利用废棕榈壳制造能吸收头发污垢的洗发水,并评估最佳洗发水的物理性能

Uce Lestari, Faizar Farid
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引用次数: 0

摘要

油腻的头发成为头发健康的主要问题,其中之一就是头皮屑。这是因为油腻的头发会促进污垢的附着。棕榈油壳活性炭是一种孔径为1.76 ~ 1.84 nm的活性炭,经实验证明其对头发中油脂的吸收能力比商用活性炭高2倍。在此基础上,从棕榈油壳中提取的活性炭被加工成化妆品。可以用来克服头发健康问题的化妆品之一是洗发水。用浓度为4% (FI)、8% (FII)、12% (FIII)的棕榈壳活性炭配制各种浓度的洗发水配方。然后对洗发香波的感官、pH、均匀性、粘度、泡沫高度、比重、泡沫稳定性试验和循环试验等物理性能进行评价。用浊度仪在体外测试过量吸油剂的有效性。对照采用潘婷洗发水作为阳性对照,基础洗发水作为阴性对照。结果表明,椰壳活性炭浓度越高,吸附多余油脂的能力越好,NTU FIII值最大,为11800。物理性能好、贮存稳定、吸油能力好的配方为FIII
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilization of Waste Palm Shells to a Shampoo that Absorbs Dirt on Hair and Evaluated the Physical Properties of The Best Shampoo
Greasy hair becomes a major problem to the health of the hair, one of which is dandruff. This is because greasy hair can facilitate the adhesion of dirt. Active charcoal of palm oil shell is activated charcoal having a pore diameter in the range of 1.76 to 1.84 nm and it has been proven that it has absorption ability 2 times higher than commercial activated carbon to absorb the oil in hair. Based on this, active charcoal derived from palm oil shells is processed into cosmetic products. One of the cosmetic products that can be used to overcome hair health problems is shampoo. Shampoo formulations with a variety of concentrations of activated charcoal with palm shell with concentrations of 4% (FI), 8% (FII), 12% (FIII). Then the evaluation of shampoo's physical properties such as organoleptic, pH, homogeneity, viscosity, foam height, specific gravity, foam stability test and cycling test were carried out. In vitro test the effectiveness of the excess oil absorber by using a turbidimetric device. The comparison control used was Pantene shampoo as a positive control and the basis of the shampoo as a negative control. Showed that the higher the concentration of activated charcoal from the coconut shell, the better the ability to absorb excess oil with the largest NTU FIII value of 11,800. The formula that has good physical properties and is stable in storage and has good oil absorption ability is FIII
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