Penetration enhancer for cosmetics

Abstract

The invention provides a penetration enhancer for cosmetics. The penetration enhancer comprises 60-80wt% of a natural Chinese herbal medicine extract component and 20-40wt% of sodium hydroxyethylpiperazine ethane sulfonic acid sodium, the natural Chinese herbal medicine extract component comprises at least one of tetrahydropiperine, cinnamaldehyde, eugenol and tanshinone, and beta-1,3-glucan is grafted with the natural Chinese herbal medicine extract component to carry out modification treatment. The natural Chinese herbal medicine extract component in the penetration enhancer for cosmetics has good endophilicity to skins, is safe and non-irritant, increases the penetration promotion effect through glucan modification, also can control just action of the penetration promotion effect on stratum corneum, and improves the use safety of the cosmetics. The penetration enhancer for cosmetics has the advantages of short onset time, realization of the penetration promotion time lag being shorter than 10min, small dosage, and high penetration promotion rate, and the penetration promotion rate of the penetration enhancer provided by the invention is 4 or more times that of traditional azone penetration enhancers when the dosage of the penetration enhancer provided by the invention is 1 / 20 of the dosage of the traditional azone penetration enhancers.

Description

technical field [0001] The invention belongs to the field of cosmetics, in particular to a penetration enhancer for cosmetics. Background technique [0002] Cosmetics generally add a lot of nutrients. If the nutrients cannot be completely absorbed by the skin, it will cause excess nutrition on the skin surface, leading to "skin oxidation", premature aging, and a large number of bacteria on the skin surface, which will cause skin infections. Therefore, it is necessary to add transdermal absorption enhancers (penetration enhancers) in cosmetics to promote the transdermal absorption of various functional components. [0003] In recent years, conventional penetration enhancers such as dimethyl sulfoxide, dimethylamide, azone, and oleic acid have been widely used. However, this type of penetration enhancer will cause strong irritation to the skin, and the time lag of penetration enhancement is long, which affects the absorption effect. At the same time, conventional penetration...

AI Technical Summary

Problems solved by technology

[0006] This application provides a penetration enhancer for cosmetics, which overcomes the defects in the prior art that the penetration enhancer is irritating to the skin, has a long time lag in promoting penetration, and will bring safety hazards to users. It is safe, non-irritating, and effective. The time is short, the penetration-promoting efficiency is high, and it only acts on the stratum corneum tissue, avoiding the advantages of excessive penetration-promoting effect bringing safety hazards to the human body

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