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Binahong as a Facial Skin Care Mask

机译:Binahong作为面部护肤面具

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Mask is a cosmetic used on the last stage in the treatment of facial skin. It works in depth because it can pick up the dead skin cells and refine the skin. This research aimed to know 1) proportion of binahong leaves extract and tapioca flour as a traditional facial mask in terms of aroma, color, texture, favorite, and its stickiness 2) responses of panelists after using traditional mask for facial skin care to create cold sensation and lighten the skin and 3) storage duration of this traditional mask. The proportion of binahong leaf extract and tapioca flour were (20 g: 80 g); (25 g: 75 g); and (30 g: 7 Og). The data were collected through observation in physical properties test conducted by 30 panelists. Data analysis used statistical anova (one way). The results of the statistical analysis stated that proportion of binahong leaves extract and influence of real tapioca to quality face mask covering the traditional aroma, color, stickiness, cold sensation, and panelists fondness. However, the texture and brighten the skin effect did not differ significantly. The results of the best masks on the proportion of binahong leaves was 20 g with 80 g tapioca which produced distinctive aroma of binahong leaves, white-yellowish, smooth texture, very attached to the skin, and favoured by the panelists. Maximum storage duration was 2 weeks. Microbiological test results showed that the microbe discovered was 104 2. It is still in normal conditions because the limit of minimum microbes set by SNI is 10~5.
机译:面膜是一种在面部皮肤治疗的最后阶段使用的化妆品。它深入了解,因为它可以拿起死皮细胞并细化皮肤。这项研究旨在知道1)比例的Binahong叶子提取物和木薯粉作为一种传统面部面膜,在香气,颜色,纹理,最喜欢的粘性2)使用传统面膜进行面部皮肤护理后的小组成员的反应造成寒冷感觉和减轻皮肤和3)这种传统面具的储存持续时间。 Binahong叶提取物和木薯粉的比例(20g:80g); (25克:75克); (30克:7 og)。通过30个小组成员所进行的物理性质测试的观察来收集数据。数据分析使用统计ANOVA(一种方式)。统计分析的结果表示,Binahong的比例叶和真正的木薯对质量面罩的影响,覆盖着传统的香气,颜色,粘性,冷敏感和小组成员的喜爱。然而,纹理和照亮皮肤效果没有显着差异。 Binahong叶比例的最佳面具的结果为20克,含有80克的塔皮帕,它为Binahong叶片产生了独特的香气,白黄,光滑的质地,非常贴在皮肤上,并受小组成员的青睐。最大存储持续时间为2周。微生物测试结果表明,发现的微生物是104 2.它仍然在正常情况下,因为SNI设定的最小微生物的极限为10〜5。

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