KR102161425B1 - Manufacturing device of mask pack sheet by using ultrafine rayon fiber and elastic mesh fabric - Google Patents

Abstract

The present invention manufactures a mask pack sheet for skin beauty, but provides a smooth touch and appropriate elasticity, so that the touch feel is good, and the shape stability is maintained even when the essence is impregnated, and excellent moisture persistence when absorbing the essence for a long time By maintaining the moist state, the active ingredient of the essence can be effectively delivered to the skin.
As a means to solve the above problems, the present invention is to construct a mask pack sheet, using a mesh fabric knitted with synthetic fiber yarn as a support layer, and bonding a nonwoven fabric-type skin layer made of ultrafine rayon fibers above and below the support layer to make a mask pack. A sheet is formed, but the weight of the mask pack sheet is 40 to 65 g/m 2 and the thickness is 0.3 to 0.5 mm, and a support layer made of synthetic fiber yarn, that is, a mesh fabric, and a skin layer made of ultra-fine rayon fiber, that is, a non-woven fabric, are mixed. The ratio is made to be composed of a ratio of 45 to 55% by weight: 45 to 55% by weight.

Description

Mask pack sheet manufacturing equipment using ultrafine rayon fiber and elastic mesh fabric{MANUFACTURING DEVICE OF MASK PACK SHEET BY USING ULTRAFINE RAYON FIBER AND ELASTIC MESH FABRIC}

The present invention relates to an apparatus for manufacturing a mask pack sheet using an elastic mesh fabric and ultrafine rayon fibers. In particular, the elastic mesh fabric is located in the center of the mask pack sheet, and the ultrafine rayon fibers are located in the upper and lower parts, so that when impregnating the essence, it is located at the top and bottom. The ultra-fine rayon fiber (Celloloose fiber) absorbs the essence and gives a soft and smooth touch and moisture retention, and the elastic mesh fabric located in the center maintains shape stability and elasticity.

In general, mask packs for skin beauty are manufactured by impregnating the skin beauty composition on the body of the mask pack, and for skin beauty, by applying the mask pack to the face and maintaining it for a certain period of time, the skin beauty composition is absorbed into the skin to make it clear and healthy. It is to help maintain the skin.

The mask pack body to which the skin care composition is adsorbed is used by cutting the mask pack sheet to fit the shape of the face, and the mask pack sheet is provided with products of various materials such as non-woven fabric, cotton fabric, and knitted fabric.

Examining the prior art related to the mask pack, Patent Registration No. 10-1195105 "Raw materials for mask pack using warp and its manufacturing method" (Patent Document 1) and Patent Registration No. 10-1602331 "Hydro using race sheet. Gel Mask Pack" (Patent Document 2) and Patent Publication No. 10-2016-0109422" refers to a mask pack containing nanoparticles" (Patent Document 3), and Utility Model Registration No. 20-0416534 "Mask Pack" ( Patent document 4) and the like have been provided.

When reviewing the technical content of Patent Document 1, it relates to a raw material for a mask pack using warp knitting and a method for manufacturing the same, and in particular, by making a fine-grained high-quality yarn with tricot paper to be used as a raw material for a mask pack, Not only does it provide a mask pack with excellent fusion with the massage liquid, gel, and excellent contact feeling and adhesion to the skin, as well as high-quality raw materials with excellent workability by preventing the end of the cut knitted fabric from curling. I want to provide.

The technical content of Patent Document 2 relates to a hydrogel mask pack using a lace sheet, and more particularly, it is composed of a floor tissue portion made of a mesh and a pattern tissue portion filled with holes of the mesh, and the thickness of the pattern tissue portion is Lace sheet thicker than the thickness of the tissue part; And it relates to a hydrogel mask pack using a race sheet comprising a hydrogel layer formed on the race sheet.

In addition, the technical content of Patent Document 3 is that the silver nanoparticles are contained on the inner surface of the mask body, which is a non-woven fabric, so it has excellent skin whitening and sterilization effects, and the silver nanoparticles are formed on the inner surface of the mask body rather than agglomerated in the cosmetic solution. It is evenly distributed in the coating layer so that the skin whitening and sterilizing effects are evenly expressed over the entire face.

Examining the technical content of Patent Document 4, it relates to a mask pack, and when the mask pack is used, a woven material made of a resin film yarn coated with silver on the side that does not come into contact with the skin is adopted, so that the contents are in both sides. , The face of the mask pack in contact with the skin was coated inside with silver to make it easier to handle, and the weight was given to remove the phenomenon of being pulled from the face to one side or tilted, and it was massaged by tapping or easier to handle with hands.

In the case of Patent Document 1 and Patent Document 2, the mask pack body is made of a knitted fabric made by a knitting machine for the mask pack sheet to be cut, and in the case of Patent Document 3, the mask pack body was manufactured by cutting a nonwoven fabric sheet. In the case of Document 4, a mask pack body was manufactured by cutting a fabric sheet woven with a loom.

In the case of Patent Documents 1 to 4, the material of the sheet used is a knitted fabric, a nonwoven fabric, and a fabric, and it is possible to expect an appropriate functionality suitable for the material characteristics when manufacturing the mask pack body, but shape stability, flexibility, adhesion and moisture retention. It was insufficient to meet the functionality of the ideal mask pack body that required conditions such as such.

As a means for solving such a problem, there is one registered by the present inventor in Patent No. 10-1887950 "Method of manufacturing a mask pack body using a gauze type nonwoven fabric" (Patent Document 5).

The technical content of Patent Document 5 is a blending process (S1) for removing foreign substances mixed in the raw surface together with a cotton wool in manufacturing the mask pack body, and a web in a thin film state by carding the raw surface. ), and a laminating process (S6) for obtaining a nonwoven fabric using the web obtained above, and laminating the nonwoven with gauze to obtain a laminated material, and a nonwoven fabric by spraying the laminated material with spray water The second water punching process (S7) in which the nonwoven fabric and the gauze are bonded more firmly by gradually increasing the spraying pressure of the spray water, and the laminated material in which the nonwoven fabric and gauze are bonded is used with a pressure roller. A gauze-type nonwoven fabric through a pressing process (S8) of producing a composite material that is compressed while being compressed while being entangled with a gauze at the same time by pressing the swollen nonwoven fabric, and a drying process (S9) of drying the composite material. And, in manufacturing the mask pack body by cutting the gauze-type nonwoven fabric, between the carding process (S2) and the laminating process (S6), the web obtained in the carding process (S2) is cross-laminated in multiple layers, and then stretched. Thus, the stretching process (S3) to obtain a web of uniform thickness, and a wetting process (S4) that imparts moisture to the web in order to suppress the repulsion of cotton fibers in the first water punching process, which is a post process, to enable effective water punching. And, by spraying the web obtained in the wetting process (S4) with the spraying water, the cotton fibers in the web state are entangled and bound to each other, and the first water punching process (S5) of manufacturing a nonwoven fabric is added to manufacture the mask pack body. It is a method of manufacturing a mask pack body using a gauze-type nonwoven fabric characterized by.

In the case of the mask pack body obtained by the method of Patent Document 5, a web made of cotton fibers is bonded to the surface and back of a reticulated cotton gauze by a needle punching method, and flexibility, excellent adhesion and moisture retention can be obtained. Although it satisfies the conditions as a mask pack material, there are disadvantages such as the possibility of deformation of the shape when cutting with the mask pack body as it has excellent flexibility, and deterioration of the shape stability when impregnating the essence.

Patent Registration No. 10-1195105 "Materials for mask pack using warp and manufacturing method thereof" Patent Registration No. 10-1602331 "Hydrogel Mask Pack Using Race Sheet" Unexamined Patent Publication No. 10-2016-0109422 "A mask pack containing nanoparticles" Utility model registration No. 20-0416534 "mask pack" Patent No. 1887950 "Method of manufacturing mask pack body using gauze-type nonwoven fabric"

The present invention manufactures a mask pack sheet for skin beauty, but provides a smooth touch and appropriate elasticity, so that the touch feel is good, and the shape stability is maintained even when the essence is impregnated, and excellent moisture persistence when absorbing the essence for a long time By maintaining the moist state, the active ingredient of the essence can be effectively delivered to the skin.

As a means to solve the above problem, the present invention is to construct a mask pack sheet, using an elastic mesh fabric knitted with synthetic fiber yarn as a support layer, and bonding a nonwoven fabric-type skin layer made of ultrafine rayon fibers above and below the support layer to make a mask A pack sheet is formed, but the weight of the mask pack sheet is 40 to 65 g/m 2 and the thickness is 0.3 to 0.5 mm, and the support layer made of synthetic fiber yarn, that is, mesh fabric, and the skin layer made of ultra-fine rayon fiber, that is, non-woven fabric. The mixing ratio is made to consist of a ratio of 45 to 55% by weight: 45 to 55% by weight.

In the present invention, in constructing a mask pack sheet, a mesh fabric knitted with synthetic fiber yarns is used as a support layer, and a nonwoven fabric-type skin layer made of ultra-fine rayon fibers is bonded above and below the support layer to form a mask pack sheet, the mask pack sheet The weight is 40~65g/m², the thickness is 0.3~0.5mm, and the mixing ratio of the support layer made of synthetic fiber yarn, that is, mesh fabric, and the skin layer made of ultrafine rayon fiber, that is, nonwoven fabric, is 45~55% by weight: 45 By making it consist of ~55% by weight, the mask pack sheet is cut, processed, and when used as a mask pack, it gives a smooth touch and adequate elasticity, so that the touch feel is good, and the shape stability is also impregnated with essence. It is maintained, and has an effect such as allowing the active ingredients of the essence to be effectively delivered to the skin by maintaining a moist state for a long time with excellent moisture persistence when absorbing the essence.

Figure 1: An apparatus for manufacturing a mask pack sheet to be provided in the present invention
Figure 2: A perspective view of the mask pack sheet of the present invention
Figure 3: An exploded perspective view of the mask pack sheet of the present invention
Figure 4: An example of a mask pack manufactured by cutting the mask pack sheet of the present invention

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a mask pack sheet 10, and is composed of a support layer 20 made of elastic mesh fabric, a trademark skin layer 30 and a lower skin layer 30 ′ of rayon fibers made of thin non-woven fabric on both upper and lower sides.

Typically, rayon fiber is a cellulose fiber obtained by extracting fiber molecules from natural cellulose of wood pulp, and has good hygroscopicity, smooth, and soft touch, but its strength and flexural strength are lowered during moisture absorption, and when impregnated with essence It has a characteristic that changes to a translucent form.

When the rayon fiber as described above is impregnated with the essence, the strength and the flexural strength are lowered, so a support layer 20 having appropriate elasticity, shape stability, and flexibility, such as the elastic mesh fabric 21, is required.

The elastic mesh fabric 21 constituting the support layer 20 uses a hexagonal elastic mesh fabric 21 made of synthetic fiber yarn with a knitting machine, but nylon yarn is used in the embodiment of the invention.

The nylon yarn constituting the elastic mesh fabric 21 has a thickness of 10 to 15 denier (d), which is generally thin yarn, but in the embodiment of the invention, 15 denier nylon yarn was used.

In the embodiment of the present invention, nylon yarn was used, but polyester yarn (PE) or polypropylene yarn (PP) may be applied.

If the thickness of the nylon yarn for knitting the support layer 20, that is, the elastic mesh fabric 21, is 10 denier or less, the elasticity of the knitted hexagonal mesh is low, so morphological stability cannot be guaranteed, and if it is 15 denier or more, elasticity or shape stability Is excellent, but it maintains more elasticity than necessary, so it is not suitable because flexibility and skin contact power are poor.

Therefore, the thickness of the nylon yarn used for the fabrication of the elastic mesh fabric 21 is suitable for yarn having a thickness of 10 to 15 denier.

In addition, the elastic mesh fabric 21 has a stable structure with a hexagonal structure, has excellent elasticity and flexibility, and the size of the mesh is preferably about 15 to 25 eyes, but in the embodiment of the present invention, 20 eyes. The mesh standard of was applied.

The support layer 20, that is, the upper and lower skin layers 30 and 30 ′ bonded to the upper and lower surfaces of the elastic mesh fabric 21 is composed of a nonwoven fabric 31, and the nonwoven fabric 31 is made of rayon fibers.

The conditions of the rayon fiber applied to the invention were fine rayon fibers with finer fineness of 0.4 to 0.6 denier and fiber length of 3 to 5 mm than that of general rayon fibers.

The bonding means of the upper and lower epidermal layers 30 and 30 ′ positioned on the upper and lower surfaces of the support layer 20 may be provided in various forms, but in the present invention, they are bonded through wet water punching.

The weight of the mask pack sheet 10 in which the ultrafine rayon yarn is bonded to the top and bottom of the elastic mesh fabric 21 in the form of a nonwoven fabric 31 is 40-65g/m2, the thickness is 0.3-0.4mm, and an elastic mesh fabric made of nylon yarn ( 21) and the mixing ratio of the nonwoven fabric 31 composed of ultrafine rayon yarn is to be constituted in a ratio of 45 to 55% by weight: 45 to 55% by weight.

In the above, if the weight of the mask pack sheet 10 is less than 40g/m2, the thickness becomes thin and handling is inconvenient, and elastic support and adsorption power decrease. If it is more than 65g/m2, it will not only become thicker than necessary, but also decrease flexibility. It is not desirable.

In addition, there is a need to limit the mixing ratio of the elastic mesh fabric 21 made of nylon yarn and the nonwoven fabric 31 made of ultrafine rayon fiber in the mask pack sheet 10 of the present invention.

That is, if the mixing ratio of the nylon yarns constituting the elastic mesh fabric 21 in the mixing ratio of the elastic mesh fabric 21 and the nonwoven fabric 31 is 45% by weight or less, the elasticity decreases and the shape stability decreases, and if it is more than 55% by weight, Although morphological stability can be improved, since the mixing ratio of the ultrafine rayon fiber decreases, the essence impregnation ratio decreases, which is not preferable.

In the above, the mask pack sheet 10 is cut and processed to obtain a mask pack 10' as shown in FIG. 4.

Therefore, the optimal condition of the mask pack sheet 10 to be provided in the present invention is a nylon yarn of 10 to 15 denier, and the support layer 20 is composed of elastic mesh fabric 21 of 15 to 25 eyes, and the elasticity The upper and lower skin layers 30 and 30 ′ bonded to the upper and lower surfaces of the mesh fabric 21 are composed of a nonwoven fabric 31 made of ultra-fine rayon fibers, but the fineness of the ultra-fine rayon fibers is 0.4 to 0.6 denier, and the fiber length is 3 to 5 mm. , The weight of the manufactured mask pack sheet 10 is 40-65g/m², the thickness is 0.3-0.4mm, and the mixing ratio of nylon and ultrafine rayon is 45-55% by weight: 45-55% by weight. , It provides a mask pack sheet 10 excellent in shape stability, flexibility and absorption, soft and smooth touch and excellent moisture retention.

Various means may be suggested for the manufacture of the mask pack sheet 10 configured as described above, but the following method was adopted in the invention, and the manufacturing method will be described below.

1 is a schematic configuration diagram of a mask pack sheet manufacturing apparatus 100 for manufacturing a mask pack sheet.

A delivery roller 110 having an elastic mesh fabric 21 wound thereon is installed in the front, and the elastic mesh fabric 21 drawn out from the delivery roller 110 is wound by a winding roller 120 located at the rear.

A primary conveyor belt 130 rotating along the primary guide roller 131 is installed at the rear of the delivery roller 110, and a web composition belt 140 is installed directly above the primary conveyor belt 130. It rotates in a triangular shape along the vacuum suction roller 143 and the lower guide 141 roller and the upper guide roller 142 located at.

At this time, the vacuum adsorption roller 143 and the lower guide roller 141 that rotate the web composition belt 140 are located in parallel close to the first guide roller 131 of the primary conveyor belt 130, 1 In a state in which the car conveyor belt 130 and the web composition belt 140 are close to each other, a joint section B moving in the direction of the arrow A is maintained.

A fiber material storage tank 150 is installed directly above the upper guide roller 142 constituting the web composition belt 140, and a slurry in which clear water and ultrafine rayon fibers are mixed in the fiber material storage tank 150 ( 151) is filled, and the mass concentration of the ultra-fine rayon fiber in the slurry 151 in which the clear water and the ultra-fine rayon fiber are mixed is mixed with about 0.3 to 0.4%.

A primary water punching machine 160 is installed in the joint section B formed between the primary conveyor belt 130 and the web composition belt 140, and the primary water punching head constituting the primary water punching machine 160 (161) is installed on the top of the web composition belt 140, the primary absorption tank 162 is located side by side under the primary conveyor belt (130).

5 to 8 secondary conveyor belts 170 are installed behind the primary conveyor belt 130, but the secondary conveyor belt 170 rotates in the direction of the arrow (A) by the secondary guide roller 171 .

The secondary water punching machine 180 is installed on the secondary conveyor belt 170, the secondary water punching head 181 is located above the secondary conveyor belt 170, and the secondary absorption tank 182 is a secondary conveyor. It is located under the belt 170.

A drying cylinder 190 is installed behind the secondary conveyor belt 170, and a pressure roller 192 is installed behind the drying cylinder 190.

A manufacturing process of the mask pack sheet 10 using the mask pack sheet manufacturing apparatus 100 having the above configuration will be described.

The elastic mesh fabric 21 wound on the delivery roller 110 is withdrawn and passed between the primary conveyor belt 130 and the web composition belt 140, and then the secondary conveyor belt 170 and the drying cylinder 190 Wow, the pressure roller 192 is wound on the winding roller 120 via oil.

When the mask pack sheet manufacturing apparatus 100 is operated in the above state, the primary conveyor belt 130, the web composition belt 140, the secondary conveyor belt 170, the drying cylinder 190, and the pressure roller ( As the 192 rotates, the elastic mesh fabric 21 wound around the delivery roller 110 is unwound and is wound around the winding roller 120.

At the same time, the liquid slurry 151 filled in the fiber material storage tank 150 located above the web composition belt 140 is supplied to the upper portion of the web composition belt 140.

As described above, when a liquid slurry 151 in which ultrafine rayon fibers are mixed with a mass concentration of about 0.3 to 0.4% in clear water is supplied to the top of the web composition belt 140, the water constituting the slurry 151 is the web composition belt ( 140) After flowing down, it is treated separately, and the ultrafine rayon fibers remain on the web composition belt 140 in the form of a nonwoven fabric.

The ultrafine rayon fibers rotate while remaining in the web composition belt 140 and move to the bonding section (B) located directly above the primary conveyor belt 130, and the primary water installed in the bonding section (B) When the spray water sprayed from the water punching head 161 of the punching machine 160 is sprayed from the top of the web composition belt 140, the ultrafine rayon fibers remaining in the web composition belt 140 by the spray water are converted to the elastic mesh fabric 21. Will move.

At this time, some of the ultrafine rayon fibers moved to the elastic mesh fabric 21 by the spraying water are located on the upper surface of the elastic mesh fabric 21, but some are located at the bottom through the hexagonal mesh of the elastic mesh fabric 21.

The used spray water is introduced into the primary absorption tank 162 and treated.

As the ultrafine rayon fibers are moved to the elastic mesh fabric 21 through the primary water punching machine 160, the second conveyor belt 170 moves in the direction of the arrow (A) while being positioned above and below the elastic mesh fabric 21. Moving and passing through the secondary water punching machine 180 composed of 5 to 8 units, the ultrafine rayon fibers are more rigidly bound with the elastic mesh fabric 21 by the spray water sprayed from the secondary water punching head 181 .

The used spray water flows into the secondary absorption tank 182 and is treated.

A mask pack sheet 10 in which ultrafine rayon fibers are bound in the form of a nonwoven fabric 31 on the upper and lower surfaces of the elastic mesh fabric 21 is obtained while passing through a plurality of secondary water punching machines 180, and the mask pack sheet 10 The ultrafine rayon fibers located on the upper and lower surfaces of the drying cylinder 190 are dried while being in close contact with the elastic mesh fabric 21, and the dried mask pack sheet 10 is compressed while passing through the pressure roller 192 and processed smoothly. Is then wound on the take-up roller 120.

The mask pack sheet 10 wound around the take-up roller 120 is cut to obtain a mask pack 10' having a desired shape.

The weight of the mask pack sheet 10 obtained above is about 40 to 65 g/m 2, and the thickness is manufactured under conditions of 0.3 to 0.4 mm.

The mask pack sheet 10 of the present invention constructed as described above obtains an elastic mesh fabric 21 in the form of a hexagonal mesh of 15 to 25 eyes using 10 to 15 denier nylon yarn, and the elastic mesh fabric 21 ) Ultra-fine rayon fibers with a fineness of 0.4 to 0.6 denier and fiber length of 3 to 5 mm are bonded on the upper and lower surfaces, so if you impregnate the essence into the mask pack (10') manufactured by cutting the mask pack sheet (10), the non-woven fabric (31) The ultra-fine rayon fiber constituting the essence absorbs the essence and swells thickly like a hydrogel, giving a smooth touch, and excellent moisture retention to keep it moist for a long time.In particular, the elastic mesh fabric 21 located inside is the ultra-fine rayon While supporting the nonwoven fabric 31 made of fibers elastically, the shape stability is maintained.

(10)--mask pack sheet (10')--mask pack
(20)--Support layer (21)--Elastic mesh fabric
(30)--upper epidermal layer (30')--lower epidermal layer
(31)--Non-woven fabric (100)--Mask pack manufacturing equipment
(110)--feed roller (120)--take-up roller
(130)--1st conveyor belt (140)--web forming belt
(141)--Slurry (150)--Textile material storage tank
(160)--1 primary water punching machine (170)--2 secondary conveyor belt
(180)--2nd water punching machine (190)-drying cylinder

Claims (3)

delete delete A delivery roller 110 with an elastic mesh fabric 21 wound thereon is installed in the front, and the elastic mesh fabric 21 drawn out from the delivery roller 110 is wound by a winding roller 120 located at the rear, and a delivery roller ( 110) At the rear, a primary conveyor belt 130 that rotates along the primary guide roller 131 is installed, and a web composition belt 140 is installed directly above the primary conveyor belt 130 to be located in the front. A vacuum adsorption roller 143 and a lower guide roller that rotates in a triangular shape along the vacuum adsorption roller 143 and the lower guide roller 141 and the upper guide roller 142 and rotates the web composition belt 140 141 is installed in close proximity to the primary guide roller 131 directly above the primary conveyor belt 130, and in a state where the primary conveyor belt 130 and the web composition belt 140 are close to each other, the arrow A A fiber material storage tank 150 is installed at the top of the upper guide roller 142 constituting the web composition belt 140 and constituting the joint section (B) moving in the direction (B), and the fiber material storage tank 150 ) Is filled with a slurry 151 in which clear water and ultra-fine rayon fibers are mixed, and the mass concentration of the ultra-fine rayon fibers in the slurry mixed with clear water and ultra-fine rayon fibers is mixed with about 0.3-0.4%, and the primary conveyor The first water punching machine 160 is installed in the joint section (B) formed between the belt 130 and the web composition belt 140, and the first water punching head 161 constituting the first water punching machine 160 Is installed on the upper part of the web composition belt 140, the primary absorption tank 162 is located side by side under the primary conveyor belt 130, and 5 to 8 secondary conveyor belts behind the primary conveyor belt 130 Install 170, but the secondary conveyor belt 170 is rotated in the direction of the arrow (A) by the secondary guide roller 171, and the secondary water punching machine 180 is in the secondary conveyor belt 170. However, the secondary water punching head 180 is located above the secondary conveyor belt 170, the secondary absorption tank 182 is located below the secondary conveyor belt 170, and the secondary conveyor belt 170 Drying cylinder ( 190) is installed, and a pressure roller 192 is installed at the rear of the drying cylinder 190. When the mask pack sheet manufacturing apparatus 100 is operated, the primary conveyor belt 130, the web composition belt 140 and the , As the secondary conveyor belt 170, the drying cylinder 190 and the pressure roller 192 rotate, the elastic mesh fabric 21 wound on the delivery roller 110 is unwound and is wound on the winding roller 120 At the same time, the liquid slurry 151 filled in the fiber material storage tank 150 located above the web composition belt 140 is supplied to the web composition belt 140, and the liquid slurry 151 is supplied to the web composition belt 140. ) When supplied to the top, the water constituting the slurry 151 flows down the web composition belt 140 and is then treated separately, and the ultrafine rayon fibers remain on the web composition belt 140 in the form of a nonwoven fabric 31 , The ultrafine rayon fibers rotate while remaining in the web composition belt 140 and move to the bonding section (B) located directly above the primary conveyor belt 130, and the primary installed in the bonding section (B) When the spray water sprayed from the water punching head 161 of the water punching machine 160 is sprayed from the top of the web composition belt 140, the ultrafine rayon fibers remaining in the web composition belt 140 by the spray water are elastic mesh fabric (21). As the ultrafine rayon fibers are moved to the elastic mesh fabric 21 through the primary water punching machine 160, the elastic mesh fabric 21 moves in the direction of the arrow (A) while being positioned above and below it. By moving to the conveyor belt 170 and passing through the secondary water punching machine 180 composed of 5 to 8 units, the ultrafine rayon fiber is made up of elastic mesh fabric 21 and rigid by spraying water sprayed from the secondary water punching head 181. The mask pack sheet 10 is obtained in which the ultrafine rayon fibers are bound in the form of a nonwoven fabric on the upper and lower surfaces of the elastic mesh fabric 21 while passing through the plurality of secondary water punching machines 180, and the mask pack sheet (10) is a drying cylinder 190, the ultrafine rayon fibers located on the upper and lower surfaces are in close contact with the elastic mesh fabric 21 and dried, and the dried mask pack sheet 10 is a pressure roller 190 ), the mask pack sheet manufacturing apparatus using ultrafine rayon fiber and elastic mesh fabric, characterized in that it is compressed and smoothly processed and then wound on a winding roller 120.

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