Whitening and anti-creasing composition and skin care products thereof
A composition and whitening technology, applied in skin care preparations, cosmetics, cosmetic preparations, etc., can solve problems such as lack of corresponding research on formula stability, vitamin C oxidation failure, single skin effect, etc., to improve the overall anti-aging effect Oxidation effect, enhanced long-term stability, and simple manufacturing process
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Embodiment 1
[0034] A whitening and anti-wrinkle composition, by weight percentage, comprising: 0.06% carnosine, 0.05% vitamin C physically modified by poloxamer, 0.04% citric acid, 0.005% quaternary ammonium salt-73, and the balance deionized water ; pH 5.8. The vitamin C physically modified by the poloxamer is modified by the following steps: Dissolving the poloxamer in a certain amount of deionized water at room temperature, stirring to dissolve it; then lowering the temperature to 10° C. Vitamin C is added under certain conditions and ultrasonically dispersed, water is evaporated by low-temperature evaporation technology to obtain vitamin C physically modified by poloxamer, and finally freeze-dried. A poloxamer with a polyoxyethylene molecular weight ratio of 40% is selected; the weight percentage of the poloxamer and vitamin C is 35:65.
[0035] A preparation method of a whitening and anti-wrinkle composition, adding carnosine into deionized water, stirring to mix evenly, then heating ...
Embodiment 2
[0040] A whitening and anti-wrinkle composition, by weight percentage, comprising: 0.10% carnosine, 0.15% poloxamer physically modified vitamin C phosphate magnesium, 0.04% citric acid, 0.008% quaternary ammonium salt-73, 0.05% Sodium hyaluronate, balance deionized water; pH 6.5. The poloxamer physically modified vitamin C magnesium phosphate is modified by the following steps: dissolving the poloxamer in a certain amount of deionized water at room temperature, stirring to dissolve it; then lowering the temperature to 5°C , adding magnesium vitamin C phosphate under vacuum conditions and ultrasonically dispersing, evaporating water by low-temperature evaporation technology to obtain magnesium vitamin C phosphate physically modified by poloxamer, and finally freeze-drying. A poloxamer with a polyoxyethylene molecular weight ratio of 50% is selected; the weight percentage of the poloxamer and vitamin C phosphate magnesium is 45:55.
[0041] A preparation method of a whitening a...
Embodiment 3
[0046] A whitening and anti-wrinkle composition, by weight percentage, comprising: 0.08% carnosine, 0.15% ascorbyl glucoside physically modified by poloxamer, 0.04% citric acid, 0.01% quaternary ammonium salt-73, 0.05% hyaluronic acid sodium bicarbonate, 1.0% carbomer, the balance deionized water; pH 6.4. The ascorbyl glucoside physically modified by the poloxamer is modified by the following steps: Dissolving the poloxamer in a certain amount of deionized water at room temperature, stirring to dissolve it; then lowering the temperature to 5°C, Adding ascorbyl glucoside under vacuum conditions and ultrasonically dispersing, evaporating water by low-temperature evaporation technology to obtain ascorbyl glucoside physically modified by poloxamer, and finally freeze-drying. A poloxamer with a polyoxyethylene molecular weight ratio of 45% is selected; the weight percentage of the poloxamer and ascorbyl glucoside is 40:60.
[0047] A preparation method of a whitening and anti-wrin...
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