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    Soya Lecithin (Food 62%) - Brazil

    Soya Lecithin (Food 62%) - Brazil in Tradeasia

    IUPAC Name

    1,2-Diacyl-sn-glycero-3-phosphocholine

    Cas Number

    8002-43-5

    HS Code

    2923.20.10

    Formula

    C44H86NO8P

    Basic Info

    Appearance

    Brown Viscous Liquid

    Common Names

    Soybean Lecithin, Soya Lecithin

    Packaging

    24 MT/ISO Tank 20ft

    An overview of Soya Lecithin (Food 62%) - Brazil

    Soy lecithin, derived from soybeans, is a phospholipid frequently employed as an emulsifying agent in the food industry. Its primary role is to enhance stability in mixtures prone to separation, such as oil and water. Additionally, soy lecithin finds application as an ingredient in numerous processed foods, cosmetics, and industrial processes.

    Manufacturing Process

    The production of soy lecithin encompasses several stages, starting with the cleaning and conditioning of soybeans, followed by mechanical dehulling and solvent-based oil extraction. The obtained crude soybean oil undergoes degumming to eliminate impurities like phospholipids. Subsequently, it is dried and combined with a solvent to extract the phospholipids. The resulting extract undergoes filtration, and solvent evaporation results in a concentrated soy lecithin extract. Further processing may be employed to eliminate any excess oil content.

    An overview of Soya Lecithin (Food 62%) - Brazil

    Soy lecithin, derived from soybeans, is a phospholipid frequently employed as an emulsifying agent in the food industry. Its primary role is to enhance stability in mixtures prone to separation, such as oil and water. Additionally, soy lecithin finds application as an ingredient in numerous processed foods, cosmetics, and industrial processes.

    Manufacturing Process

    The production of soy lecithin encompasses several stages, starting with the cleaning and conditioning of soybeans, followed by mechanical dehulling and solvent-based oil extraction. The obtained crude soybean oil undergoes degumming to eliminate impurities like phospholipids. Subsequently, it is dried and combined with a solvent to extract the phospholipids. The resulting extract undergoes filtration, and solvent evaporation results in a concentrated soy lecithin extract. Further processing may be employed to eliminate any excess oil content.

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