Soap making machine and soap making method

Abstract

The invention relates to a soap making machine and a soap making method. The soap making machine comprises an alkaline solution processing system, a stirring system, a heating system and an electric control system. An alkaline solution processing device is used for dissolving alkali blocks, detecting the temperature of the alkaline solution and outputting the dissolved alkaline solution with a temperature reaching a first setting temperature to the stirring system. Through the method, the product can achieve handmade soap effects, and nutritional ingredients are reserved. loss of nutritional ingredients like in an industrial soap making way is avoided. In addition, a double-mixer achieves dispersion emulsification and mixing defoaming functions, a manual mixer manner is replaced, and the problems of poor stirring effects, long time, halfway defoaming and the like of manual mixing or manual mixing in cooperation with a mixer at present can be solved.

Description

technical field [0001] The invention relates to the technical field of soap making, in particular to a soap making machine and a soap making method. Background technique [0002] There are two types of existing soap making machines: one is used in industry, and its saponification reaction is controlled at a higher temperature, which is called thermal method. The other is the "cold process" soap making method carried out in families or small workshops, and the saponification reaction is controlled at a temperature close to normal temperature or slightly higher than normal temperature. During the preparation process, the materials need to be heated and temperature controlled. During the preparation process, the materials also need to be stirred. The stirring method used is mainly manual, and some stirring uses household mixers, egg beaters, etc. [0003] In the soap making method used in industry, the nutrients in the oil are lost due to the high saponification temperature, a...

AI Technical Summary

Problems solved by technology

Therefore, industrial soap has the following disadvantages: it will lose effective nutrients and cannot be selected according to needs

It can effectively retain the nutrients in the oil, and can also make different types of products according to individual needs, but the production process requires manual stirring, which takes a long time, or a commercially available blender combined with manual methods. The blender is not designed for soap making. The stirring effect is poor, and the heating and temperature monitoring of materials rely on manual

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