GlucoTain Plus and Lauroyl Methyl Glucamide are mild surfactants used in personal care products. GlucoTain Plus is derived from sugar and is readily biodegradable. Lauroyl Methyl Glucamide is obtained by the reaction of methylglucamine with a mixture of lauroyl and myristoyl chloride. Both ingredients offer mild cleansing, rich foam, and conditioning properties. GlucoTain Plus is suitable for all skin types and normal hair, while GlucoTain Care is particularly suitable for dry, damaged hair and sensitive skin. Lauroyl Methyl Glucamide is an effective surfactant and conditioning agent, making the skin and hair softer and smoother.
Benefits of GlucoTain Plus: High and Long Lasting Foam: GlucoTain Plus's four mild surfactant solutions provide stable foam and a higher amount of lather in rinse-off products. Better Thickener: GlucoTain Plus helps achieve the right viscosity without salt, especially in sulfate-free platforms where thickening formulations can be challenging. Effective Cleanser: GlucoTain Plus offers high compatibility and good cleansing efficacy, fulfilling various cleansing formulations' needs. Extra Mild Surfactants: GlucoTain Plus is gentle on skin and hair, making it suitable for mild surfactant applications without compromising cleansing. Benefits of Lauroyl Methyl Glucamide: Acts as a surfactant: It is an effective surfactant as it reduces the surface tension between 2 liquids or a liquid and a solid which helps in even distribution of the product when it is applied. Acts as a conditioning agent: It makes the skin and hair softer and smoother. It absorbs moisture which keeps them hydrated. It makes the skin and hair look younger.
GlucoTain Plus is suitable for all skin types and normal hair, while GlucoTain Care is particularly suitable for dry, damaged hair and sensitive skin.
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GlucoTain Plus is derived from sugar. Lauroyl Methyl Glucamide is obtained by the reaction of methylglucamine with a mixture of lauroyl and myristoyl chloride.
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GlucoTain Plus is readily biodegradable, has a high content of non-tropical biomass, and a good ecotox profile. It emits less CO2 from cradle to gate than widely used APGs.
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