Pembuatan Sabun Ultra Transparan Berbasis Minyak Kelapa (Virgin Coconut Oil) Melalui Proses Pemanasan (Hot Process)

Ade Nurul Hidayat, S. Supriyati, Rendy Krismanto
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Abstract

Indonesia is the second largest coconut producing country in the world and demand for coconut products continues to increase both in the export and domestic markets. Coconut oil is one of the most important raw materials for making soap. There are two processes of making soap by saponification reaction, namely hot and cold processes. The purpose of this study was to provide scientific information about the benefits of adding the content of soap making. This research is expected to help improve the economy of coconut farmers in Indonesia. The materials used in this study were VCO, stearic acid, NaOH, glycerin, ethanol (70%), sorbitol solution (66.66%). This experimental research method uses laboratory experimental methods (pH and homogeneity tests) using descriptive analysis (using SPSS), to provide information about the manufacture of this soap product. The hot process method is carried out to streamline the saponification process in soap making so that ultra transparent soap products can be formed properly because the hot process has the advantage of accelerating the saponification reaction process. The results of testing/evaluation of ultra transparent soap products are in accordance with the SNI (1994) standard, namely having a satisfactory level of satisfaction, pH 9.46 and having homogeneity properties.
以椰子油为基础的超透明肥皂(加热过程)
印度尼西亚是世界上第二大椰子生产国,出口和国内市场对椰子产品的需求都在不断增加。椰子油是制作肥皂最重要的原料之一。皂化反应制皂有热法和冷法两种方法。本研究的目的是提供有关添加肥皂成分的好处的科学信息。这项研究有望帮助改善印尼椰农的经济状况。实验材料为VCO、硬脂酸、NaOH、甘油、乙醇(70%)、山梨糖醇溶液(66.66%)。本实验研究方法采用实验室实验方法(pH值和均匀性测试),使用描述性分析(使用SPSS),提供有关该肥皂产品制造的信息。由于热法具有加速皂化反应过程的优点,为了简化制皂过程中的皂化过程,使超透明皂产品能够适当地形成,而进行热法。超透明皂产品的测试/评价结果符合SNI(1994)标准,即满意水平,pH值为9.46,具有均匀性。
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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