UJI AKTIFITAS TABIR SURYA NANO-TITANIUM OKSIDA UNTUK MENDUKUNG FORMULA KOSMETIK ANTIAGING KHUSUS MENGHAMBAT PENUAAN AKIBAT SINAR MATAHARI

Indonesian Chemistry and Application Journal Pub Date : 2019-03-19 DOI:10.26740/icaj.v2n2.p19-24

Titik Taufikurohmah

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Abstract

Aging one of problems in social healthy especially in cosmetics community. UV-protection material was important because photo-aging give dominant effect at aging process. The development anti-aging material need exploration sunscreen material too. Utilization of Titanium Oxide in cosmetic formulation have been done. In this research Titanium Oxide was develop to form Nano-Titanium Oxide. It was important to get data that Nano-Titanium Oxide still have sunscreen activity. Spot, wrinkle and decrease of skin moisture were fast condition of aging if face skin get so many sun light especially UV-light with strong energy. In this research used nanomaterial of Titanium Oxide because nanomaterial give so many advantages. The method that used was measure UV absorption this material with UV-visible spectrophotometer instrument. The result of nanomaterial Titanium Oxide that still had sunscreen activity than support anti-aging in cosmetics formulation especially inhibit photo-aging. The impact of this research was the potential using of nanomaterial Titanium Oxide increase as anti-aging material that low level of cost in the future.

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测试氧化纳米钛防晒霜的使用，以支持一种特殊的抗aging化妆品配方，以抑制阳光下的老化

老龄化是影响社会健康的问题之一，尤其是化妆品行业。防紫外线材料是重要的，因为光老化在老化过程中起主导作用。抗老化材料的开发也需要探索防晒材料。介绍了氧化钛在化妆品配方中的应用。本研究利用氧化钛制备纳米氧化钛。获得纳米氧化钛仍然具有防晒活性的数据是很重要的。当面部皮肤受到过多的阳光照射，尤其是高能紫外线照射时，皮肤上的斑点、皱纹和水分减少是皮肤老化的快速条件。由于纳米材料具有许多优点，本研究选用了纳米氧化钛材料。所采用的方法是用紫外可见分光光度计测量该材料的紫外吸收。结果表明，纳米材料氧化钛在化妆品配方中仍具有抗衰老活性，特别是抑制光老化。本研究的影响是纳米氧化钛作为抗衰老材料在未来的低成本使用潜力的增加。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Indonesian Chemistry and Application Journal

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