BCDMH disinfection smoke agent

Abstract

The invention discloses a BCDMH disinfection smoke agent. BCDMH is taken as an effective ingredient, the disinfection smoke agent is prepared with fuel, a combustion improver smoke producing agent, a flame retardant and a binder, and weight percents of all the components are as follows: BCDMH: 5-30%; white sugar fuel: 10-30%; a combustion improver potassium hypochlorite: 20-40%; a smoke producing agent ammonium chloride: 10-20%; a flame retardant clay: 20-40%; and a binder hydroxymethyl cellulose: 5-15%. The BCDMH disinfection smoke agent disclosed by the invention has the advantages that BCDMH is taken as the effective ingredient, the disinfection smoke agent is prepared with the fuel, the combustion improver smoke producing agent, the flame retardant and the binder, and epidemic focus disinfection is carried out on relatively airtight places such as a family, a school, a dormitory, a workshop and an underground tunnel; the BCDMH disinfection smoke agent is easy to use, the product is placed on a tile on the ground when in use, usage quantity is calculated according to the size, channels such as doors and windows are closed, and the product is ignited and fumigated. Detection by virtue of related methods of National Ministry of Health Technical Specification for Disinfection (2002) shows that the product can disinfect the air in an unmanned room, and the disinfection is qualified when natural bacterium decay rate every time is higher than or equal to 90%.

Description

technical field [0001] The invention relates to a bromochlorohydantoin disinfectant smoke agent, which belongs to the technical field of sanitation, epidemic prevention and disinfection. Background technique [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 ...

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.

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