Research on the Preparation of an Anti-Acne Cream and Its Thermal Stability
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摘要
In this paper, the preparation of tea tree oil and salicylic acid anti-acne cream was studied. The single emulsifier, compound emulsifier, thickener in the acidic system were screened, and the long-term thermal stability was investigated. The experimental results show that when the ether emulsifier, NIKKOL BC-150 and MONTANOV 68, is compounded in a mass ratio of 2:1 and the thickener is SEPIPLUS 400, the obtained product has good thermal stability, and its functional ingredients(tea tree oil and salicylic acid) did not change significantly at high temperatures.
In this paper, the preparation of tea tree oil and salicylic acid anti-acne cream was studied. The single emulsifier, compound emulsifier, thickener in the acidic system were screened, and the long-term thermal stability was investigated. The experimental results show that when the ether emulsifier, NIKKOL BC-150 and MONTANOV 68, is compounded in a mass ratio of 2:1 and the thickener is SEPIPLUS 400, the obtained product has good thermal stability, and its functional ingredients(tea tree oil and salicylic acid) did not change significantly at high temperatures.
In this paper, the preparation of tea tree oil and salicylic acid anti-acne cream was studied. The single emulsifier, compound emulsifier, thickener in the acidic system were screened, and the long-term thermal stability was investigated. The experimental results show that when the ether emulsifier, NIKKOL BC-150 and MONTANOV 68, is compounded in a mass ratio of 2:1 and the thickener is SEPIPLUS 400, the obtained product has good thermal stability, and its functional ingredients(tea tree oil and salicylic acid) did not change significantly at high temperatures.
引文
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[9]Zhang Xinya;Fu Heqing;Huang Hong.Effect of nonionic emulsifier on the properties of polyacrylate emulsions.Journal of Hunan University(Natural Science Edition),2007,34(4):64-67.
[10]Luo Guanghua;Zheng Dianmo;Li Guangmei.Selection of water emulsion emulsifier.Guangdong Chemical Industry,2008,35(11):62-64.
[2]Wu Hao;Xie Jirong;Song Qin;et al.Advances in research on tea tree oil as a natural antibacterial agent.Chinese Pharmaceutical Journal,2013,48(21):1803-1807.
[3]Tao Fengyun;Zhang Xinmiao;Yu Jun;et al.Advances in research on antibacterial mechanism of tea tree oil.Chinese Journal of Antibiotics,2006,31(5):261-266.
[4]Guang Yu.Australian Tea Tree Oil-a natural antibacterial and anti-inflammatory agent for the treatment of acne.China Surfactant Detergent&Cosmetics,2002,15:4-6
[5]Zhao Mingyue.Study on the process and mechanism of salicylic acid inclusion and the properties of its inclusions.Guangzhou:Guangdong University of Technology,2013.
[6]Zoe Diana Draelos;Xu Detian;Liu Wei.Cosmeceuticals(3rd Edition).Beijing:People's Medical Publishing House(PMPH),2018:22.
[7]Qiu Bingyi.Encyclopedia of Cosmetics Chemistry and Technology(Volume 1).Beijing:China Light Industry Press,1997:137.
[8]Qiu Bingyi.Encyclopedia of Cosmetics Chemistry and Technology(Volume 1).Beijing:China Light Industry Press,1997:137.
[9]Zhang Xinya;Fu Heqing;Huang Hong.Effect of nonionic emulsifier on the properties of polyacrylate emulsions.Journal of Hunan University(Natural Science Edition),2007,34(4):64-67.
[10]Luo Guanghua;Zheng Dianmo;Li Guangmei.Selection of water emulsion emulsifier.Guangdong Chemical Industry,2008,35(11):62-64.