Cold process soap added with fresh fig protoplasm

Abstract

The invention discloses cold process soap added with fig protoplasm, and the cold process soap is prepared by taking fresh fig protoplasm, oil, sodium hydroxide and distilled water as principal raw materials, adding essential oil as auxiliary raw materials according to requirements, and preparing at low temperature. According to the invention, protoplasm of squashy fresh figs is added into the formula, wherein the protoplasm is enriched in substances having the effects of repairing, anti-oxidizing and the like on human cells, such as polysaccharide substance, superoxide dismutase and anthocyanin, and nutritional components, such as vitamin and amino acid; the cold process soap disclosed by the invention is prepared at normal temperature, so that effective components and structures thereof of the substances cannot be destroyed; useful effects on human bodies of the cold process soap can be played better; the cold process soap disclosed by the invention does not contain chemical additive products harmful on the human bodies and is purely natural; the cold process soap not only has the effects of daily cleaning, caring skin and hairdressing but also has the health-care effect, and conforms to high-quality living requirements of modern people; and furthermore, the preparation method is simple and safe.

Description

technical field [0001] The invention relates to a cold-process soap, in particular to a cold-process soap added with fresh fig puree, and belongs to the technical field of washing products. Background technique [0002] Most of the industrial soaps currently available on the market are thermal soaps, which require continuous high-temperature heating during the production process. The production time of thermal soaps is short, and the time to obtain finished soaps is fast. Higher glycerin than finished bar soap. Although it has the above advantages, due to the continuous high temperature heating in the hot soap making process, many nutrients such as protein, amino acid, vitamins, etc. are destroyed, and glycerin is also extracted during the production process, making the skin care effect of the product poor. At the same time, the industrialized production of hot soap still has the disadvantages of low oil grade, poor product quality, chemical additives, complicated equipment...

AI Technical Summary

Problems solved by technology

Although it has the above advantages, due to the continuous high-temperature heating used in the hot soap making process, many nutrients such as protein, amino acid, vitamins, etc. are destroyed, and glycerin is also extracted during the production process, which makes the skin care effect of the product poor. At the same time, the industrialized production of hot soap still has the disadvantages of low grade oil, poor product quality, chemical additives, complex equipment, and many processes.

[0003] In contrast, cold-process soap that does not require high-temperature heating is favored by people because it can retain the nutrients in vegetable oil and other additives to the greatest extent, and its production method is relatively simple and can be realized by hand. However, there is still time for production longer deficiency