidemic foci during the outbreak of respiratory infectious diseases that are mainly airborne. . [0003] At present, air disinfection mostly adopts ventilation filtration, ultraviolet radiation, dynamic air disinfection machine, chemical disinfectant aerosol spray or ultra-low ultra-low volume spray, etc. However, the above-mentioned disinfection methods have certain limitations. For example, some places in a certain season have difficulty in ventilation, and places with many items are not suitable for spraying. Peracetic acid fumigation requires co...

AI Technical Summary

Problems solved by technology

However, the above disinfection methods have certain limitations. For example, some places in a certain season have difficulty in ventilation, and places with many items are not suitable for spraying, etc. Peracetic acid fumigation requires corresponding equipment, etc.