Multi-effect superconducting skin-fit mask

Abstract

The invention provides a multi-effect superconducting skin-fit mask, using 50% of copper aluminum fiber and Kevlar fiber as a base, and adding 5% of polyacrylate fiber and 30% of rayon temperature-sensitive collagen fiber, as well as 15% of polyester far-infrared antibacterial inhibitory fiber, and carrying out a water rolling process. Therefore, the multi-effect superconducting skin-fit mask canfully fit the face, can keep suitable breathability to avoid stuffiness and improve comfort of using the mask, and can generate antibacterial and bacteria preparation effects to inhibit and eliminatebacteria, thereby further improving its moisture absorption and temperature retention; the dispersibility of the mask herein decreases the usage of dressing, the dressing is spread evenly, and overallservice effect of the mask can be improved.

Description

technical field [0001] The invention relates to the technical field of facial masks, in particular to a multi-effect superconducting skin-adhesive facial mask that can improve its adherence to the face, so as to improve the maintenance effect of the facial mask. Background technique [0002] Skin quality comes from the self-regulation of physiological mechanism and fertility. During adolescence, due to the vigorous metabolism, the skin elasticity can be effectively maintained. After the growth period, the collagen in the skin is affected by the sluggish and old metabolism. The connection between the dermal tissues will be lost, and the elasticity of the skin will be weakened and wrinkles will begin to appear. The early skin care method is to directly apply cosmetics or skin care products directly on the skin, and let it be directly on the surface of the skin after application, and sneak into the dermis through the pores. Cohesion, and the time is short, easily affected by e...

AI Technical Summary

Problems solved by technology

The early skin care method is to directly apply cosmetics or skin care products directly on the skin, and let it be directly on the surface of the skin after application, and sneak into the dermis through the pores. Cohesion, and the time is short, easily affected by external factors, it is difficult to directly enter the dermal tissue, and reduce its maintenance effect

[0003] In recent years, the methods of facial maintenance tend to be diversified. At present, the most common way is to cover the face with a mask impregnated with skin care products, so that the beauty ingredients of the skin care products can effectively penetrate into the skin. The material of the mask It is mainly made of non-woven fabrics, but its disadvantages are poor air permeability, heavy weight, and poor skin-adherence, which cause users to feel uncomfortable due to air stuffiness during use

And generally, the best time for a non-woven mask to apply to the face is 20 to 30 minutes. If the time for applying the mask is too long, the user will often maintain moisture when touching the surface of the mask with eyes or hands, but in fact, the moisture in the mask dressing The skin and nutrients have been completely lost, especially the part that touches the skin of the face will recycle the water in the stratum corneum of the skin to the mask dressing due to the siphon principle, resulting in not only no more moisturizing of the skin, but also in severe cases. There may be problems such as irritant dermatitis due to the loss of facial moisture

In addition, its diffusion ability is not good, and it needs more materials when impregnating skin care products, and it is not uniform, which will not only cause unnecessary waste, but also affect the overall skin care effect. Bacteria can grow and may cause discomfort to the user's face

[0004] In other words, the existing non-woven facial masks have problems such as stuffy feeling, easy loss of water, waste of dressings, and easy growth of bacteria, which seriously affect the overall effect of the facial mask. How to solve the aforementioned problems is an urgent need for development in the industry.

[0005] Therefore, the present inventor has made in-depth discussions on the problems faced by the aforementioned existing facial masks, and has actively sought solutions through many years of research and development experience in related industries. Through continuous efforts in research and trial production, he has finally successfully developed a Multi-effect superconducting skin-fitting mask, which can overcome the problems that the existing masks cannot be breathable, hygroscopic, diffusive and antibacterial

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