Disinfection and pest-killing mixture

Abstract

The invention relates to a disinfection and pest-killing mixture. The disinfection and pest-killing mixture is characterized by being prepared by taking pynamin and permethrin as principal raw materials through processes of glue binding, micro emulsion and compounding. According to the disinfection and pest-killing mixture, the physical property that an insecticide is insoluble in water is solved, the drug mixing problem that the chemical properties of a disinfectant and the insecticide are antagonistic with each other is solved, a series of technical problems such as the composition of a surfactant are solved, and a complex formula becomes reality, so that the technical support and the research and development idea are provided for the development of a new generation of the disinfection and pest-killing mixture.

Description

technical field [0001] The present invention relates to the field of sanitation and quarantine treatment and pesticide preparation, in particular to the compounding technology of disinfectant and insecticide, specifically a kind of allethrin, permethrin and quaternary ammonium salt as the main raw materials, through gelatin, microemulsion, compounding The preparation process of the new disinfectant and insecticide mixture prepared by the above-mentioned technology. Background technique [0002] At present, with the rapid development of my country's economy and the continuous improvement of people's living standards, citizens not only have higher requirements for the family environment, but also hope to live in a hygienic, clean, healthy, environmentally friendly and livable social environment. However, due to the random rampage of vector organisms and pathogenic microorganisms in the environment in which we live, some highly contagious disease outbreaks appear from time to t...

AI Technical Summary

Problems solved by technology

[0003] Among the existing disinfectant and insecticides that have been developed and marketed, some have better disinfection or insecticide effects, but their toxicity is generally high, and there are serious safety hazards; some are less toxic, but their disinfection or insecticide effects are not ideal

Moreover, most commercially available disinfectant and insecticides have disinfection and insecticide effects at the same time, and are difficult to dissolve in water. Not only are they uneven when mixed and sprayed, but they are also difficult to handle after spraying. The environment and people's daily life have a great influence

[0004] Specifically, there have been domestic literature reports on the use of insecticidal and bactericidal microemulsions of cyhalothrin, fenvalerate, and dodecyl and didecyl didodecyl ammonium chloride for port health control. There are also bibliographical reports of water-based disinfection and insecticidal microemulsions mixed with permethrin, gaugram, oxypiperonyl butoxide, Tween, and ethylene glycol, and adding deionized water dissolved in gum arabic, but the former is more toxic. High, difficult to handle, the latter is less toxic, and the disinfecting effect is not good, so there has been a lack of a kind of disinfecting agent with good stability, high safety, low toxicity and high efficacy in the domestic market and border ports

[0005] Up to now, no compound agent with dual effects of insecticide and disinfection has been developed and marketed. For the environmental treatment of the same area, it is often necessary to spray two different disinfection and insecticides separately. The sanitation and pest removal work brings great inconvenience, resulting in a great waste of operating costs