William Walker, Crop Production Services Territory Manager. KEMBG: It is used as Insecticides and herbicides solvent. Surfactants for Pesticide Spraying They are Different. People who viewed this item also viewed Cygnet Plus Non-Ionic Surfactant for Herbicides 32oz - 1qt Non-ionic Surfactant Agrifac Pro 80/20 Insecticides. It can be used alone or in combination with other surfactants. It has been developed for use as an emulsifer for a variety of pesticide formulations. KETALO15: is an ethoxylated tallow amine. KECAS36: nonionic surfactant used as HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. KECO10: nonionic surfactant used as HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. KENON30: nonionic surfactant used as HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. Cationic surfactants are not widely used for pest control, but they are more commonly used in heavy-duty cleaning compounds. KENON6: nonionic surfactant used as HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. Excellent wetting agent in agricultural adjuvants. KELA7: nonionic surfactant used as an HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. KENON9: nonionic surfactant used in suspension concentrates and other pesticide formulations. It is used to enhance various types of pesticides, insecticides, and herbicides. Excellent wetting agent in agricultural adjuvants. It is mainly compatible with water-soluble insecticides, plant growth regulators, fungicides, and herbicides due to its surface tension reduction and contact. Alligare 90 Wetting Agent - Alligare 90 Wetting Agent is a non-ionic low-foam surfactant. Open Access This is an open access article distributed under the CC BY-NC license ( ).KELA7: nonionic surfactant used as HLB variable in emulsifiable and suspension concentrates and other pesticide formulations. The best insecticide concentration for application was 0.20% that caused 96% of larvae mortality at 24 hours after application. This formula also caused mortality of Spodoptera litura, one of major insect pests on soybean, and showed as effective as commercial insecticide formula. The best characteristic of insecticide formulation was density of 0.9955 d/cm3, surface tension of 27.42 dyne/cm, contact angle of 21.61, and particle size of 4.64 μm. Characterization of insecticide formulation showed that the best formulation of concentration nonionic surfactant was 6% with DEA: APG ratio of 2:3. Insecticide was formulated using emamectin benzoate 15%, non-ionic surfactant (4%, 5%, and 6%) with DEA: APG ratio of 3:2, 1:1 and 2:3 and also cationic surfactant of 1%. They were palm oil methyl ester and palmityl alcohol. DEA and CTAC surfactants were synthesized from palm oil derivates. Insecticide was formulated using emamectin benzoate as active ingredient and co-formulants such as xylene as solvent, surfactant DEA, APG and CTAC. Surfactant will help to make a homogeneous solution between formula and water. The use of emulsifiers in pesticides is to make the emulsifiable oil or microemulsifiable oil formulations of pesticides better soluble in water. We introduce you to its role and benefits. In this process, farmers will use a pesticide emulsifier. Most active ingredients are poorly diluted in water, so they need adjuvant such as surfactant. A small bottle of pesticide can fill dozens of liters of water tank. Insecticide formulations consist of active ingredient and co-formulant. Pesticide should be formulated to keep bioactivity and to enhance efficiency and safety in application.
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