Production method of wintersweet-based oil for cosmetics
A production method and technology of cosmetics, applied in the production field of cosmetic oils, can solve the problems of low antioxidant activity and easy oxidative deterioration, etc., and achieve the effect of high antioxidant activity
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Embodiment 1
[0021] 1) Dry and crush the wintersweet to a 30-mesh sieve.
[0022] 2) Add ethanol and ethyl acetate for immersion, and use a microwave extraction reaction system (such as the SOS-1100 series products of the French PROLABO company) to process at 2450MHz for 5-10 minutes.
[0023] 3) Then extract the above mixture with supercritical CO2 equipment (such as Guangzhou Meichen 300L type) for 3 hours. Extraction conditions: the pressure in the extraction tank is 25MPa, and the temperature is 45-50°C; the pressure in the separation tank is 3MPa, and the temperature is 25°C. Next separate.
[0024] 4) The grease compound obtained in step 3) is vacuumed at 40-50° C., and the ethanol and ethyl acetate are recovered by distillation under reduced pressure.
[0025] 5) Will improve oxidation resistance. Dissolve carnosine and tea polyphenols in distilled water, add monoglyceride with HLB value 5-6 and non-ionic polyoxyethylene monolaurate binary compound emulsifier with HLB value 12-15,...
Embodiment 2
[0027] 1) Dry and crush the wintersweet to a 30-mesh sieve.
[0028] 2) Add ethanol and ethyl acetate for immersion, and use a microwave extraction reaction system (such as the SOS-1100 series products of the French PROLABO company) to process at 2450MHz for 8 minutes.
[0029] 3) Then extract the above mixture with supercritical CO2 equipment (such as Guangzhou Meichen 300L type) for 2 hours. Extraction conditions: extraction at a pressure of 25MPa in the extraction tank and a temperature of 45°C; separation at a pressure of 3MPa and a temperature of 25°C in a separation tank .
[0030] 4) The grease compound obtained in step 3) is vacuumed at 50° C., and the ethanol and ethyl acetate are recovered by distillation under reduced pressure.
[0031] 5) Will improve oxidation resistance. Dissolve carnosine and tea polyphenols in distilled water, add monoglyceride with HLB value 5-6 and non-ionic polyoxyethylene monolaurate binary compound emulsifier with HLB value 12-15, add ly...
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