KR100453679B1 - Composition for hair coloring samples - Google Patents

Abstract

The present invention relates to a hair dye composition containing 0.1 to 99.9% by weight of Henna and 0.1 to 99.9% by weight of one or more accessory ingredients selected from the group consisting of indigo, centaurea, rhubarb powder, Leichen and litmus.

Description

Hair dye composition {Composition for hair coloring samples}

The present invention relates to a hair dye composition containing 0.1 to 99.9% by weight of Henna and 0.1 to 99.9% by weight of one or more accessory ingredients selected from the group consisting of indigo, centaurea, rhubarb powder, Leichen and litmus.

The hair dye composition product of the present invention does not use the chemicals used in conventional hair dyes, but helps color, condition, and hair, thereby protecting the hair from the violent action of alkali and oxidizing agents and providing a more continuous conditioning effect. Excellent dyeing, dyeing fastness and hair conditioning effect. The hair dye composition product of the present invention has a surprising effect when the hair feels stiff and lifeless, and the natural henna used in the hair dye composition of the present invention adds texture and elasticity to the hair and gives a rich and rapid color change. The hair dye composition product of the present invention adds luster and highlights to the hair and gives a shine and elegance. In particular, it adds moisture, texture, and shine to dry, brittle or perky hair, damaged or veinless hair, lifeless, comb-free hair, and discolored or discolored hair.

The hair dye composition product of the present invention is composed of pure natural products without the use of synthetic additives, and natural color products can be used if you do not want to change the existing color of the hair.

Hair dyes are classified into temporary hair dyes, semi-permanent hair dyes, and permanent hair dyes according to their color persistence and durability. Permanent hair dyes include oxidative hair dyes, metal hair dyes and vegetable hair dyes depending on the dye used. Most hair dyes currently used are oxidative hair dyes using oxidative dyes such as aromatic amino compounds. Oxidative hair dyes are relatively excellent in hair dyeing power, but the dyeing power is slow depending on the hair, and has the disadvantage of fading or discoloring slowly due to sunlight, shampoo, and sweat. In addition, by swelling the hair with an alkaline agent such as strong ammonia water and monoethanolamine, it facilitates the penetration of dye molecules into the hair, resulting in dyeing due to oxidation polymerization inside the hair, resulting in loss of gloss and gloss Dissolving the hair may be severely damaged, resulting in an unnatural color, poor texture, and prone to skin allergies. In addition, a large amount of dyes used for the purpose of improving the dyeing property, together with the alkaline agent, not only destabilizes the emulsifying system of the hair dye, but also causes the roughness of the hair. Is somewhat limited. Therefore, there is a need to develop a hair dye having a good dyeing property and a good hair conditioning effect while containing a small amount of dye and an alkaline agent.

The present invention helps to color, condition and hair without using chemicals used in conventional hair dyes, thereby protecting hair from the violent action of alkali and oxidizing agents and giving the conditioning effect more consistently, so that the dyeing to hair and dyeing fastness And it is an object to provide a hair dye composition excellent in hair conditioning effect.

The present invention provides a hair dye composition containing 0.1 to 99.9% by weight of the main component Henna and 0.1 to 99.9% by weight of one or more accessory ingredients selected from the group consisting of indigo, centaurea, rhubarb flour, Leichen and litmus. Hair dye comprising the composition in the present invention red sunset, black, brown, gold brown, light brown, light brown, natural, ash brown, chestnut (chestnut) ), Mahogany, burgundy, wheat blonde, buttercup blonde or apricot gold. In another aspect, the present invention provides a red sunset hair dye composition consisting of Henna as a main component.

The present invention comprises a red sunset consisting of 86% by weight Henna, 1% by weight of centaurea, 10% by weight of rhubarb powder, 2% by weight of Leichen and 1% of litmus; Black, consisting of 86 wt% Henna and 17 wt% indigo; Brown consisting of 84% by weight Henna, 10% by weight indigo, 2% by weight rhubarb powder, 1% by weight Leichen and 3% by weight litmus; Gold brown consisting of 86% by weight Henna, 1% by weight indigo, 2% by weight centaurea, 7% by weight rhubarb powder, 3% by weight Leichen and 1% by weight litmus; Light brown consisting of 87% by weight of Henna, 3% by weight of indigo, 1% by weight of centaurea, 6% by weight of rhubarb powder, 2% by weight of Leichen and 1% by weight of litmus; Natural consisting of 95% by weight of Henna and 5% by weight of Leichen; Ash brown consisting of 80% by weight Henna, 10% by weight indigo, 1% by weight centaurea, 2% by weight rhubarb powder, 4% by weight Leichen and 3% by weight litmus; Chestnut consisting of 74 weight percent Henna, 15 weight percent indigo, 5 weight percent centaurea, 3 weight percent rhubarb powder, 2 weight percent Leychen and 1 weight percent litmus; Mahogany consisting of 70% by weight of Henna, 10% by weight of indigo, 7% by weight of centaurea, 10% by weight of rhubarb, 1% by weight of Leichen and 2% by weight of litmus; Burgundy consisting of 75% by weight Henna, 10% by weight indigo, 2% by weight centaurea, 5% by weight rhubarb powder, 2% by weight Leichen and 6% by weight litmus; Wheat blonde, comprising 97% by weight of Henna, 1% by weight of rhubarb and 2% by weight of Leichen; Buttercup blonde consisting of 96% by weight Henna, 2% by weight rhubarb and 2% by weight Leichen; Or 95% by weight of Henna, 3% by weight of rhubarb powder and 2% by weight of Leichen to provide an apricot gold color.

In addition, the present invention is a hair dye composition is made of henna 50% by weight and indigo 50% by weight of brown; Gold Brown, consisting of 67 wt% Henna and 33 wt% Indigo; Light brown consisting of Henna 64 wt% and Indigo 36 wt%; Ash Brown consisting of 33 wt% Henna and 67 wt% indigo; Chestnut consisting of 52 wt% Henna and 48 wt% indigo; Chestnut consisting of 75 wt% Henna and 25 wt% indigo; Mahogany consisting of 52 wt% Henna and 48 wt% indigo; Or 77% by weight of Henna and 23% by weight of indigo.

Henna used in the present invention is a powder of dried leaves of Henson (Lawsonnia inermis L.) or its variety (Lythraceae). Henna used in the present invention is an orange powder obtained by selecting and chopping 1kg of raw medicines, crushed into a particle size of 120 mash to obtain 950 ~ 980g with a slight peculiar smell and slightly bitter taste.

Indigo used in the present invention is a powder of the dry root of Indigo (Baptisia tinctoria). Indigo used in the present invention is a yellowish brown powder obtained from 950-980 g of a raw material of 1 kg raw material, finely chopped, and ground to a particle size of 120 mash, which has no odor.

Centaurea used in the present invention is also called Centaury (Centaury) is a powder of the dried flowers of Centaurium (erythraea). Centaurea used in the present invention is a purple or pale pink powder obtained by selecting and cutting 1 kg of raw medicine raw material and pulverizing it to a particle size of 120 mash to obtain 950 to 980 g. It has a slight lilac flavor and is very bitter.

Leichen used in the present invention is a dried leaf of Lichen Cetraria islandica to powder. Leichen used in the present invention is a grayish-white powder obtained by crushing the raw material 1kg and crushed into a particle size of 120 mesh to obtain 950 ~ 980g, the smell of earthy.

Lit mousse to be used in the present invention is dried to ritmus (Variolaria lecanora) to powder. Lit mousse used in the present invention is a blue powder obtained by crushing the raw material 1kg raw material and crushed to a particle size of 120 mash to obtain 950g as an olive flavor and partially dissolved in water or alcohol.

The hair dye formulation of the present invention is preferably a powder type and can be prepared in the form of a cream type, liquid type, shampoo type, jelly type, aerosol type and the like.

In addition, the present invention is 5% by weight of Henna extract, 1.3% by weight of hydroxyethyl cellulose (Hydroxyethylcellulose), 11.4% by weight of Cocoamphopropionate surfactant, 0.2% by weight of preservative Dowcil 200 (Dowicil 200) and 0.7 to 1% by weight of Diazo black color solvent, 0.1 to 0.3% by weight of anthraquinone blue color dispersant, alkaline triphenylmethane violet color in a mixture of water A Henna extract-containing hair dye cream, which is prepared by mixing at least one selected from the group consisting of 0.012 to 0.9% by weight and 0.012 to 0.015% by weight of alkaline indolium yellow color. In the above, the amount of water added was 100% by weight by adding water to prepare a hair dye cream. The preservative Dowicil 200 used in the present invention is 1- (3-chloroallyl) -3,4,7-1-azoniaadamantane chloride.

5% by weight of Henna extract, 1.3% by weight of hydroxyethylcellulose thickener, 11.4% by weight of Cocoamphopropionate surfactant, 0.2% by weight of preservative Dowcil 200 (Dowicil 200) and water A black hair dye cream having 1% by weight of a diazo black color solvent added to the mixture; Brown color hair dye cream containing 0.9% by weight of Diazo black color solvent and 0.1% by weight of anthraquinone blue color dispersant; Chestnut color hair dye cream containing 0.7% by weight of Diazo black color solvent and 0.3% by weight of Anthraquinone blue color dispersant; Auburn color hair dye with 0.9% by weight of an alkaline triphenylmethane violet color; Mahogany color hair dye with 0.8% by weight of alkaline Triphenylmethane violet color; Burgundy color hair dye with 0.7% by weight of alkaline Triphenylmethane violet color; A silver fox color hair dye cream containing 0.012% by weight of an alkaline triphenylmethane violet color; Hair dye cream in smokey fox color with 0.015% by weight of alkaline triphenylmethane violet color; A blond hair dye cream containing 0.012% by weight of an alkaline Indolium yellow color; Alternatively, it is preferable to prepare a gold blonde hair dye cream containing 0.015% by weight of an alkaline indolium yellow color.

Hereinafter, preferred examples are provided to aid in understanding the present invention. However, the following examples are merely provided to more easily understand the present invention, and the contents of the present invention are not limited by the examples.

Examples 1 to 22 : Hair dye manufacture

The hair dye composition of the present invention was prepared at the composition ratios (wt%) shown in Tables 1 and 2.

Table 1

Henna indigo blue Centaurea Rhubarb powder Leichen Litmus Dyed color Example 1 86 One 10 2 One red sunset Example 2 83 17 black Example 3 84 10 2 One 3 brown Example 4 86 One 2 7 3 One gold brown Example 5 87 3 One 6 2 One light brown Example 6 95 5 natural Example 7 80 10 One 2 4 3 ash brown Example 8 74 15 5 3 2 One chestnut Example 9 70 10 7 10 One 2 mahogany Example 10 75 10 2 5 2 6 burgundy Example 11 97 One 2 wheat blonde Example 12 96 2 2 buttercup blonde Example 13 95 3 2 apricot gold

TABLE 2

Henna indigo blue Dyed color Remarks Example 14 100 red sunset Use Henna Leaf Powder Example 15 50 50 brown Example 16 67 33 gold brown Example 17 64 36 light brown Example 18 100 natural Using Henna Stem Powder Example 19 33 67 ash brown Example 20 52 48 chestnut Example 21 75 25 mahogany Example 22 77 23 burgundy

Example 23

5% by weight of henna extract, 1.3% by weight of hydroxyethylcellulose, 11.4% by weight of Cocoamphopropionate, 0.2% by weight of Dowicil 200 and Diazo black color A black hair dye cream was prepared by adding water to 1% by weight of the solvent to make 100% by weight in total.

Example 24

Henna extract 5% by weight, hydroxyethyl cellulose 1.3% by weight, Cocoamphopropionate 11.4% by weight, Dowcil 200 (Dowicil 200) 0.2% by weight, Diazo black color A brown color hair dye cream was prepared by adding water to 0.9 wt% of a solvent and 0.1 wt% of an anthraquinone blue color dispersant to 100 wt% in total.

Example 25

Henna extract 5% by weight, hydroxyethyl cellulose 1.3% by weight, Cocoamphopropionate 11.4% by weight, Dowcil 200 (Dowicil 200) 0.2% by weight, Diazo black color Chestnut color hair dye cream was prepared by adding water to 0.7% by weight of solvent and 0.3% by weight of anthraquinone blue color dispersant to 100% by weight.

Example 26

5% by weight of henna extract, 1.3% by weight of hydroxyethylcellulose, 11.4% by weight of Cocoamphopropionate, 0.2% by weight of Dowicil 200 and alkaline triphenylmethane biolet color (Triphenylmethane) violet color) A hair dye cream of auburn color was prepared by adding water to 0.9% by weight to 100% by weight.

Example 27

5% by weight of henna extract, 1.3% by weight of hydroxyethylcellulose, 11.4% by weight of Cocoamphopropionate, 0.2% by weight of Dowicil 200 and alkaline triphenylmethane biolet color (Triphenylmethane) violet color) A hair dye cream of mahogany color was prepared by adding water to 0.8% by weight to 100% by weight.

Example 28

Henna extract 5% by weight, hydroxyethylcellulose (1.3% by weight), cocoamphopropionate (11.4% by weight Cocoamphopropionate), 0.2% by weight of Dowicil 200 and alkaline triphenylmethane biolet color violet color) A hair dye cream of burgundy color was prepared by adding water to 0.7% by weight to 100% by weight.

Example 29

5% by weight of henna extract, 1.3% by weight of hydroxyethylcellulose, 11.4% by weight of Cocoamphopropionate, 0.2% by weight of Dowicil 200 and alkaline triphenylmethane biolet color (Triphenylmethane) Violet color) By adding water to 0.012% by weight of the total 100% by weight to prepare a hair dye cream of the silver fox (silver fox) color.

Example 30

5% by weight of henna extract, 1.3% by weight of hydroxyethylcellulose, 11.4% by weight of Cocoamphopropionate, 0.2% by weight of Dowicil 200 and alkaline triphenylmethane biolet color (Triphenylmethane) violet color) A hair dye cream of smokey fox color was prepared by adding water to 0.015% by weight to 100% by weight.

Example 31

Henna extract 5%, Hydroxyethylcellulose 1.3%, Cocoamphopropionate 11.4%, Dowcil 200 0.2% and Alkaline Indolium yellow color ), 100% by weight of water was added to 0.012% by weight to prepare a blond hair dye cream.

Example 32

Henna extract 5%, Hydroxyethylcellulose 1.3%, Cocoamphopropionate 11.4%, Dowcil 200 0.2% and Alkaline Indolium yellow color ) 100% by weight of water was added to 0.015% by weight to prepare a gold blonde hair dye cream.

Experimental Example : Determination of color fastness, hair endurance effect and fastness

The dyeing, hair-conditioning effect, and fastness of the hair dye compositions of Examples 1 to 22 and Comparative Examples 1 to 6 were measured. The hair dye used in Comparative Examples 1-6 was a commercially available hair dye and was used as a pharmaceutical sold by Dong Pharmaceutical Co., Ltd. It was purchased and used for 10 people for each of the comparative examples and compared to the use of the product of the present invention for 10 people for each of the comparison of dyeing, hair conditioning effect and color fastness. "Very good" is each of the examples and In each of the comparative examples, 9-10 out of 10 feel much better, "good" means 7-8 out of 10 feel good, usually 5-6 out of 10 feel good, and "bad" 10 out of 10 Four of them feel good.

1) dyeability

The compositions of Examples 1 to 22 and Comparative Examples 1 to 6 were mixed with water and applied to black hair and white hair, and after 1 hour, washed with running water using a commercially available shampoo, and dried with a hair dryer. Thereafter, the color difference (ΔE) between the dyed hair and the untreated hair was measured using a spectrophotometer. The larger the color difference, the better the dyeing property of the hair dye.

2) hair conditioning effect

The texture of the dyed hair was compared by combing the texture with the hand 20 times to evaluate the incidence of static electricity.

3) color fastness

The dyed hair was immersed in an acidic solution similar to the sweat component, and after a predetermined time, the degree of discoloration was observed. The results are shown in Table 3 and Table 4.

TABLE 3

Evaluation item Example Comparative example One 2 3 One 2 3 Dyeing (△ E) 61 67 56 46 39 44 Hair conditioning effect ◎ ◎ ◎ △ × △ Dyeing fastness ○ ◎ ○ △ × △ ◎: Very good ○: Good △: Normal ×: Poor

TABLE 4

Evaluation item Example Comparative example 14 15 16 4 5 6 Dyeing (△ E) 58 63 51 47 41 40 Hair conditioning effect ◎ ◎ ◎ △ △ △ Dyeing fastness ○ ◎ ○ △ △ × ◎: Very good ○: Good △: Normal ×: Poor

As shown in Table 3 and Table 4, it can be seen that in the hair dye composition of the present invention, the dyeing property, hair conditioning effect, and dyeing fastness are all excellent.

The hair dye composition product of the present invention helps color, condition and hair without using chemicals used in conventional hair dyes, and protects the hair from the violent action of alkaline and oxidizing agents and gives a more continuous conditioning effect. Excellent dyeing, dyeing fastness and hair conditioning effect.

Claims (4)

delete Red sunset consisting of 86% by weight Henna, 1% by weight centaurea, 10% by weight rhubarb powder, 2% by weight Leichen and 1% by weight litmus; Black, consisting of 86 wt% Henna and 17 wt% indigo; Brown consisting of 84% by weight Henna, 10% by weight indigo, 2% by weight rhubarb powder, 1% by weight Leichen and 3% by weight litmus; Gold brown consisting of 86% by weight Henna, 1% by weight indigo, 2% by weight centaurea, 7% by weight rhubarb powder, 3% by weight Leichen and 1% by weight litmus; Light brown consisting of 87% by weight of Henna, 3% by weight of indigo, 1% by weight of centaurea, 6% by weight of rhubarb powder, 2% by weight of Leichen and 1% by weight of litmus; Natural consisting of 95% by weight of Henna and 5% by weight of Leichen; Ash brown consisting of 80% by weight Henna, 10% by weight indigo, 1% by weight centaurea, 2% by weight rhubarb powder, 4% by weight Leichen and 3% by weight litmus; Chestnut consisting of 74 weight percent Henna, 15 weight percent indigo, 5 weight percent centaurea, 3 weight percent rhubarb powder, 2 weight percent Leychen and 1 weight percent litmus; Mahogany consisting of 70% by weight of Henna, 10% by weight of indigo, 7% by weight of centaurea, 10% by weight of rhubarb, 1% by weight of Leichen and 2% by weight of litmus; Burgundy consisting of 75% by weight Henna, 10% by weight indigo, 2% by weight centaurea, 5% by weight rhubarb powder, 2% by weight Leichen and 6% by weight litmus; Wheat blonde, comprising 97% by weight of Henna, 1% by weight of rhubarb and 2% by weight of Leichen; Buttercup blonde consisting of 96% by weight Henna, 2% by weight rhubarb and 2% by weight Leichen; Or it relates to a hair dye composition characterized in that the apricot gold (apricot gold) color consisting of 95% by weight of Henna, 3% by weight of rhubarb powder and 2% by weight of Leichen. In particular, the present invention is a brown consisting of 50% by weight of Henna and 50% by weight of indigo; Gold Brown, consisting of 67 wt% Henna and 33 wt% Indigo; Light brown consisting of Henna 64 wt% and Indigo 36 wt%; Ash Brown consisting of 33 wt% Henna and 67 wt% indigo; Chestnut consisting of 52 wt% Henna and 48 wt% indigo; Chestnut consisting of 75 wt% Henna and 25 wt% indigo; Mahogany consisting of 52 wt% Henna and 48 wt% indigo; Or 77% by weight of Henna and indigo 23% by weight of burgundy color, characterized in that the composition. Brown, consisting of 50 wt% Henna and 50 wt% indigo; Gold Brown, consisting of 67 wt% Henna and 33 wt% Indigo; Light brown consisting of Henna 64 wt% and Indigo 36 wt%; Ash Brown consisting of 33 wt% Henna and 67 wt% indigo; Chestnut consisting of 52 wt% Henna and 48 wt% indigo; Chestnut consisting of 75 wt% Henna and 25 wt% indigo; Mahogany consisting of 52 wt% Henna and 48 wt% indigo; Or 77% by weight of Henna and 23% by weight of indigo. delete