KR100929066B1 - Manufacturing method of aqueous wall paper with high resolution printing effect - Google Patents

Abstract

The present invention relates to a method for producing an aqueous sol-foamed wall paper having a high-resolution printing effect, in particular, an aqueous sol coating step of coating an aqueous sol on the surface of a release paper made by applying a silicone resin emulsion on one or both sides; Bonding the base paper to the surface of the aqueous sol layer of the release paper formed by the aqueous sol coating step; A foaming step of adding the release paper which has been subjected to the bonding step into an oven and applying heat to foam the aqueous sol layer; A separation step of separating the aqueous sol layer and the release paper after the foaming step; A printing step of printing a design on the surface of the aqueous sol layer subjected to the peeling step; Embossing step of applying heat to the surface of the aqueous sol layer after the printing step to increase the formability and to show a concave convex shape by providing a variety of designs by improving the smoothness of the surface by improving the surface smoothness Can improve the printing effect, there is a feature that can provide eco-friendly wallpaper harmless to the human body.

Foaming, peeling, aqueous sol, silk wallpaper

Description

Manufacture method of aqueous foamed wallpaper having high-resolution printing effect

The present invention relates to a method for producing an aqueous sol foam wallpaper having a high resolution printing effect, and more particularly, by improving and improving the surface smoothness of a foam wallpaper that excludes harmful substances to the human body, thereby improving the printing effect, It is possible to print a variety of designs through, and to a method for producing an aqueous sol foam wallpaper having a high-resolution printing effect that can enhance the printing effect.

In general, wallpaper is generally applied to the wall to maximize the interior effect of the interior space to protect the wall surface and enhance the decoration.

Such a wallpaper is hung and then placed on it, printed with various patterns on the sun, printed on cloth, and woven in order to be applied to the wall from the beginning. (Vinyl chloride sheet).

In other words, depending on the material to be produced, paper laminated wallpaper, silk wallpaper, textile (fabric) wallpaper is used.

The laminated paper wallpaper overlaps two sheets of paper wallpaper, which is generally used in a room where people mainly reside, but it is difficult to obtain a high interior effect.

The fabric (fabric) wallpaper is formed of cloth has the advantage of increasing the interior effect, but the cost was expensive and the appearance was easily damaged.

The silk wallpaper is commonly used in common areas such as living rooms or kitchens, and the material is generally manufactured using PVC (vinyl). In particular, the silk wallpaper can be wallpapered without applying a cover paper, and the wallpaper is torn off when the wallpaper is replaced. It is also used most often because it is easy to peel off the dirt with a mop.

Of the above-mentioned wallpaper, silk wallpaper is widely used for many advantages such as excellent design and formability, but by using chemicals such as PVC, it can harm the health due to symptoms such as sick house syndrome, and it is expensive compared to paper and harmful by PVC component. Atopic substances can be induced as a substance, and in case of fire, toxic gases are generated to increase the damage. In addition, there was a problem that the wallpaper is sagging or crying on a wet day.

In order to solve such a problem, an aqueous sol (system having colloidal particles dispersed in a liquid and having fluidity) having a moldability comparable to a silk wall but having a PVC composition is provided.

As such, the aqueous sol wall paper, as shown in Figure 1, the paper input step (10) of the paper or non-woven fabric, the aqueous foam sol (3) (colloid particles are dispersed in the liquid on top of the paper 2) Designed on top of the sol coating step (20) to coat the fluidity), the foaming step (30) to apply the heat to the sol-coated base paper (2) by applying heat to the oven foaming, the foamed aqueous sol layer (3) It is generally manufactured by a printing step 40 for printing the embossing step 50 to increase the formability by applying heat to the printing surface.

However, in the above-described general method of manufacturing an aqueous sol wallpaper, the surface of the aqueous sol layer 3 is foamed as the foaming step 30 is foamed as shown in FIG. There was a problem that was difficult to print the design on the surface.

In addition, in order to solve the above-described printing problem, as shown in Figure 3a, after the paper feeding step 10, the sol coating step 20, the foaming step 30, the surface ironing step (30-1) After the printing step 40 or as shown in Figure 3b, after the surface ironing (30-1), a transparent treatment agent coating step (30-) to coat the transparent treatment agent to ensure the smoothness of the aqueous sol layer (3) A method of performing 2) is provided.

However, if the surface is cured after being foamed in an oven, it is also characterized by an aqueous foaming foam which does not have a gel phenomenon even when heat is applied. There was a slight problem.

In addition, in the embossing step, due to the problem of having to apply a high pressure of about 10 ~ 60kg / cm2 for molding there was a problem that the embossing is broken due to poor fluidity after the embossing operation.

An object of the present invention is to solve the above-mentioned problems of the prior art, to provide a method for producing an aqueous scrubbing wallpaper having a high-resolution printing effect by ensuring the smoothness of the printing surface without containing a harmful substance to the human body.

In addition, by printing various patterns on the surface of the water-based foamed wallpaper wallpaper, it is possible to print out the computer-generated or existing stored designs or images and to print precise and high-quality patterns and images on the surface of the foam wallpaper. It is to provide a method for producing an aqueous brushed foam wallpaper having a high-resolution printing effect that can be printed.

EMBODIMENT OF THE INVENTION Hereafter, the manufacturing method of the aqueous spray foam wallpaper which is this invention is demonstrated in detail.

In order to achieve the above object, the present invention provides an aqueous sol-foamed wall paper manufacturing method, an aqueous sol coating step of coating an aqueous sol on the surface of the release paper made by applying a silicone resin emulsion on one side or both sides; Bonding the base paper to the surface of the aqueous sol layer of the release paper formed by the aqueous sol coating step; A foaming step of adding the release paper which has been subjected to the bonding step into an oven and applying heat to foam the aqueous sol layer; A separation step of separating the aqueous sol layer and the release paper after the foaming step; A printing step of printing a design on the surface of the aqueous sol layer subjected to the peeling step; An embossing step of applying heat to the surface of the aqueous sol layer which has undergone the printing step to increase the formability and exhibit a concave-convex shape; It is made, including. In this case, the printing step may further comprise a design selection step for the consumer to select the design from the computer-designed or stored drawings or the existing stored design. In another aspect, the present invention, the aqueous sol-foamed wall paper manufacturing method, an aqueous sol coating step of coating an aqueous sol on the surface of the release paper made by applying a silicone resin emulsion on one or both sides; Bonding the base paper to the surface of the aqueous sol layer of the release paper formed by the aqueous sol coating step; A foaming step of adding the release paper which has been subjected to the bonding step into an oven and applying heat to foam the aqueous sol layer; A peeling step of producing a fabric by separating the aqueous sol layer and the release paper after the foaming step; And a digital printing step of printing a design, a wall map plan, etc. with a digital printer on the surface of the fabric which has undergone the peeling step. In this case, the digital printing step may be a design selection step in which a consumer selects a drawing from a computer-designed or stored drawing; Mounting the fabric to the digital printer and the printing step of printing the pattern selected in the design selection step on the surface of the fabric; may be further included.

As described above, the method of manufacturing an aqueous depoking wallpaper having a high resolution printing effect according to the present invention is an environmentally friendly aqueous depopping wallpaper having a high resolution printing effect which can maximize the printing effect by securing the smoothness of the printing surface. It can be provided.

In addition, another object of the present invention is to conveniently retrieve and print the image stored in the computer or the existing stored image through the digital printing step on the surface of the aqueous spray foam wallpaper, the advantage of applying and changing a variety of images can be printed There is this.

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

4A, 4B, and 5, in the method of manufacturing an aqueous spray foam wallpaper, an aqueous sol (3) is formed on a surface of a release paper (2) made by applying a silicone resin emulsion on one or both surfaces. Coating an aqueous sol coating step (100); Bonding step (200) of bonding the base paper (4) to the surface of the aqueous sol (3) layer of the release paper (2) formed by the aqueous sol coating step (100); A foaming step (300) in which the release paper (2) subjected to the bonding step (200) is introduced into an oven and heated to foam the aqueous sol layer (3); A separation step 400 of separating the aqueous sol layer 3 and the release paper 2 after the foaming step 300; A printing step 500 for printing a design on the surface of the aqueous sol layer 3 which has undergone the peeling step 400; It comprises; an embossing step 600 by applying heat to the surface of the aqueous sol layer 3 subjected to the printing step 500 to increase the formability and to show a concave-convex shape.

1) Crystal sol coating step (100)

In this process, the surface of the release paper 2 is coated with an aqueous sol 3 (system in which colloidal particles are dispersed in a liquid and has fluidity).

At this time, the release paper (2) is coated with a small amount of silicon after coating a synthetic resin film such as PE, PET on kraft paper (packaging paper mainly containing unbleached kraft pulp, which is a kind of chemical pulp). good.

2) bonding step (200)

The base paper 4 is bonded to the surface of the aqueous sol layer 3 formed on one surface by the aqueous sol coating step 100.

3) foaming step (300)

The release paper 2 passed through the bonding step 200 was put into an oven and the temperature of the release paper 2 was measured at a temperature of 100 to 140 ° C. to measure the temperature of the aqueous sol layer 3 of the release paper 2. Fired.

Accordingly, the aqueous sol layer 3 coated on the surface of the release paper 2 is foamed.

4) Peeling step (400)

After passing through the foaming step 300, the aqueous sol layer 3 and the release paper 2 are separated. That is, even if the aqueous sol layer 3 is foamed through the foaming step 300, the foam is foamed around the surface adhered to the release paper 2 so that the surface thereof has the same surface smoothness as that of the release paper 2 (smooth surface of the paper surface). Accuracy, which is important for evaluating printability).

5) Printing step (500)

The design is printed on the surface of the aqueous sol layer 3 having the smoothness through the peeling step 400 described above.

At this time, the surface of the aqueous sol layer 3 by ensuring the smoothness of the printing of the design can be made precisely.

In addition, the printing step 500 may further include a design selection step 500-1 in which a consumer selects and requests a design.

6) Embossing step (600)

After the printing step 500 is further subjected to an embossing step 500 by applying heat to the surface of the aqueous sol layer 3 to increase the formability and to show a concave-convex shape. This progresses to increase the visual and tactile sense of the aqueous sol-of-the-wall paper 1 to suit the taste of the consumer even after the design is printed.

And, the present invention can be made by further performing the packaging step (700) to wrap and wrap in accordance with a predetermined standard after the above-described process as shown in Figure 4b.

Accordingly, as shown in FIG. 5, the aqueous sol layer 3 foamed through the foaming step 300 ensures smoothness by the release paper 2, and after removing the relief paper 2, the smoothness is ensured. By printing a design on the sol layer 3, precise printing can be performed.

In addition, the present invention, as shown in Figures 6a and 6b, in the method for producing an aqueous spray foam wallpaper, the aqueous sol (3) on the surface of the release paper (2) made by applying a silicone resin emulsion on one side or both sides Coating an aqueous sol coating step (100 '); A bonding step (200 ') of bonding the base paper (4) to the surface of the aqueous sol layer (3) of the release paper (2) formed by the aqueous sol coating step (100'); A foaming step (300 ') in which the release paper (2) passed through the bonding step (200') is introduced into an oven and heated to foam the aqueous sol layer (3) of the release paper (2); After the foaming step (300 ') the separation step of the aqueous sol layer (3) and the release paper (2) separation step to produce a fabric (400'); And a digital printing step 500 'for printing a design, wallpaper, etc. with a digital printer on the surface of the fabric which has undergone the peeling step 400'.

1) Crystal sol coating step (100 ')

In this process, the surface of the release paper 2 is coated with an aqueous sol 3 (system in which colloidal particles are dispersed in a liquid and has fluidity).

At this time, the release paper (2) is coated with a small amount of silicon after coating a synthetic resin film such as PE, PET on kraft paper (packaging paper mainly containing unbleached kraft pulp, which is a kind of chemical pulp). good.

2) bonding step (200 ')

The base paper 4 is bonded to the surface of the aqueous sol layer 3 formed on one surface by the crystal sol coating step 100 ′.

3) Foaming stage (300 ')

The release paper 2 passed through the bonding step 200 ′ was put into an oven, and the aqueous paper layer 3 of the release paper 2 was measured by measuring a temperature at which the release paper 2 was not damaged at a temperature of 100 to 140 ° C. Will be fired.

Accordingly, the aqueous sol layer 3 coated on the surface of the release paper 2 is foamed.

4) Peeling step (400 ')

After passing through the foaming step 300 ′, the aqueous sol layer 3 and the release paper 2 are separated. That is, even when the aqueous sol layer 3 is foamed through the foaming step 300 ′, the foaming proceeds around the surface adhered to the release paper 2, and as shown in FIG. 5, the aqueous sol layer 3 is formed. Even in the foamed state, the surface smoothness (smoothness of the paper surface, which is important for evaluating printability) can be obtained.

After the above-described process, as shown in Figure 6b is manufactured through a digital printing step (500 ').

As shown in FIG. 6B, the digital printing step 500 'includes a design selection step 500'-1 in which a consumer selects a design worked on a computer or a previously stored design, and the design selection step 500'-1. It consists of a printing step (500 '-2) for printing the selected design using a digital printer.

Accordingly, compared to the conventional printing method, it is possible to conveniently print the water-based sprayed wallpaper 1 having a smoothness secured to a digital printer without requiring a separate design original plate or roller.

In addition, it is possible to reduce the erosion caused by the repeatability of the pattern that is printed with a conventional disc or roller, it is possible to solve the problem that should be printed limited to the size of the disc or roller.

In addition, after the above-described process may be made by further comprising a packaging step (600 ') of packaging after winding in accordance with a predetermined size or specification.

As described above, the aqueous sprayed foam wallpaper manufactured according to the present invention is environmentally friendly and is printed by a digital printing method rather than a conventional printing method, thereby obtaining the accuracy of printing and having various advantages.

In addition, by printing the design on the surface of the aqueous spray foam wallpaper with a digital printer by removing the existing printing method of the original plate or roll, there is an advantage that the size of the aqueous spray foam wallpaper is not limited to the original plate or roll.

While the invention has been shown and described with respect to specific embodiments thereof, 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 is a process flow diagram of a conventional method of manufacturing aqueous foamed wallpaper.

Figure 2 is a cross-sectional view of a conventional aqueous spray foam wallpaper.

Figure 3a and Figure 3b is a process flow diagram according to another embodiment of the conventional method for producing a water-based foam foam wallpaper.

Figures 4a and 4b is a process flow chart of the aqueous spray foam wallpaper according to the present invention

5 is a cross-sectional view of the aqueous spray foam wallpaper according to the present invention.

Figure 6a and 6b is a process flow chart of the aqueous spray foam wallpaper according to another embodiment of the present invention.

         <Code Description of Main Parts of Drawing>

100,100 ': aqueous sol coating step 200,200': bonding step

300,300 ': foaming step 400,400': peeling step

500,500'-2: Printing stage 500 ': Digital printing stage

500-1,500'-1: Design selection stage 600: Embossing stage

600 ', 700: Packing stage

Claims (4)

In the method for producing aqueous foamed wallpaper, An aqueous sol coating step 100 of coating an aqueous sol on a surface of a release paper made by coating a silicone resin emulsion on one or both surfaces thereof; Bonding step (200) of bonding the base paper to the surface of the aqueous sol layer of the release paper formed by the aqueous sol coating step (100); The foaming step (300) for the step of putting the coarse release paper 200 into the oven and applying heat to foam the aqueous sol layer; A separation step 400 of separating the aqueous sol layer and the release paper after the foaming step 300; A printing step 500 for printing a design on the surface of the aqueous sol layer which has undergone the peeling step 400; Aqueous sol foam having a high-resolution printing effect characterized in that it comprises a; embossing step 600 by applying heat to the surface of the aqueous sol layer subjected to the printing step 500 to increase the formability and to show a concave convex shape How to make wallpaper. The method according to claim 1, The printing step 500 is Design selection step (500-1) for selecting a design by the consumer in a computer-designed or stored design or stored in the existing design; water-based coating film manufacturing method having a high-resolution printing effect further comprises. In the method for producing aqueous foamed wallpaper, An aqueous sol coating step (100 ′) of coating an aqueous sol on the surface of the release paper made by coating silicone resin emulsion on one or both surfaces thereof; Bonding the base paper to the surface of the aqueous sol layer of the release paper formed by the aqueous sol coating step (200 ′); A foaming step (300 ') in which the release paper, which has undergone the bonding step (200'), is poured into an oven and heated to foam the aqueous sol layer; After the foaming step (300 ') the separation step of separating the aqueous sol layer and the release paper to produce a fabric (400'); Digital printing step (500 ') for printing the design, the wall map plan, etc. with a digital printer on the surface of the fabric which has undergone the peeling step (400'); Manufacturing method. The method according to claim 3, The digital printing step 500 ' Design selection step (500'-1) that the consumer selects a design from a computer-designed or stored drawings or existing stored drawings; and The printing step (500'-2) for mounting the fabric to the digital printer and the selected pattern in the design selection step to print the surface of the fabric; water-based coating film manufacturing method having a high-resolution printing, characterized in that consisting of.

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