Molding hair gel with fluorescence sensation and manufacturing method thereof

Abstract

The invention relates to a setting hairdressing product, particularly a molding hair gel with fluorescence sensation. The hair gel comprises the following substances in parts by weight: 1-3 parts of grease, 1-3 parts of emulsifier, 0.2-1 part of stabilizer, 3-12 parts of film former, 15-20 parts of conditioner, 5-15 parts of moisturizer and 2-5 parts of paillette. A right amount of metallic-ion-mixed xanthan gum is added into the hair gel instead of the waxy substance in the hair wax; the xanthan gum is water-soluble, and thus, can be easily cleaned in the cleaning process; the xanthan gum has favorable combination effects with film forming substances in the hair gel; by adding the emulsifier, the hair gel can achieve favorable emulsifying effects at lower stirring rate; the hair gel has longer storage time; the substances in the hail gel has favorable uniformity; and the viscosity can reach 6000-8000cp, so the hair gel has satisfactory setting effects.

Description

technical field [0001] The invention relates to a styling hairdressing product, in particular to a shaping hair gel with fluorescent texture and a manufacturing method thereof. Background technique [0002] For art performers, it is often necessary to create exaggerated hairstyles that attract the audience. Using hairstyles with strong shaping effects and flashing fluorescence can catch the audience's attention and enhance the artist's styling impression. [0003] Among the tools of many stylists, hair wax is a commonly used tool. It is in the form of white hard wax. It is mainly used for hair modification of short hair and medium and long hair. It has a high viscosity and can shape the hair after use. It is easy to modify during the shaping process and has been approved by many stylists. [0004] However, since wax is mainly used as raw material in hair wax, for users, excessive use of hair wax is likely to cause stickiness due to the contact between wax and scalp, and whe...

AI Technical Summary

Problems solved by technology

Most of these copolymers have a certain degree of adhesion, and have good water-forming film-forming properties, which have a good effect on improving the adhesion of the head skin and fingers, but the slightly soluble nature of these products makes them difficult to clean during the cleaning process. It is still relatively difficult, and there are certain difficulties in the cleaning process

[0007] In addition, since sequins with a fineness of less than 200 meshes, such as ultra-fine aluminum powder and ultra-fine glitter powder, are added to viscous semi-solids such as hair gel, it is difficult to form a dispersion effect, and it is easy to show uneven distribution of sequins when shaping hairstyles state, affecting visual effects