Eco-frindly Agrochemical Intermediates FAME Fatty Acid Methyl Esters Manufacturer & Supplier

Eco-frindly Agrochemical Intermediates Fame Fatty Acid Methyl Esters - Buy Fatty Methyl Ester,Eco-frindly Agrochemical Intermediates,Fatty Acid Methyl Esters (fame) Product manufacturer and supplier from China, Please contact us by Live Chat on the bottom right.

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Fatty acid methyl esters (FAME) are a type of fatty acid ester that are derived by transesterification of fats with methanol.

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fatty acid methyl esters (FAME) are similarly classified as ‘green solvents’ due to their biodegradability, low VOC production and non-toxicity to humans. Similar to vegetable oils, FAME have lower volatility and higher flash point than petroleum based solvents. Formulations made with FAME have reduced fire and explosion risks, are not susceptible to composition loss due to vaporisation during storage, and require less storage and transportation cost unlike petroleum solvent-based formulations. FAME have viscosities that are closer to those of diesel, a traditional carrier solvent for pesticides. This reduction in viscosity leads to an increase in mobility and solvating power, making FAME more suitable as carrier solvents. FAME in agricultural chemical applications are: (i) as a co-solvent, FAME can further lower viscosity and freeze point and improve solvency of the active ingredient; (ii) as a sole solvent or a co-solvent in a blended solvent system, FAME can provide good solvency, low viscosity and improved emulsifier solubility; and (iii) as a carrier in spraying insecticides, low viscosity FAME improve sprayability and reduce viscosity changes due to fluctuations in temperature. Methyl esters from oils have been found to outperform their parent triglyceride oils and petroleum-based solvents in one class of pesticide application, i.e. foliar applications. For foliar applications, the efficacy of the pesticide formulations is dependent on four factors:

(i) spread of the spray droplets on the leaf surface; (ii) retention of the spray droplets on the leaf;

(iii) penetration of the spray droplets through the plant cuticle

(iv) uptake of the spraydroplets.

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