Novel facial mask piece and preparation and using methods thereof

Abstract

The invention discloses a novel facial mask piece and preparation and using methods thereof. A hydrophilic nano-fiber membrane is prepared through an electrospinning technology and has the advantagesof ultra-low weight and an ultra-large specific surface area, the rate of absorbing essence is high, and the facial mask performance of fitting the skin is good; the facial mask adopts the design of upper and lower half parts, and is more convenient to use and better in performance of fitting the skin; the facial mask adopts a double-layer structure, a hydrophilic nano-fiber layer makes contact with the skin, the other layer is hydrophobic base cloth, the essence cannot permeate to the outer portion of the facial mask through protection of the hydrophobic base cloth, and the one-way permeability is improved; the volatilizing speed of the essence is reduced, the essence waste is reduced, it is ensured that the essence can be fully absorbed by the face skin, and the essence utilization rateis increased; in the using process, the facial mask does not need to be presoaked in the essence, and only a spraying can is needed to spray the essence to one side of the nano-fiber layer of the facial mask; the facial mask is quite thin, the breathability is good, and the washing-free purpose is achieved.

Description

technical field [0001] The invention belongs to the technical field of cosmetics, and in particular relates to a method for preparing and using a novel sheet mask. Background technique [0002] The mask base fabric is a carrier of active ingredients for skin care. The skin care and beauty ingredients are loaded on the mask base fabric, and the mask is applied to the face for about 20 minutes. The skin care and beauty functional ingredients can be absorbed by the skin. For facial masks in the prior art, the facial mask base fabrics are mostly non-woven fabrics or biological fibers, etc., because of the need to maintain a certain degree of adsorption, the facial mask base fabrics are relatively dense and have poor flexibility, resulting in poor adhesion and air permeability of the mask. Skin care functional ingredients cannot be fully absorbed by the face and tend to bring greater discomfort to the face. In addition, the two-way permeability of non-woven fabrics will accelera...

AI Technical Summary

Problems solved by technology

For facial masks in the prior art, the facial mask base fabrics are mostly non-woven fabrics or biological fibers, etc., because of the need to maintain a certain degree of adsorption, the facial mask base fabrics are relatively dense and have poor flexibility, resulting in poor adhesion and air permeability of the mask. Skin care functional ingredients cannot be fully absorbed by the face and tend to cause greater discomfort to the face

In addition, the two-way permeability of non-woven fabrics will accelerate the loss of skin care functional ingredients and moisture, making the mask dry in a short time after application, less active ingredient absorption, and poor user experience

Most non-woven fabrics are relatively thick, and the user cannot perform other activities when applying the mask, which also adds inconvenience to the user's life

On the other hand, existing facial masks add more artificial preservatives, which is also not conducive to human health.

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