Mixed fuming disinfectant and use method thereof

Abstract

The invention provides a mixed fuming disinfectant and a use method thereof. The mixed fuming disinfectant comprises the following raw materials in parts by weight: 45-95 parts of an agent A, 10-50 parts of an agent B and 4-10 parts of an agent C. The agent A comprises chlorinated isocyanuric acid, chlorinated isocyanuric acid alkali metal salt and starch in a mass ratio of (2-8): (3-7): 1. The agent B comprises an aldehyde disinfectant, water and a disinfection synergist in a mass ratio of (5-50): (5-19): 1. The agent C comprises a purifying component, a stabilizing component and a dispersing component in a mass ratio of (5-15): (4-12): (3-9). As a functional auxiliary agent C is introduced on the basis of a traditional agent A and agent B mixed fuming disinfectant, a series of negative problems of raw material residues and incomplete fuming reaction due to explosive boiling caused by too high heating rate after raw materials of a traditional mixed fuming disinfectant are mixed, poor indoor air quality caused by strong pungent smell generated after fuming, and the like are solved. The agent C can be used as a functional additive of the mixed fuming disinfectant, and can also be independently used as an air deodorant.

Description

technical field [0001] The invention belongs to the technical field of disinfectants for indoor spaces, and in particular relates to a mixed fume-generating disinfectant and a method for using the same. Background technique [0002] In the sanitation environment or epidemic prevention work, the most important link is the disinfection of the environment and space, so as to take precautions and prevent problems before they happen. At present, the disinfectants on the market generally use liquid spraying or solid fume to disinfect the space environment. The way of liquid spraying will miss the hygienic corners, resulting in incomplete disinfection effect. The fuming disinfectant, on the other hand, releases fume gas with disinfection effect through combustion or high temperature, and carries out all-round disinfection of the environmental space. Fumigation has been widely used as a rapid, thorough and effective disinfection method. [0003] At present, the fuming disinfectant...

AI Technical Summary

Problems solved by technology

There are still some areas for improvement in this self-generating disinfectant: 1. There is a relatively strong and pungent odor after fuming and disinfection, and the indoor air needs to be ventilated for at least half an hour to improve; 2. The self-generating disinfectant currently on the market The quality of the product is different. After the raw materials are mixed, the initial smoking time is as short as tens of seconds, and as long as several minutes; the inventors have found that the initial smoking time is 100-120s is the best, and the starting smoking time is after the raw materials are mixed If the time is too short or too long, it will bring certain negative effects. If the initial fuming time is too short, the rapid heating will cause the phenomenon of bumping and splashing of raw materials, which will lead to waste of raw materials and insufficient smoke production, which will affect the disinfection effect. In addition, there are certain risks. Potential safety hazards; the initial smoke generation time is too long, the reaction is too gentle, it is prone to incomplete reaction of raw materials, large residual amount of raw materials, low utilization rate, insufficient smoke generation, which also affects the disinfection effect

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