Natural plant and medicine stone nanometer mosquito-controlling slow-release preparation

Abstract

The invention discloses a natural plant and medicine stone nanometer mosquito-controlling slow-release preparation and belongs to the technical field of preparation and production of sanitary insect pest mosquito-controlling slow-release preparations applying a high-technology nanotechnology. The natural plant and medicine stone nanometer mosquito-controlling slow-release preparation comprises a cinnamomum camphora and medical stone natural microcapsule mosquito-driving and controlling slow-release preparation, a tetramethrin and zeolite organophosphorus mosquito-controlling slow-release preparation, an allethrin and seaweed charcoal oxidation exothermic nanometer mosquito-controlling slow-release preparation, a diethyltoluamide and sepiolite volatile mosquito-controlling slow-release preparation, a rhizoma atractylodis and limonite heating evaporation mosquito-controlling slow-release preparation, a propylene, pyrethrum and stalactite microcapsule slow-release mosquito-controlling preparation and a nanometer mosquito-controlling slow-release preparation. By using a nanometer microcapsule formed by coating small nanometer solid powder or liquid particles of natural plants such as pyrethrum, cinnamomum camphora, rhizoma atractylodis and folium artemisiae argyi by ores such as the medical stone, the zeolite and tourmaline with a porous honeycomb structure, the effect of controlling mosquitoes by slow release is achieved, anion far infrared rays in elements are released for a long time to promote the health of a human body, and the mosquito-controlling slow-release preparation has two mosquito-controlling health functions and is used for prolonging the service life.

Description

Technical field: [0001] The invention discloses a natural botanical medicine stone nano-mosquito killing slow-release agent, which belongs to the technical field of preparation and production of the high-tech nano-tech sanitation pest repellent and mosquito-killing slow-release agent. Background technique: [0002] Mosquitoes can reproduce in large numbers, and a female mosquito can lay hundreds of millions of eggs at a time. Female mosquitoes have the habit of sucking blood, and each mouthful of blood can make 100-300 eggs develop. Therefore, for hundreds of millions of eggs, female mosquitoes must continue to suck blood to meet the needs of reproduction. With the sucking of mosquitoes, dozens of species Pathogens and other infectious microorganisms also flow into warm-blooded animals, causing outbreaks of malaria, yellow fever, dengue fever, encephalitis, and more. [0003] At the beginning of the 20th century, people controlled the growth of mosquitoes by reducing breedi...

AI Technical Summary

Problems solved by technology

Although highly active against mosquito larvae, it is highly toxic to fish and is not widely used for larval control

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