Compound disinfectant product and preparation thereof

Abstract

The invention relates to a compound disinfectant product and preparation thereof. The compound disinfectant product is prepared from the following components in percentage by mass: 1 percent to 7 percent of hydrogen peroxide, 1 percent to 10 percent of ethanol and the balance of water; the compound disinfectant product is prepared by the following method: adding the hydrogen peroxide and the ethanol into the water and uniformly stirring to obtain a target product. Compared with the prior art, the compound disinfectant product has the advantages of rapid sterilization speed, broad spectrum and high effect, wide application range, small corrosion, no residue and no need of cleaning, no danger and no generation of waste liquid in a production process and the like.

Description

technical field [0001] The invention relates to a disinfectant product and its preparation, in particular to a composite disinfectant product used in high-end fields such as households, public places, food, human body and medical treatment and its preparation. Background technique [0002] Existing hydrogen peroxide disinfectant products are usually produced by adding industrial grade hydrogen peroxides such as sodium stannate and octahydroxyquinoline as raw materials. Hydrogen peroxide is a high-efficiency fungicide, but its penetration rate is slow. Simultaneously These raw materials usually introduce Cl ions, acid radicals, heavy metal ions, etc., and they have certain toxicity and unnatural evaporation, resulting in three major defects: (1) High corrosion; (2) There are residues after use, which need to be cleaned; ( 3) The sterilizing speed of 1-7% concentration is slow. (4) The sterilizing speed and bactericidal effect of >7% concentration are accelerated, but the...

AI Technical Summary

Problems solved by technology

Hydrogen peroxide is a high-efficiency fungicide, but the penetration speed is slow

at the same time These raw materials usually introduce Cl ions, acid radicals, heavy metal ions, etc., and they have certain toxicity and unnatural evaporation, resulting in three major defects: (1) High corrosion; (2) There are residues after use, which need to be cleaned; ( 3) The sterilization speed is slow at 1-7% concentration

(4) >7% concentration accelerates the sterilization speed and improves the sterilization effect, but increases the skin irritation and pain, the audience is limited, and the risk increases. It is a controlled hazardous chemical

Ethanol has excellent pro- Water and fast penetrating ability, but its bactericidal ability is average

Simultaneous ethanol The reasons and characteristics of its own process have resulted in a major defect: (1) high cost; (2) irritating and allergic to people; (3) flammable and dangerous chemicals that are regulated

At present, it is generally only used as a single formula. Therefore, the application of existing ethanol disinfectant products in high-end medical and health, food, pharmaceutical, human body, public places and other fields is limited.

[0004] Now on the market, iodophor and red syrup have the advantages of fast sterilization speed and broad-spectrum high efficiency, but they have adverse effects such as high toxicity, unpleasant smell, skin residue, and contaminated clothes. Therefore, the sterilization speed without toxic and harmful impurities is fast, Composite disinfectant products with broad spectrum, high efficiency, low corrosiveness, wide audience, no residue, no-cleaning, no danger, and no waste liquid in the production process are favored by users