KR100965060B1 - Manufacturing process of interior material by using transfer paper - Google Patents

Abstract

The present invention relates to a method for manufacturing interior materials using a high-resolution transfer paper, which includes, in particular, a release paper processing step of coating a silicone release agent on a surface of a release paper; An acrylic resin layer coating step of coating an acrylic resin layer on the surface of the release paper manufactured by the release paper processing step to improve the surface printability of the release paper to facilitate digital printing printing; An image printing step of manufacturing a high-resolution transfer paper by printing a high-resolution image of a variety of designs, such as photographs, pictures, patterns desired by the consumer on the acrylic resin layer of the release paper after the acrylic resin layer coating step; A paper bonding step of bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And a paper post-processing step of bonding a label layer or a surface reinforcement layer to the surface of the paper on which the image is transferred to enhance the durability of the paper after the image of the high-resolution transfer paper is transferred to the paper by the paper bonding step. The present invention relates to a method for manufacturing interior materials using high-resolution transfer paper.

First, the invention as described above, by providing a high-resolution transfer paper that can form a delicate image, such as wood pattern, can be applied to a variety of interior material surface such as wallpaper, sheet paper, flooring material, etc. to provide consumers with an interior material formed a variety of designs have.

Second, through the digital inkjet printer printing method that exceeds the existing gravure printing method on the surface of the paper, various images are formed on the surface of the paper, and the surface of the paper is removed by removing the bubble phenomenon of the printing surface that may be generated by the digital printing method. To form a high quality image.

Third, it is possible to produce customized interior materials according to the consumer's preference by selecting the design desired by the consumer and printing it on the surface of the paper through the digital inkjet printer, not the existing mass production method. Various designs such as paintings can be applied to the surface of interior materials to provide consumers with a small amount of interior materials with various designs.

Fourth, by forming an embossed pattern with the embossing roll on the surface of the release paper to form a texture that is different from the conventional design, it can be applied to the interior materials such as wallpaper, sheet paper, flooring material to enhance the interior effect.

Fifth, by manufacturing a transfer paper printed with a high-resolution image printed on the surface through a digital inkjet printer can be applied to a variety of interior materials, such as adhesive wallpaper, sheet paper, flooring, tiles, etc. can improve the work efficiency of the interior interior process.

Sixth, a single digital inkjet printer can form a variety of images on the surface of the interior materials to replace the existing general-purpose design, and consumers can individually apply a unique design to the product.

Seventh, as a work method of bonding the molten resin to the surface of the release paper to secure the print surface smoothness of the release paper, while increasing the efficiency of the work process it can provide a reduction effect such as manufacturing costs.

Release Paper, Embossing, Transfer, Transfer Paper, Smoothness

Description

Manufacturing process of interior material by using transfer paper

The present invention relates to a method for manufacturing interior materials using a high-resolution transfer paper, and more particularly, by coating an acrylic resin layer on the surface of the release paper conveniently to increase the smoothness of the print surface, even when printing through a digital printer. Printing quality can be formed, and the interior paper effect can be enhanced when applied to interior materials such as adhesive wallpaper, sheet paper, flooring, and tile by embossing the surface of the release paper, and increase work efficiency according to convenient work process. The present invention relates to a method for manufacturing interior materials using high-resolution transfer paper that can provide effects such as cost reduction.

In general, interior materials are attached or installed in the room in order to maximize the interior effect of the interior. To form various layers and images on the surface of the wall, wallpaper, sheet paper, tiles, the base layer is printed. It is configured to be used to increase the interior effect of the desired space.

In order to form such an interior material, an image was formed of a gravure printing layer on a base paper layer of an interior material having a conventional laminated structure.

For example, as shown in Figure 1, the paper input step (10) for feeding the paper or non-woven fabric; Sol coating step of applying a sol coating on the base paper (20); Foaming step (30) for applying heat and foaming the coated base paper into the oven; A printing step 40 of performing gravure printing on the foamed paper; It is generally made of.

In addition, in order to improve color defects and pint defects occurring in the gravure printing method, which is the manufacturing method, as shown in FIG. 2, transfer printing (10-1) is performed on the surface of the release paper using a roll, and the release paper is peeled off. Provided was a method for preparing a transcription printing comprising the step of 2).

However, in the conventional manufacturing method, the gravure printing method is applied in the same way to form an image on the surface of the paper, and as shown in FIG. 3, the ink is contained in the pocket 1a of the printing roll 1 in a state of containing ink. The ink contained in the pocket 1a of the printing roll 1 so as to contact the roll with (2) evenly touches the surface of the sheet of paper 2, whereby an image is formed on the surface of the sheet of paper. However, such a gravure printing method is difficult to reach the printing roll 1 evenly on the surface of the paper (2) is difficult to obtain a high print quality, and the durability of the printing roll (2) is deteriorated with the progress of the printing process work There was a problem that made it difficult to print elaborately.

In addition, if the durability of the printing roll decreases, the dichroic phenomenon that the color per lot changes as the production increases, so the problem of stock accumulation due to unnecessary production depends on the characteristic of the gravure printing method that is to produce in large quantities per lot initially. there was.

In addition, according to the characteristics of the gravure printing method, the product which was not produced and sold in the printing process for mass production was left as a stock, and there was a problem that an unnecessary cost was generated due to the storage and management of the stock.

SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned problems of the prior art, and the printing may occur in the digital printer printing method while forming various images on the surface of the original paper through the digital printer printing method that exceeds the conventional gravure printing method. Interior materials using high-resolution transfer paper that can provide various interior materials with various designs by applying high-quality images on the surface of original paper by preventing surface bubble phenomenon and applying variously to interior materials such as wallpaper, sheet paper and flooring It is to provide a manufacturing method.

In addition, through the digital printing method to form a variety of images on the surface of the paper, and can be formed on the surface of the paper by importing a computer-generated or existing stored pattern or image, as well as through the embossing roll on the surface of the release paper By providing a variety of images on the surface of the interior material using a high-resolution transfer paper embossed pattern formed to provide an interior material manufacturing method using a high-resolution transfer paper that can enhance the interior interior effect according to the texture and texture.

In addition, it is a simple process of close-coating molten resin on the surface of the release paper to secure interior surface smoothness of the release paper and to increase the efficiency of the overall work process. To provide a method.

Hereinafter, the interior material manufacturing method using the high resolution transfer paper of the present invention will be described in detail.

The present invention to achieve the above object, the release paper processing step of coating a silicone release agent on the surface of the release paper; Acrylic resin layer coating step of coating the acrylic resin layer on the surface of the release paper produced by the release paper processing step to improve the surface printability of the release paper to facilitate digital printing printing; An image printing step of manufacturing a high-resolution transfer paper by printing a high-resolution image of a variety of designs, such as photographs, pictures, patterns desired by the consumer on the acrylic resin layer of the release paper after the acrylic resin layer coating step; A paper bonding step of bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And a paper post-processing step of bonding a label layer or a surface reinforcement layer to the surface of the paper on which the image is transferred to enhance the durability of the paper after the image of the high-resolution transfer paper is transferred to the paper by the paper bonding step. Is done.

In addition, the present invention is the release paper processing step of coating the silicon release agent on the surface of the release paper after forming the embossing pattern by compressing the surface of the release paper is coated with a silicone release agent with an embossing rule; Acrylic resin layer coating step of coating the acrylic resin layer on the surface of the release paper produced by the release paper processing step to improve the surface printability of the release paper to facilitate digital printing printing; An image printing step of manufacturing a high-resolution transfer paper by printing a high-resolution image of a variety of designs, such as photographs, pictures, patterns desired by the consumer on the acrylic resin layer of the release paper after the acrylic resin layer coating step; A paper bonding step of bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And a paper post-processing step of bonding a label layer or a surface reinforcement layer to the surface of the paper on which the image is transferred to enhance the durability of the paper after the image of the high-resolution transfer paper is transferred to the paper by the paper bonding step. Is done.

At this time, the acrylic resin layer coating step is to release the acrylic resin mixed with the acrylic resin solvent and the acrylic resin solid content on the surface of the release paper produced in the release paper processing step through a T-DIE extruder and transported by a roller The acrylic resin layer can be formed by coating the surface of the acrylic resin in close contact, and the acrylic resin layer coated on the surface of the release paper in the acrylic resin layer coating step has an acrylic solid content of 10 to 20% by weight based on 100% by weight of the organic resin layer. It can be used by mixing the solvent to achieve 80 to 90% by weight.

In addition, the acrylic resin layer coating step by melting the 100% by weight of the acrylic resin solid content to a temperature of 180 ~ 200 ℃ on the surface of the release paper produced in the release paper processing step by ejecting through a T-DIE extruder by a roller An acrylic resin layer may be formed by closely coating the surface of the release paper to be transferred.

In addition, in the acrylic resin layer coating step, the acrylic resin layer may be coated by maintaining the thickness of 20 ~ 100 microns on the surface of the release paper.

In addition, the release paper is preferably used any one selected from kraft paper, polyethylene film, polyester film.

The image printing step may include an image selection step in which a consumer selects an image from a computer-designed and stored pattern or an existing stored photo or picture pattern; Mounting the release paper to the digital inkjet printer and the printing step of printing the pattern selected in the image selection step on the surface of the release paper; can be made.

In addition, after the paper post-processing step, an adhesive layer is formed on the back side of the base paper on which the printing layer is not formed for easy construction of the base paper, and the release paper is adhered to the surface of the base paper, or tiles, PVC, MDF on the back side of the base paper. It can be made by further comprising a paper strengthening step of bonding.

In addition, the present invention provides an interior material using a high-resolution transfer paper manufactured according to the above-described process.

The present invention as described above can obtain the following effects.

First, by providing a high-resolution transfer paper that can form a delicate image, such as wood pattern, it can be applied to the interior material surface, such as wallpaper, sheet paper, flooring material, etc. in various ways to provide consumers with interior materials with various designs.

Second, through the digital inkjet printer printing method that exceeds the conventional gravure printing method on the surface of the paper, various images are formed on the surface of the paper, as well as removing bubbles on the printing surface that may be generated by the digital printing method. It is possible to form a high quality image on the surface of the base paper.

Third, it is possible to produce customized interior materials according to the consumer's preference by selecting the design desired by the consumer and printing it on the surface of the paper through the digital inkjet printer, not the existing mass production method. Various designs such as paintings can be applied to the surface of interior materials to provide consumers with a small amount of interior materials with various designs.

Fourth, by forming an embossed pattern with the embossing roll on the surface of the release paper to form a texture that is different from the conventional design, it can be applied to the interior materials such as wallpaper, sheet paper, flooring material to enhance the interior effect.

Fifth, by manufacturing a transfer paper printed with a high-resolution image printed on the surface through a digital inkjet printer can be applied to a variety of interior materials, such as adhesive wallpaper, sheet paper, flooring, tiles, etc. can improve the work efficiency of the interior interior process.

Sixth, a single digital inkjet printer can form a variety of images on the surface of the interior materials, replacing the existing universal design and consumers can apply their own unique design to the product.

Seventh, a simple process of adhering the molten resin to the surface of the release paper to secure the print surface smoothness of the release paper, while increasing the efficiency of the work process it can provide a reduction effect such as manufacturing costs.

Specific features and other advantages of the present invention will become more apparent from the following drawings and description of the preferred embodiments.

Prior to describing the present invention, the present inventors overcome the problems of the conventional gravure printing method of printing an image on the surface of the release paper so as to form an image on the surface of the interior material, as well as on the surface of the release paper by digital printing. Even in the case of printing an image, in order to improve the print quality of the image printed on the surface of the release paper by digital printing method, the molten acrylic resin is closely coated on the surface of the release paper, and the embossing roll is embossed on the surface of the release paper. It was suggested how to form.

The present invention, as shown in Figure 4, the release paper processing step 100 for coating a silicone release agent on the surface of the release paper; Acrylic resin layer coating step (200) to facilitate the digital printing printing by improving the surface printing aptitude of the release paper by coating a thin acrylic resin layer on the surface of the release paper produced by the release paper processing step; Image printing step of manufacturing a high-resolution transfer paper by printing a high-resolution image with a digital inkjet printer to a variety of designs of photos, pictures, patterns desired by the consumer on the acrylic resin layer of the release paper after the acrylic resin layer coating step (200) (300) ); A base bonding step 400 for bonding the image of the high-resolution transfer paper manufactured through the image printing step 300 with the base to be transferred; And a post-processing step of bonding a label layer or a surface reinforcing layer to the surface of the transfer paper to enhance the durability of the transfer paper after the transfer of the image of the high-resolution transfer paper to the base paper by the bonding step (400) ( 500);

1) Release paper processing step (100)

The step is to coat a small amount of silicone release agent (a material that helps to fall off) on the surface of the release paper.

The release paper used here is to ensure even print surface and high resolution printing.

In this step, the release paper is formed according to the printing ink selection, that is, oil-based ink or medium in order to make the oil-based ink for the digital inkjet printer smoothly adhere to the surface when the oil-based ink or water-based ink is used or when using general transfer paper. It is possible to coat the resin, and when using a digital inkjet printer using an aqueous ink, the aqueous medium resin coating can be performed.

In particular, the present invention, as shown in Figure 5, the embossing forming step (100-1) to form an embossed pattern by compressing with an embossing rule on the surface of the release paper is coated with a silicone release agent in the release paper processing step 100 After roughing, the surface of the release paper may be formed by coating a silicone release agent.

As such, the embossing forming step 100-1 of forming an embossing pattern using the embossing roll is embossing effect on the image when the image is formed with a digital inkjet printer on the surface of the release paper which has passed through the release paper processing step 100. It is to increase the interior interior effect according to the material and texture.

For example, in the past, when printing by coating a gravure printing method or a resin layer, there was a problem that it was used to be limited to a flat release paper to form a high print quality, but the acrylic resin layer coating method to be described in the present invention. Even if embossing is formed on the surface, the print quality can be prevented from being lowered, thereby forming an embossed pattern on the surface of the release paper.

As such, when the embossing pattern is formed on the surface of the release paper through the embossing rule, the image printing step 300 is described below. Is transferred to the surface of the can achieve an effect that can represent a variety of textures when used.

2) acrylic resin layer coating step (200)

The above step is to ensure that high quality printing is applied to the surface of the release paper after the release paper processing step 100 by applying an acrylic resin layer on the surface of the release paper to secure the surface smoothness of the release paper.

For example, when using a transfer paper with good smoothness due to poor printability due to the low smoothness of a conventional plain wallpaper or flooring paper, in order to increase the printability of a transfer paper because it is not suitable for ink for digital printers when using a general transfer paper. Acrylic resin of similar composition to the ink for digital printers is coated on the surface of the thinner.

In addition, in the case of coating the acrylic resin as described above to form an acrylic resin layer with a thin thickness in order to increase the printing smoothness of the transfer paper.

For example, an acrylic resin mixed with an acrylic resin solvent and an acrylic resin solid on the surface of the release paper manufactured by the release paper processing step 100 in the acrylic resin layer coating step 200, as shown in FIG. 7, T-DIE It is to form an acrylic resin layer by closely coating the surface of the release paper transported by the roller through the extruder.

In addition, after melting the acrylic resin solid content 100% by weight at a temperature of 180 ~ 200 ℃ on the surface of the release paper produced in the release paper processing step 100 in the acrylic resin layer coating step 200, as shown in Figure 7 The T-DIE extruder may be an adhesive coating on the surface of the release paper transported by the roller to form an acrylic resin layer.

In this case, in order to prevent the acrylic resin from excessively adhered to the surface of the release paper, in FIG. 7, the acrylic resin is vertically adhered to the surface of the release paper, but the acrylic resin is not limited to the surface of the release paper. By changing the angle at which the acrylic resin is ejected to be in close contact, the molten acrylic resin may be closely coated on the surface of the release paper.

In the above method, the acrylic resin melted through the T-DIE method is used to be closely coated on the surface of the release paper. However, the present invention is not limited thereto, and the spray coating method and the air knife method may be selected and used. Any method may be used as long as the acrylic resin is brought into close contact with the surface of the paper.

In addition, the acrylic resin layer coated on the surface of the release paper may use an acrylic resin in which 10 to 20% by weight of acrylic solids and 80 to 90% by weight of an organic solvent are mixed with respect to 100% by weight, of course, melting. 100% by weight of the total amount of the acrylic resin formed to form a solid content of 100% by weight of the acrylic solid and the organic solvent is mixed and coated on the surface of the release paper and then air bubbles are generated on the surface of the release paper due to evaporation of the organic solvent printing It is possible to prevent the surface smoothness from being lowered.

In addition, the acrylic resin layer coated on the surface of the release paper is preferably coated to maintain a thickness of 20 ~ 100 microns.

As such, the acrylic melted into the embossing of the release paper even if the process of embossing forming step (100-1) on the surface of the release paper in the release paper processing step 100; Since the resin is seated, as shown in FIG. 6, high smoothness of the printing surface can be ensured.

That is, as shown in Figure 6, to form an embossed pattern on the surface of the release paper through the embossing roll and to coat the surface of the embossed release paper by coating an acrylic resin layer on the surface of the embossed release paper. Then, by printing an image on the acrylic resin layer through a digital printing method to produce a high-resolution transfer paper, and then bonded to the surface of the high-resolution transfer paper on which the image is printed, and then peeled to remove the release paper of the original paper Only the print layer and the coating layer will be left on the surface.

Therefore, through the release paper processing step 100 and the acrylic resin layer coating step 200, an acrylic resin layer is formed in close contact with the release paper, and a high print quality is formed when the design is printed on the acrylic resin layer through a digital inkjet printer. It is possible to manufacture high-resolution transfer paper, and by embossing forming step (100-1) on the surface of the release paper, after bonding with the original paper after the step, removing the release paper, the material and texture is formed as well as high print quality It is possible to obtain interior materials with a decal.

In addition, in the release paper processing step 100, the material and the texture are expressed on the surface of the release paper through the embossing roll, and the smoothness of the printing surface is obtained through the acrylic resin layer coating step 200, but the surface of the release paper in addition to the embossing roll Even if various grooves or patterns are formed in the acrylic resin layer coating step (200) of coating the molten acrylic value on the surface of the release paper in close contact, the smoothness of the printing surface can be secured, thereby obtaining high print quality. will be.

In addition, when the acrylic resin layer coating step 200 is conventionally printed on the resin layer of the release paper by a digital inkjet printer, when the material of the release paper is used as a polyester film, a problem that cannot be printed melts. The use of inexpensive polyester film is also possible by dissolving through the acrylic resin layer, so that the release paper can be used by selecting any one selected from kraft paper, polyethylene film and polyester film.

And, in order to increase the cooling efficiency of the melter and the T-DIE melt acrylic resin in the above, the cooler that can be installed according to the user's choice is the same as the conventional melter and cooler, so the detailed description thereof will be omitted.

3) Image printing step (300)

The step is to produce a high-resolution transfer paper by forming a print layer by printing a high-resolution image with a digital inkjet printer on the resin layer of the release paper formed by the acrylic resin layer coating step 200 to a variety of designs of pictures, pictures, patterns desired by the consumer It is to.

That is, the digital inkjet printer is to provide a variety of images to ensure high print quality to be able to manufacture a transfer paper printed with a high-resolution image on the surface of the transfer paper.

In the image printing step 300, in particular, if the amount of the silicon coating is large, the releasability is increased while the cohesion of the ink is lowered so that the ink layer does not adhere to the surface of the silicone resin layer.

Therefore, the acrylic resin layer coated on the surface of the release paper on the surface of the release paper as in the acrylic resin layer coating step 200 described above to increase the adhesion of the ink printed on the surface of the silicone resin layer is 20 ~ It is desirable to maintain a thickness of 100 microns to be coated or to be coated with 1 ~ 5g per 1m² with a specially treated resin.

In addition, the thickness of the acrylic resin layer is preferably made thin in order to ensure the surface smoothness of the acrylic resin layer.

In addition, the present invention, as shown in Figure 8, the image printing step 300 is an image selection step that the consumer selects and recalls a variety of images of pictures, drawings, patterns designed by the computer or stored in the existing PC; (300-1),

The printing process 300-2 may further include printing a photo, a picture, or a pattern called out in the image selection step 300-1 on the surface of the release paper.

4) Paper bonding step (400)

The step is to adhere the high-resolution transfer paper manufactured through the image printing step 300 to the surface of the base paper and then apply heat to move the image of the high-resolution transfer paper to the surface of the base paper.

In the paper bonding step 400, as shown in FIG. 6, the image is transferred to the surface of the paper, and then the release paper is removed through the peeling process so that only the printing layer and the coating layer on which the image is printed are formed on the surface of the paper. .

In particular, the base paper may use wallpaper, sheet paper, flooring, tiles according to the user's choice, as well as any interior material that can be used for maximizing the interior effect.

5) Raw paper finishing process (600)

In the step of bonding the paper to the above-mentioned step 500, the image of the high-resolution transfer paper is transferred to the base paper, in order to enhance the durability of the base paper to bond the cover layer or surface reinforcement layer on the surface of the transfer paper to enhance the durability Will be.

In addition, after the paper post-processing step 500, as shown in Figure 9, for the easy construction of the paper to form a pressure-sensitive adhesive layer on the back of the base paper is not formed printing layer and adhere the release paper on the surface of the base paper It may be made by further comprising a paper strengthening step 600 for adhering the tile or PVC, MDF on the back.

The following describes an embodiment of the interior material manufacturing method using a high-resolution transfer paper of the present invention.

Example 1

A small amount of silicone release agent was coated on the surface of the release paper. In addition, by forming an embossed pattern on the surface of the release paper through an embossing roll and filling the embossed pattern and coating the surface of the release paper, the acrylic resin is melted at 180 to 200 ° C. and then coated in close contact with the release paper, and on the surface thereof. By printing images of various pictures, photos, and patterns with digital printers, high-resolution transfer papers with various images printed were manufactured.

[Example 2]

The high-resolution transfer paper manufactured in the same manner as in the technical process of Example 1 was transferred onto the surface of interior materials such as wallpaper, sheet paper, flooring material, tiles, and the like to obtain interior materials having high printing quality.

In addition, the cover layer or surface reinforcement layer is further formed on the surface of the base paper, the adhesive layer is formed on the back side of the base paper, and the release paper is adhered on the surface of the base paper, or the tile, PVC, MDF on the back side of the base paper is durable, Interior materials with high-resolution transfer papers with high print quality can be obtained.

As described above, the present invention provides a method of manufacturing interior materials using a high-resolution transfer paper to provide a high-resolution transfer paper capable of obtaining a high print quality while simplifying a work process, and various high-quality transfer paper images through the high-resolution transfer paper. There is an advantage to obtain interior materials formed on the surface.

While the invention has been shown and described with respect to particular embodiments, it will be appreciated that the invention can be variously modified and varied without departing from the spirit or scope of the invention as provided by the following claims. It will be obvious to those of ordinary skill.

1 and 2 is a process flow diagram illustrating a conventional interior material manufacturing method.

3 is a schematic view showing roll printing of a conventional gravure printing method.

Figure 4 is a process flow diagram illustrating a method for manufacturing interior materials using a high-resolution transfer paper according to the present invention.

Figure 5 is a process flow diagram illustrating a method for manufacturing interior materials using a high-resolution transfer paper according to another embodiment of the present invention.

Figure 6 is a schematic diagram showing a high-resolution transfer paper manufacturing method according to the present invention.

Figure 7 is a schematic diagram showing a state in which the close coating on the surface of the release paper with molten acrylic resin in accordance with the present invention.

Figure 8 is a process flow diagram showing another embodiment of the interior material manufacturing method using the present invention high resolution transfer paper.

Figure 9 is a flow chart showing another embodiment of the interior material manufacturing method using the present invention high resolution transfer paper.

             <Code Description of Main Parts of Drawing>

100: release paper processing step 100-1: embossing forming step

200: acrylic resin layer coating step 300: image printing step

300-1: Image Selection Step 300-2: Printing Step

400: paper bonding step 500: paper post-processing step

600: Ground Strengthening Stage

Claims (10)

A release paper processing step 100 of coating a silicone release agent on the surface of the release paper; Acrylic resin layer coating step 200 to coat the acrylic resin layer on the surface of the release paper produced by the release paper processing step to improve the surface printability of the release paper to facilitate digital printing printing; An image printing step (300) of manufacturing a high-resolution transfer paper by printing an image with a digital inkjet printer on a variety of designs of photographs, pictures, and patterns desired by a consumer on the acrylic resin layer of the release paper coated with the acrylic resin layer coating step; A paper bonding step 400 for bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And, After the paper bonding step 400, the image of the high-resolution transfer paper is transferred to the base paper and the post-processing step 500 for bonding a label layer or a surface reinforcement layer to the surface of the transfer paper in order to enhance the durability of the base paper Including; In the acrylic resin layer coating step 200, an acrylic resin in which an acrylic resin solvent and an acrylic resin solid are mixed on the surface of the release paper manufactured by the release paper processing step 100 is ejected by a roller through a T-DIE extruder. Interior material manufacturing method using a high-resolution transfer paper, characterized in that the acrylic resin layer by forming a close coating on the surface of the release paper to be transferred. A release paper processing step 100 of coating a silicone release agent on the surface of the release paper; Acrylic resin layer coating step 200 to coat the acrylic resin layer on the surface of the release paper produced by the release paper processing step to improve the surface printability of the release paper to facilitate digital printing printing; An image printing step (300) of manufacturing a high-resolution transfer paper by printing an image with a digital inkjet printer on a variety of designs of photographs, pictures, and patterns desired by a consumer on the acrylic resin layer of the release paper coated with the acrylic resin layer coating step; A paper bonding step 400 for bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And, After the paper bonding step 400, the image of the high-resolution transfer paper is transferred to the base paper and the post-processing step 500 for bonding a label layer or a surface reinforcement layer to the surface of the transfer paper in order to enhance the durability of the base paper Including; The acrylic resin layer coating step 200 is 100% by weight of the acrylic resin solid content on the surface of the release paper produced in the release paper processing step 100 and then ejected through a T-DIE extruder The interior material manufacturing method using a high-resolution transfer paper, characterized in that the acrylic resin layer by forming a close coating on the surface of the release paper conveyed by the roller. A release paper processing step 100 of compressing the surface of the release paper on which the silicone release agent is coated with an embossing rule to form an embossing pattern (100-1), and then coating the release agent on the surface of the release paper; Acrylic resin layer coating step (200) to facilitate the digital printing printing by improving the surface printability of the release paper by coating a thin acrylic resin layer on the surface of the release paper produced by the release paper processing step; An image printing step (300) of manufacturing a high-resolution transfer paper by printing an image with a digital inkjet printer on a variety of designs of photographs, pictures, and patterns desired by a consumer on the acrylic resin layer of the release paper coated with the acrylic resin layer coating step; A paper bonding step 400 for bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And, After the paper bonding step 400, the image of the high-resolution transfer paper is transferred to the base paper and the post-processing step 500 for bonding a label layer or a surface reinforcement layer to the surface of the transfer paper in order to enhance the durability of the base paper Including; In the acrylic resin layer coating step 200, an acrylic resin in which an acrylic resin solvent and an acrylic resin solid are mixed on the surface of the release paper manufactured by the release paper processing step 100 is ejected by a roller through a T-DIE extruder. Interior material manufacturing method using a high-resolution transfer paper, characterized in that the acrylic resin layer by forming a close coating on the surface of the release paper to be transferred. A release paper processing step 100 of compressing the surface of the release paper on which the silicone release agent is coated with an embossing rule to form an embossing pattern (100-1), and then coating the release agent on the surface of the release paper; Acrylic resin layer coating step (200) to facilitate the digital printing printing by improving the surface printability of the release paper by coating a thin acrylic resin layer on the surface of the release paper produced by the release paper processing step; An image printing step (300) of manufacturing a high-resolution transfer paper by printing an image with a digital inkjet printer on a variety of designs of photographs, pictures, and patterns desired by a consumer on the acrylic resin layer of the release paper coated with the acrylic resin layer coating step; A paper bonding step 400 for bonding the image of the high-resolution transfer paper manufactured through the image printing step with the paper to be transferred; And, After the paper bonding step 400, the image of the high-resolution transfer paper is transferred to the base paper and the post-processing step 500 for bonding a label layer or a surface reinforcement layer to the surface of the transfer paper in order to enhance the durability of the base paper Including; The acrylic resin layer coating step 200 is 100% by weight of the acrylic resin solid content on the surface of the release paper produced in the release paper processing step 100 and then ejected through a T-DIE extruder The interior material manufacturing method using a high-resolution transfer paper, characterized in that the acrylic resin layer by forming a close coating on the surface of the release paper conveyed by the roller. The method according to claim 1 or 3, In the acrylic resin layer coating step 200 The acrylic resin layer coated on the surface of the release paper is an interior material using a high-resolution transfer paper, characterized in that it is used to form an acrylic solid content of 10 to 20% by weight and an organic solvent of 80 to 90% by weight based on 100% by weight. Manufacturing method. The method according to any one of claims 1 to 4, In the acrylic resin layer coating step 200 The acrylic resin layer is an interior manufacturing method using a high-resolution transfer paper, characterized in that the coating on the surface of the release paper to maintain a thickness of 20 ~ 100 microns. The method according to any one of claims 1 to 4, The release paper is an interior manufacturing method using a high-resolution transfer paper, characterized in that using any one selected from kraft paper, polyethylene film, polyester film. The method according to any one of claims 1 to 4, The image printing step 300 An image selection step 300-1 in which a consumer selects an image from a computer-designed and stored pattern or an existing stored photo or picture pattern; Mounting the release paper to the digital inkjet printer and the printing step 300-2 for printing the pattern selected in the image selection step 300-1 on the surface of the release paper; Interior materials manufacturing using a high-resolution transfer paper, characterized in that consisting of Way. The method according to any one of claims 1 to 4, After the raw post-processing step 500 Forming an adhesive layer on the back surface of the base paper is not printed layer for easy construction of the base paper, further the base paper strengthening step 600 for adhering the release paper on the surface or adhering the tile, PVC, MDF on the back of the base paper Interior material manufacturing method using a high-resolution transfer paper comprising a. Interior materials using a high-resolution transfer paper, characterized in that produced according to the method of any one of claims 1 to 4.

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