D相乳化法制备卸妆霜的性能研究  

Study on the Performance of Cleansing Cream Prepared with D-phase Emulsification

作　　者：周彪 林琳 徐思伟 ZHOU Biao;LIN Lin;Xu Siwei(Shanghai Corday Biotechnology Co.,LTD,Shanghai 201703,China)

机构地区：[1]上海科黛生物科技有限公司,上海201703

出　　处：《中国洗涤用品工业》2024年第9期80-86,共7页China Cleaning Industry

摘　　要：通过D相乳化法制备>78 wt%高内相的水包油卸妆霜,变量为具有清洁作用的表面活性剂和乳化剂含量。结果表明含固/液体乳化剂的卸妆霜稳定性较高,其次是只含固体或者液体乳化剂,不含乳化剂的体系稳定性最差,并在常温下21天开始出现渗油现象。电导率和Zeta电位测试结果也表明,同时含固/液体乳化剂的卸妆霜电导率较稳定并且Zeta电位绝对值较高。在卸妆能力测试中,各组卸妆霜对各类彩妆的卸妆效果均较好。由此可见,通过D相乳化技术制备的卸妆霜,含有约7%的清洁类表面活性剂即可达到满意的卸妆效果。The water-in-oil remover cream with high internal phase>78 wt%was prepared by D-phase emulsification with the variables of content of surfactants and cleaning emulsifiers.The results showed that the stability of the cream containing solid/liquid emulsifier was higher,followed by the system containing only solid or liquid emulsifier.However,the system without emulsifier had the lowest stability,and oil seepage occurred began at room temperature on day 21.The electrical conductivity and Zeta potential test results also indicated that the removing cream containing both solid and liquid emulsifiers had stable electrical conductivity and higher absolute Zeta potential.In the makeup removal capability test,each group of makeup remover cream demonstrated a good ability to remove different kinds of makeups.To conclude,it can be seen that the makeup remover cream prepared by D-phase emulsification technology with around 7%cleaning surfactant could achieve satisfactory makeup remover effect.

关 键 词：D相乳化法 卸妆霜 稳定性 电导率 ZETA电位 

分 类 号：TQ658[化学工程—精细化工]