KR20040004973A - Hair styling gel and method of manufacturing the same - Google Patents

Abstract

PURPOSE: Provided is an environment-friendly hair styling gel which uses a biodegradable bio-polymer instead of a high molecular polymer petrochemically manufactured in order to effectively make the hair styling and coating while preventing the moisture loss of the hair, and which minimizes the environmental pollution with excellent water conservation and biodegradation effects. CONSTITUTION: A method for manufacturing an environment-friendly hair styling gel comprises the steps of: putting a corn starch into distilled water, stirring and heating the mixture at 75 deg.C for 10 minutes; adding methylparaben as an antiseptic agent, ethanol, emalexNP-12 as an emulsifier, and fragrance as an aromatic to the mixture; cooling the mixture at 40 deg.C, adding proton C-35 and a colorant to the mixture in order to vacuum-deaerate it; and cooling the mixture at 32 deg.C, and maturing it for one day.

Description

Eco-friendly hair styling gel and its manufacturing method {HAIR STYLING GEL AND METHOD OF MANUFACTURING THE SAME}

The present invention relates to an environmentally friendly hair styling gel and a method for manufacturing the same, and more specifically, by adding a biodegradable biopolymer made from corn starch, which is a natural vegetable raw material, instead of a petrochemically polymerized polymer. The present invention relates to an eco-friendly hair styling gel and a method of manufacturing the same to prevent moisture loss of the hair, to remove stickiness during use, and to prevent environmental pollution with water quality protection effect and excellent biodegradability.

In general, hair styling gel is one of the products used for the purpose of making hair style easy, long lasting, and gives gloss and scent. As a popular hair styling product, the use of the product continues to increase.

However, hair styling products emphasize only the effectiveness of the air pollution and water pollution due to the excessive use of various chemical hair styling agents is a serious situation. In the cosmetics industry, efforts are being made to develop technologies to minimize water pollution and ozone layer destruction by raising awareness of environmental preservation. Freon gas from Hairspray, which has emerged as a global problem due to the destruction of the ozone layer, has been discontinued since 1992. Instead, air pump type spray products using compressed air have been developed. As such, the industry is devoted to research and development to minimize environmental pollution. In addition, hair damage caused by air pollution, chemical damage caused by sulfuric acid compounds (SO2, SO3), nitrogen oxides (NO, NO2), etc. in the combustion gases of automobiles and automobile exhaust gases, and physical damage to the cuticle by dust and dust in the air. It becomes a problem.

Polymer polymers, which have been used as thickeners and coatings on hair styling gels, have a good setting ability by physically coating the surface of the hair to change the physical properties and shape of the hair, but they also take away fat from the skin and change proteins, and are easy to water. It does not dissolve, causing environmental pollution.

The polymers mentioned above are petrochemically produced and do not decompose and remain in nature, and more accumulate over time and remain a hazard to the environment. In addition, users also complain of inconvenience due to hair loss, entanglement, and water loss caused by the polymer compound.

Conventionally, as the thickener, a high molecular polymer such as ethyl cellulose, methyl cellulose, nitro cellulose or the like is used, and as the coating agent, polyvinyl alcohol, polyvinylpyrrolidone, nitro cellulose, silicone resin, or the like is used.

As mentioned above, since the polymer polymers are not decomposed but remain in the natural world, more polymers accumulate as time passes and remain a hazard to the environment.

Therefore, there has been a continuous research on environmentally friendly hair styling gel that is excellent in setting power, excellent in film and thickening effects, and can prevent environmental pollution.

The present invention is to solve the above problems of the prior art, an object of the present invention is an environmentally friendly hair styling gel excellent in the setting force, the film effect, the thickening effect, preventing moisture loss of the hair, and non-sticky in use It is to provide a manufacturing method.

Another object of the present invention is to provide an environmentally friendly hair styling gel and a method of manufacturing the same to prevent environmental pollution with water quality protection and excellent biodegradability.

1 is a graph showing the styling holding force over time of the present invention and conventional hair styling gel.

In order to achieve the object of the present invention, a method for producing an environmentally friendly hair styling gel according to the present invention comprises the steps of putting a corn starch in purified water (corn starch) while stirring and stirring at a temperature of 75 ℃ for 10 minutes; Dissolving and adding methyl paraben (preservative), ethanol, emalex NP-12 (emulsifier), and fragrance (fragrance), which are preservatives, in the dissolved corn starch solution; Cooling the mixture to 40 ° C., and vacuum degassing by adding proton C-35, a hair nutrient, and a pigment; And aging the mixed solution in which vacuum defoaming is completed to 32 ° C. after one day of aging.

Hereinafter, an eco-friendly hair styling gel and a method of manufacturing the same according to the present invention will be described in detail.

The present invention is to develop an environmentally friendly hair styling gel by replacing the high-molecular compounds used as thickeners and coatings with biodegradable biopolymers based on corn starch, which is a natural plant raw material.

The corn starch used in the present invention is a very fine powder extracted from corn grains, used as a thickening agent in cosmetics or food, and also used as a cosmetic and face powder thickener, which absorbs water and serves to soothe the skin.

Cornstarch's manufacturing method puts corn, a raw material, into a selector to remove contaminants, soaks the softened product in a crusher after dipping in soft sulfuric acid at a temperature of 55 ° C and a concentration of 0.25-0.3% for 48 hours. Put it in the seed separator and collect only seed. Starch guruten and cellulose are mixed in the remainder, so it is ground with a stone mortar and filtered through a 200 mesh sieve. The liquid containing starch and gluten passes through the body. When it is quietly flowed over a long gutter of 30-50 m in length, 0.5-1 m in width and 1/500 in size, starch precipitates and flows down to the end of the gluten gutter. Collect this and use it as a raw material for sodium glutamate. Starch precipitated on the gutter is collected, dehydrated and dried to make the product. The recovery rate is about 60%.

Since the cornstarch is of high quality, it is not only used for various cooking but also widely used as a biscuit, gum, ice cream, and a molding agent. For industrial use, it is used to paste fiber, dye when dyeing, glue of paper box, cosmetics, battery etc.

Mass-produced in the United States, far surpassing other types of starch. In addition, these types of factories are distributed systematically around the world, greatly affecting the production of starch in other countries. Unlike potato and sweet potato starch, it is possible to operate year round, so it is possible to operate mechanized large factories and production costs are very low. Currently, the use of sweet potatoes is decreasing while the use of corn is increasing.

Among these cornstarches, suitable products for addition to hair styling gels are AMAZE Corn Starch from National Chemical, modified cornstarch from DRY-FLO AF (28-1805), And Omega Chemical's polysaccharide resin (Polysaccharide Resin KAMA-13). Among them, a prototype clinical trial showed that hair styling gel added with an ome starch showed the best response.

In more detail, the modified Corn Starch of the AMAZE Starch fixative (28-1890) is a high performance raw material used as a nonionic hair fixative in gels, mousses and styling lotions. Less by-products (flaking), good persistence and good water resistance make it a good supplement for styling products. AMAZE is also a natural derivative, pure and economical. Gel made from AMAZE starch fixative gives the hair a distinctive aesthetic. The gel is highly functional and clean on the hands. With amazing persistence and control in styling products, AMAZE is a natural polymer based on starch modified with nonionic properties.

Corn Starch, modified by DRY-FLO AF (28-1805), is a hydrophobic, naturally modified, hydrophobic polymer designed to enhance the aesthetics of skincare prescriptions. Is the latest addition to DRY-FLO, a family of cornstarch products. Aluminum salt is not used and is strong against heat expansion effect. Feels soft and smooth and absorbs body moisture. It is light, dry and smooth after applying.

Polysaccharide Resign KAMA KM-13 cornstarch has a membrane placed on the surface of the hair. Used to reduce natural water loss, it is a hydrolyzate protein. Appearance has colloidal particles obtained by hydrolysis of corn starch in acid (Acid) and enzyme (Enzyme). The product's characteristic is Polysaccharide Resign, which is easily soluble in low temperature water. Efficacy is a film forming agent which is excellent film forming agent and has a low stickiness film forming agent which forms a film even at low temperature of 1 ° C. As a humectant effect, a substance having a strong affinity for moisture can be replaced with a natural moisturizing factor that is easily lost by moisture. It has long been used to extend the shelf life of cosmetics and has been used to protect products from evaporation and changes in temperature and humidity. Skin formation prevents the volatilization of moisture (Occlusive function) to maintain skin moisturizing condition and gives skin-conditioning effect.

The manufacturing method of the hair styling gel using the corn starch mentioned above is as follows.

First, the cornstarch was added to purified water and stirred at a temperature of 75 ° C. for 10 minutes to dissolve. The dissolved cornstarch solution was preservative methylparaben (MethylParaben), ethanol, emulsifier emalexNP-12, and fragrance. The fragrance is separately dissolved and added at this time, and the temperature is lowered to 45 ° C. The mixture is cooled to 40 ° C., and vacuum degassed by adding proton C-35, a hair nutrient, and a dye. Finally, the mixed solution in which vacuum defoaming is completed is aged to 1 day after cooling to 32 ° C, and filled into a container.

The embodiment according to this is as follows.

<Example>

AMAZE 28-1890 (10.00%) was added to purified water and dissolved by heating to 75 ° C while stirring, and 0.10% of methyl paraben, 5.00% of ethanol, 0.80% of Emarex N-P12 and 0.15% of Fragrance were separately dissolved. Put it in. The solution was cooled to 40 ° C, vacuum degassed by adding 2.00% of Proton C-35 and 0.10% of a pigment (Blue # 1 <0.1% sol.>). Thereafter, the mixture is cooled to 32 ° C., and then aged for one day to fill the container.

As a result of clinical trials using eco-friendly hair styling gel manufactured according to the above example, the incremental strength is slightly insufficient compared to other products, but the coating power (hair coating effect) and the setting power (fixing force) are strong until three generations. Maintained to the end, AMAZE offers superior curl retention compared to today's non-ions.

1 is a graph showing the styling holding force over time of the present invention and the conventional hair styling gel.

As shown in FIG. 1, the styling holding force of the hair styling gel of the present invention and the prior art was tested until 2 hours have elapsed. As a result, the styling holding power of the hair styling gel added with AMAZE cornstarch according to the present invention is conventional. Higher than hair styling gels.

As mentioned above, according to the eco-friendly hair styling gel and a method for producing the same according to the present invention, by using a corn plant, a natural vegetable raw material can minimize the environmental pollution with water quality protection effect and excellent biodegradability, and the unique gel Excellent setting force, film effect, thickening effect, prevents the loss of moisture of the hair, there is no sticky effect when using.

On the other hand, while the above has been described with reference to the preferred embodiments of the present invention, those skilled in the art to which the present invention pertains without departing from the spirit and scope of the present invention described in the claims below It will be understood that modifications and changes can be made.

Claims (2)

Adding corn starch to purified water and dissolving by stirring at a temperature of 75 ° C. for 10 minutes while stirring; Dissolving and adding methyl paraben (preservative), ethanol, emalex NP-12 (emulsifier), and fragrance (fragrance), which are preservatives, in the dissolved corn starch solution; Cooling the mixture to 40 ° C., and vacuum degassing by adding proton C-35, a hair nutrient, and a pigment; And Eco-friendly hair styling gel comprising the step of aging the mixed solution is completed after vacuum defoaming to 32 ℃ 1 day and its manufacturing method. Eco-friendly hair styling gel, characterized in that prepared according to the manufacturing method of claim 1.