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Oleamide is a non-ionic surfactant and is white powder-like or flake-like at room temperature. Oleamide is nontoxic, insoluble in water and soluble in hot ethanol, ether other organic solvents. Oleamide is obtained by refinement of vegetable oil.
Butyl Stearate is the chemical compound formed by an esterification reaction between butyl alcohol and stearic acid. It has unique properties like stable, colorless, odorless oily liquid, resistant to oxidation, soluble in acetone and ethanol solvents. Butyl Stearate is notably having uses in personal care formulations, flavors & fragrances, plastics, metal cutting oil, and concrete production.
Lauryl Alcohol is an oleochemical, produced industrially from coconut oil, palm kernel oil. Hydrogenation of methyl esters, Ziegler process are the other industrial methods to produce lauryl alcohol. Chemically it is a 12 carbon atom chain saturated fatty acid and used to make emollient in cosmetics, pharmaceuticals, food additive, surfactants and lubricating oils
Triethanolamine also is known as TEA, is an organic colorless compound having both a tertiary amine and a triol. Characteristics of triethanolamine are, it is soluble in water, alcohols have a liquid ammoniacal odor. Triethanolamine plays various roles such as neutralizing agent, emulsifier, an organic additive in making cosmetics, paints, polishes, detergents, personal care products and fragrances.
Calcium Stearate is the product of saponification reaction between the stearic acid and calcium oxide. It regarded as calcium soap. Calcium stearate is physiologically safe waxy material finds uses in many specialty chemical industries like lubricant in pencils, crayons, paper production, surfactants, foodstuffs, fabrics waterproofing agent, acid scavenger or neutralizer in the plastics industry.
Dodecandioic acid is a dicarboxylic acid mainly used in antiseptics, top-grade coatings, painting materials, corrosion inhibitors, surfactants, and engineering plastics such as nylon 612.
The water based paint industry is the largest consumer of latex from emulsion polymerization. The surfactants essential to the stability of the latex, play a crucial role in the production and application of emulsion polymers. However, they can also have adverse effects on the product properties due to their physical adsorption on the polymer particles. The unbound surfactants can migrate through the film towards the interfaces forming aggregates, which increase water sensitivity of the film, thus affecting its barrier properties. Exterior coating manufactured with conventional surfactants when exposed to rain will leach out he unbound surfactants leaving literally perforations in the film leading to failure of the coating to protect the walls.One of the best ways to reduce the negative effects of the conventional surfactants is to use polymerizable or reactive surfactants that are covalently linked to the polymer, which avoids its desorption and migration during the film formation and hence better barrier properties.
Magna Surf is used as surfactant in the sugar industry.
Magna Surf 400 is used as surfactant in the sugar industry.
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