The new type of strong osmotic ketone, known as laurel azide, is a cutting-edge and highly efficient penetration enhancer developed by Beijing Guobang Technology Development Center. As a synergist, it has been widely adopted in the **pesticide** industry and is experiencing rapid growth, with annual demand increasing by 40%. This trend highlights its strong market potential and growing importance in modern agriculture.
The mechanism of action of this powerful osmotic ketone involves enhancing the fluidity of the stratum corneum in pests, causing irregular arrangement of lipids. This change significantly improves the penetration of active ingredients into the pest's body, achieving an optimal concentration of just 0.5%. As a result, the penetration rate of various pesticide formulations can be increased by up to 86 times. Currently, high-permeability pesticide preparations using this compound have been successfully developed and used both domestically and internationally.
Once sprayed, these advanced formulations are rapidly absorbed by plants, pests, eggs, and moths, allowing the active ingredients to penetrate effectively. This leads to a doubling of the insecticidal effect. According to **the pesticide network**, under the same level of effectiveness, the active ingredient content in hyperosmotic pesticides is reduced by 50% compared to traditional formulations.
This reduction not only lowers the toxicity of pesticides but also cuts production costs by 30% to 60%, while simultaneously reducing the development of pest resistance. Additionally, it addresses common issues such as sedimentation, stratification, and cloudiness in pesticide solutions, offering clear economic and environmental benefits.
Due to its excellent permeability, emulsification compatibility, and infiltration properties, strong osmotic ketone can be mixed with a wide range of insecticides, fungicides, and herbicides, including organophosphates, carbamates, pyrethroids, nicotine, and more. The recommended addition rate in pesticide formulations ranges from 0.5% to 2.5%, with 1.2% being the conventional amount. While the effective ingredients should be adjusted accordingly, the optimal dosage for each formulation should be determined through efficacy testing.
China is currently promoting the use of low-toxicity pesticides, and strong osmotic ketone plays a key role in this initiative. It has been registered by the Ministry of Agriculture for use in low-concentration formulations such as omethoate, hypertonic monocrotophos, and anti-phosphorus foe oil. According to **China Pesticide Network**, field trials for controlling cotton bollworm showed that high-permeability pesticide preparations achieved three times the efficacy, with a control rate of up to 90% and a protective effect of around 88%.
Beyond the pesticide industry, strong osmotic ketone has broad applications. It is used in pharmaceuticals for external creams, ointments, films, and patches; in the daily chemical industry for functional cosmetics and health products; and in the textile, leather, and chemical fiber industries as a dyeing enhancer. It has even solved industrial challenges like tannery spraying without slurry formation and has found use in the petroleum and aviation sectors as well.
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