The new generation of strong osmotic ketone, known as laurel azide, is an advanced and highly efficient penetration enhancer developed by Beijing Guobang Technology Development Center. This compound acts as a synergist and has gained widespread application in the **pesticide** industry. With an annual growth rate of 40%, it demonstrates significant market potential and is becoming increasingly popular among formulators and manufacturers.
The mechanism of action of this strong osmotic ketone involves enhancing the fluidity of the stratum corneum in pests, causing irregular arrangement of lipids. This facilitates deeper penetration of active ingredients into the pest’s body, achieving an effective concentration of just 0.5%. As a result, the penetration rate of various pesticide formulations can be increased by as much as 86 times. It has already been successfully used to develop high-permeability pesticide preparations both domestically and internationally.
Once sprayed, these high-permeability formulations are rapidly absorbed by plants, pests, eggs, and larvae, allowing for more effective delivery of active ingredients. This leads to a doubling of the killing effect. According to **The Pesticide Network**, under similar efficacy conditions, 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 30–60%. Additionally, it helps eliminate resistance in pests and diseases. The compound also solves common issues such as sedimentation, stratification, and cloudiness in pesticide solutions, offering clear economic benefits while being environmentally friendly.
Due to its excellent permeability, emulsification properties, and infiltration ability, strong osmotic ketone can be combined with a wide range of insecticides, fungicides, and herbicides, including organophosphates, carbamates, pyrethroids, nicotine, and more. Typically, it is added at a concentration of 0.5–2.5%, with an optimal dosage of around 1.2%. While the amount of active ingredients should be adjusted accordingly, the ideal concentration for each formulation should be determined through efficacy testing.
China is currently promoting the use of low-toxicity pesticides, and strong osmotic ketone stands out due to its low toxicity. 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 formulations improved efficacy by three times, achieving up to 90% control effectiveness and about 88% protective effect. Beyond its use in the pesticide industry, strong osmotic ketone has broader applications. It is also used in pharmaceutical products like creams, ointments, films, and patches. In the daily chemical industry, it enhances the performance of cosmetics and health products. Additionally, it serves as a dyeing enhancer in textile, leather, and synthetic fiber industries, solving problems such as slurry formation in tannery sprays. It has also found applications in the petroleum and aviation sectors.
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