JP6870268B2 - Decorative paper and paper container package - Google Patents

Description

The present invention relates to decorative paper and paper container packages.

Generally, using decorative paper with a decorative surface, for example, to create a paper container package such as a cosmetic box having a high-class feeling such as a paper outer box for storing a 720 ml bottle filled with sake or the like. Is being done.

As such surface decoration, foil stamping and silk screen printing have been conventionally known.

Foil stamping uses a foil film containing a metal foil supported by a base film, and transfers the metal foil to the surface to give a glossy feeling to the surface. It is classified as a cold stamp performed without heating (see, for example, Patent Document 1).

However, foil stamping has a problem that the price of the foil film increases as the foil film is expensive and the area of the metal foil is large.

Further, in hot stamping, there is a problem that the printed pattern and the foil stamping are separated from each other, that is, the printing of the pattern is performed offline, so that the stamp is misguided.

Further, in the cold stamp, the printed pattern and the foil stamping are simultaneously passed, that is, the foil stamping is performed in-line with the printing of the pattern, but there is a problem that equipment needs to be introduced.

On the other hand, silk screen printing uses the stitches of a cloth to transfer ink through holes in a plate to a surface to give a glossy or three-dimensional effect to the surface.

However, silk screen printing requires the introduction of equipment, the plate is disposable, and the processing fee is high.

Further, since silk screen printing is performed separately from offset printing, that is, it is performed offline from offset printing, there is a problem that it is misguided.

JP-A-2002-59694

The present invention has been made in consideration of such circumstances, and it is desired that a glossy feeling like foil stamping or a glossy feeling or three-dimensional feeling like silk screen printing can be obtained with high register accuracy and at low cost. Make it an issue.

In order to solve the above problems in the present invention, first, in the invention of claim 1,
It has a matte background portion on the aluminum vapor deposition layer or the aluminum vapor deposition film of the aluminum vapor deposition paper, and a pseudo-processed portion that is raised above the background portion.
The pseudo processing unit, on the aluminum vapor deposited layer or an aluminum-deposited film of the aluminum deposited paper, sequentially, e Bei the color ink layer and an ultraviolet-curable Gurosunisu layer, and the color ink layer, the aluminum of the aluminum deposited paper A white ink layer concealing the aluminum vapor deposition layer or the aluminum vapor deposition film of the aluminum vapor deposition paper is provided between the vapor deposition layer or the aluminum vapor deposition film.
The background section, the on the aluminum deposited layer or an aluminum-deposited film of aluminum deposited paper, decorative, wherein obtaining Bei white ink layer that the aluminum deposited layer or an aluminum deposited film partially concealed It is made of paper.

Further, the invention of claim 2 is
The pseudo-processed portion has a white ink layer that hides the aluminum vapor-deposited layer or the aluminum-deposited film of the aluminum-deposited paper between the color ink layer and the aluminum-deposited layer or the aluminum-deposited film of the aluminum-deposited paper. instead of comprising one in which the color ink layer is a decorative paper according to claim 1, characterized in that the white ink layer.

Further, the invention of claim 3 is
It is a paper container package using the decorative paper according to claim 1 or 2.

In the invention of claim 1, the aluminum-deposited layer of the aluminum-deposited paper or the aluminum-deposited film has a matte background portion and a pseudo-processed portion that is raised above the background portion. Since the colored ink layer and the ultraviolet curable gloss varnish layer are sequentially provided on the aluminum-deposited layer or the aluminum-deposited film of the aluminum-deposited paper, the pseudo-processed portion has a glossy feeling like foil pressing due to the contrast with the background portion. Decorative paper having the above can be provided.

Further, in the invention of claim 2, in the invention of claim 1, the pseudo-processed portion is formed between the color ink layer and the aluminum vapor-deposited layer or the aluminum-deposited film of the aluminum-deposited paper. The aluminum vapor-deposited layer or the white ink layer concealing the aluminum vapor-deposited film is provided, and the background portion partially comprises the aluminum-deposited layer or the aluminum-deposited film on the aluminum-deposited layer or the aluminum-deposited film of the aluminum-deposited paper. Since the white ink layer concealed is provided, the pseudo-processed portion can provide a decorative paper having a glossy feeling and a three-dimensional feeling like silk screen printing using color ink by comparing the contrast with the background portion. ..

Further, in the invention of claim 3, in the invention of claim 2, the pseudo-processed portion is formed between the color ink layer and the aluminum vapor-deposited layer or the aluminum-deposited film of the aluminum-deposited paper. Instead of providing the aluminum vapor-deposited layer or the white ink layer concealing the aluminum vapor-deposited film, since the color ink layer is the white ink layer, the pseudo-processed portion is made of white ink by comparing the contrast with the background portion. It is possible to provide decorative paper having a glossy feeling and a three-dimensional feeling like silk screen printing using.

Further, since all of the inventions of claims 1 to 3 can be manufactured by offset printing and levitation processing, they can be manufactured at a lower cost than conventional foil stamping or silk screen printing, and the register accuracy is also the register accuracy of offset printing. Depending on the combination of printing, it is possible to combine multiple types of background and pseudo-processed parts, and it is possible to increase the variety of colors by adjusting the ink composition and halftone dot%.

Further, since the invention of claim 4 is a paper container package using the decorative paper according to any one of claims 1 to 3, it has a glossy feeling like stamping or a glossy feeling like silk screen printing. It is possible to provide a paper container package that has a high three-dimensional effect, high registration accuracy, and can be obtained at low cost.

As described above, the present invention has an effect that a glossy feeling like stamping or a glossy feeling or a three-dimensional feeling like silk screen printing can be obtained at low cost with high register accuracy.

The plan view of an example of the pseudo foil stamping paper of this invention. FIG. 1 is a cross-sectional view of a first example of the AA'cross section of the plan view of FIG. FIG. 2 is a cross-sectional view of a second example of the AA'cross section of the plan view of FIG. The plan view of an example of the pseudo silk screen printing paper of this invention. FIG. 4 is a cross-sectional view of a first example of the AA'cross section of the plan view of FIG. FIG. 4 is a cross-sectional view of a second example of the AA'cross section of the plan view of FIG. FIG. 4 is a cross-sectional view of a third example of the AA'cross section of the plan view of FIG. FIG. 4 is a cross-sectional view of a fourth example of the AA'cross section of the plan view of FIG. Sectional view of aluminum-deposited paper. Sectional drawing of a pair of metal plates used for buoyancy processing.

The decorative paper of the present invention is an aluminum-deposited paper with decoration, and is used for manufacturing a paper container package.

As shown in FIG. 9, the aluminum-deposited paper 11 includes an aluminum-deposited layer or a film (hereinafter, also referred to as an aluminum-deposited film) 11b in which an aluminum-deposited layer or aluminum is vapor-deposited on a paper base material 11a made of paperboard such as coated cardboard or cardboard. It is produced by laminating a paper base material 11a and an aluminum vapor deposition layer or an aluminum vapor deposition film 11b via an adhesive, extruded polyethylene, or the like.

The aluminum-deposited film includes, for example, a plastic film such as a polyethylene terephthalate film in which aluminum is vapor-deposited, and examples thereof include "BR1012" manufactured by Toray Film Processing Co., Ltd.

Hereinafter, pseudo-foil stamped paper as one embodiment of the present invention and pseudo-silk screen printing paper as another embodiment will be described in order.

First, the pseudo foil stamped paper will be described.

As shown in FIG. 1, the pseudo-foil stamping paper has a pseudo-foil stamping processing portion 1 and a pseudo-foil stamping background portion 2 on an aluminum-deposited layer or an aluminum-deposited film of an aluminum-deposited paper, and the pseudo-foil stamping processing portion 1 is a pseudo-foil stamping portion. It is raised above the foil stamped background portion 2, and the pseudo foil stamped background portion 2 has a matte tone.

As shown in FIG. 2 or 3, the pseudo-foil stamping unit 1 sequentially forms a color ink layer 13 and an ultraviolet curable gloss varnish layer 16 on an aluminum-deposited layer or an aluminum-deposited film 11b of an aluminum-deposited paper 11. The color ink layer 13 is a layer of color ink such as transparent yellow, which is a portion that is raised above the pseudo-foil stamping background portion 2 by the floating process.

As shown in FIG. 2, for example, the pseudo-foil stamping background portion 2 has a background portion ink layer 12 and a liquid-repellent varnish layer 14 on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 in this order. The UV-curable gloss varnish layer 16 is provided with the UV-curable gloss varnish layer 16, and the particulate UV-curable gloss varnish is scattered on the surface of the liquid-repellent varnish layer 14 by the liquid-repellent varnish layer 14. It is a part that diffusely reflects light and has a matte tone.

Alternatively, as shown in FIG. 3, the pseudo-foil-pressed background portion 2 includes, for example, a background portion ink layer 12 and a matte varnish layer 17 in this order on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. , A portion having a matte tone due to the matte varnish layer 17.

The pseudo foil stamping section 1 is provided with a color ink layer 13 and an ultraviolet curable gloss varnish layer 16 in this order on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11, and is lifted from the background portion 2. The color ink layer 13 is a layer of color ink such as transparent yellow, and the pseudo foil stamping background portion 2 has a matte tone. Therefore, the pseudo foil stamping processing portion 1 has a contrast with the pseudo foil stamping background portion 2. It has a glossy feel like foil stamping.

Next, the pseudo silk screen printing paper will be described.

As shown in FIG. 4, the pseudo silk screen printing paper has a pseudo silk screen printing processing unit 3 and a pseudo silk screen printing background portion 4 on an aluminum vapor deposition layer or an aluminum vapor deposition film of an aluminum vapor deposition paper, and is pseudo. The silk screen printing processing unit 3 is raised more than the pseudo silk screen printing background portion 4, and the pseudo silk screen printing background portion 4 has a matte tone.

As shown in FIG. 5 or 7, for example, the pseudo silk screen printing processing unit 3 has a white ink layer 19 and an ultraviolet curable gloss varnish on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 in this order. It is a portion that is provided with the layer 16 and is raised above the pseudo silk screen printing background portion 4 by the floating process.

Alternatively, as shown in FIG. 6 or 8, for example, the pseudo silk screen printing processing unit 3 is placed on the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 in order on the aluminum-deposited layer or the aluminum-deposited film 11b. It has a concealing white ink layer 20, a color ink layer 21, and an ultraviolet curable gloss varnish layer 16 that conceals the surface with white ink, and is a portion that is raised from the pseudo silk screen printing background portion 4 by buoyancy processing.

In the pseudo silk screen printing background portion 4, for example, as shown in FIG. 5 or FIG. 6, the aluminum vapor-deposited layer or the aluminum-deposited film 11b is sequentially whitened on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. A partially concealed white ink layer 18 that is not completely covered with ink, a background ink layer 12, a liquid-repellent varnish layer 14, and an ultraviolet curable gloss varnish layer 16 are provided. The layer 16 is in a state where particulate ultraviolet curable gloss varnish is scattered on the surface of the liquid-repellent varnish layer 14 by the liquid-repellent varnish layer 14, so that light is diffusely reflected and matted. It is a part that has a tone.

Alternatively, as shown in FIG. 7 or 8, for example, the pseudo silk screen printing background portion 4 is placed on the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 in order on the aluminum-deposited layer or the aluminum-deposited film 11b. This is a portion provided with a partially concealed white ink layer 18, a background ink layer 12, and a matte varnish layer 17, which are not completely but partially concealed with white ink, and have a matte tone due to the matte varnish layer 17.

The pseudo silk screen printing processing unit 3 is provided with a white ink layer 19 in order on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11, or in order, the concealing white ink layer 20 and the color ink layer 21. Further, it is provided with an ultraviolet curable gloss varnish layer 16 and is raised above the pseudo silk screen printing background portion 4 by buoyancy processing. The pseudo silk screen printing background portion 4 has a matte tone and is partially concealed white. Since the aluminum vapor deposition layer or the aluminum vapor deposition film 11b is partially concealed by the ink layer 18, the pseudo silk screen printing processing section 3 is similar to silk screen printing due to the contrast contrast with the pseudo silk screen printing background section 4. It has a glossy and three-dimensional effect.

The background ink layer 12 provided on the pseudo-foil stamping background portion 2 or the pseudo-silk screen printing background portion 4 forms a pattern, and may not be provided when the pattern is not required.

The background ink layer 12, the color ink layer 13, the partially concealed white ink layer 18, the white ink layer 19, the concealed white ink layer 20, and the color ink layer 21 are provided by using a printing method such as offset, gravure, or flexo. The ink can be selected according to the printing method to be used. For example, when it is provided by offset printing, UV ink (ultraviolet curable ink) such as FD carton X manufactured by Toyo Ink Co., Ltd. is used.

The liquid-repellent varnish layer 14 can be provided by using a printing method such as offset, gravure, or flexo, and the liquid-repellent varnish is not particularly limited, and is cellulose-based, polyamide-based, or salt vinegar. A resin component such as bi-based, modified polyolefin-based, rubber-based, acrylic-based, or urethane-based resin to which wax or silicon is added can be used, preferably an ultraviolet-curable liquid-repellent varnish is used, and an ultraviolet-curable type is used. In the case of a varnish having liquid repellency, a varnish in which wax or silicon is added to a mixture of an acrylic or unsaturated polyester prepolymer, a monomer component such as acrylic or styrene, and a photopolymerization initiator is used. .. For example, when offset printing is used, DIC Graphics Co., Ltd.'s Dicure Hybright, OP varnish EM, or the like is used.

The ultraviolet curable gloss varnish layer 16 can be provided by using a printing or coating method such as flexography, gravure, offset, roll coating, reverse coating, etc., and the ultraviolet curable gloss varnish is acrylic or unsaturated polyester type. As the prepolymer of the above, an acrylic or styrene monomer component, a varnish containing a photopolymerization initiator and other additives as composition components is used. For example, when the offset printing is used, a DIC Cure Clear manufactured by DIC Graphics Co., Ltd., UV1601 EMTS, or the like is used.

When the UV-curable gloss varnish is applied onto the liquid-repellent varnish layer 14, the UV-curable gloss varnish repels the liquid-repellent varnish layer 14, as shown in FIG. 2 or FIG. 5 or FIG. It becomes particulate and the particulate UV-curable gloss varnish is scattered on the surface of the liquid-repellent varnish layer 14, and by irradiating with ultraviolet rays, it cures in that state and emits light. It reflects diffusely and has a matte tone.

The matte varnish layer 17 can be provided by using a printing method such as offset, gravure, or flexo. The matte varnish includes an acrylic or unsaturated polyester-based prepolymer, an acrylic or styrene monomer component, and a photopolymerization initiator. , Olefin-based or alkyd-based synthetic resin and other synthetic resin-based matting agents, silica-based and kaolin-based matting agents of inorganic materials, and ultraviolet curable matte varnish containing other additives as composition components are used. For example, when the offset printing is used, a carton ACE matte OP varnish manufactured by Toyo Ink Co., Ltd. can be used.

The levitation process is performed using a metal plate 31 having a concave portion 31a and a metal plate 32 having a convex portion 32a that fits into the concave portion 31a, as shown in FIG.

That is, in the pseudo foil stamping paper, in the lifting process in which the pseudo foil stamping processing portion 1 is lifted above the pseudo foil stamping background portion 2, the ultraviolet curable gloss varnish layer 16 of the pseudo foil stamping processing portion 1 is made to face the recess 31a of the metal plate 31. The paper base material 11a of the aluminum-deposited paper 11 of the pseudo-foil stamping portion 1 is opposed to the convex portion 32a of the metal plate 32, and the pseudo-foil stamping paper is sandwiched between the metal plate 31 and the metal plate 32 and crimped. It is said.

Similarly, in the pseudo silk screen printing paper, the levitation process for raising the pseudo silk screen printing processing unit 3 above the pseudo silk screen printing background portion 4 is performed by using the ultraviolet curable gloss varnish layer 16 of the pseudo silk screen printing processing unit 3. The paper base material 11a of the aluminum vapor-deposited paper 11 of the pseudo-silk screen printing processing unit 3 is opposed to the concave portion 31a of the metal plate 31, and the pseudo silk screen printing paper is opposed to the convex portion 32a of the metal plate 32. It is performed by sandwiching the metal plate 32 and the metal plate 32 and crimping them.

An example of a method for manufacturing a pseudo foil stamped paper having a cross section shown in FIG. 2 will be described below.

First, a background ink layer 12 is provided on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 by offset printing using an ultraviolet curable ink, and a color ink such as transparent yellow of the ultraviolet curable type is used. The color ink layer 13 is provided and cured by irradiating with ultraviolet rays. Next, a liquid-repellent varnish layer 14 is provided on the background ink layer 12 by offset printing using an ultraviolet-curable liquid-repellent varnish, and is cured by irradiating with ultraviolet rays. Next, with a flexo coater, an ultraviolet curable gloss varnish is applied onto the liquid-repellent varnish layer 14 and the color ink layer 13, an ultraviolet curable gloss varnish layer 16 is provided, and ultraviolet rays are irradiated to cure the varnish. .. Finally, the pseudo-foil stamping processing portion 1 is lifted above the pseudo-foil stamping background portion 2 by the floating processing.

An example of a method for manufacturing a pseudo foil stamped paper having a cross section shown in FIG. 3 will be described below.

First, a background ink layer 12 is provided on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 by offset printing using an ultraviolet curable ink, and a color ink such as transparent yellow of the ultraviolet curable type is used. The color ink layer 13 is provided and cured by irradiating with ultraviolet rays. Next, in offset printing, a matte varnish layer 17 is provided on the background ink layer 12 using an ultraviolet curable matte varnish, and an ultraviolet curable type using an ultraviolet curable gloss varnish on the color ink layer 13. The gloss varnish layer 16 is provided and is cured by irradiating with ultraviolet rays. Finally, the pseudo-foil stamping processing portion 1 is lifted above the pseudo-foil stamping background portion 2 by the floating processing.

An example of a method for manufacturing a pseudo silk screen printing paper having a cross section shown in FIG. 5 will be described below.

First, the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 is partially concealed by offset printing using an ultraviolet curable white ink on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. A partially concealed white ink layer 18 and a white ink layer 19 are provided, and are cured by irradiating them with ultraviolet rays. Next, on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 exposed from the partially concealed white ink layer 18 and the partially concealed white ink layer 18, the background is offset-printed using an ultraviolet curable ink. A partial ink layer 12 is provided and cured by irradiating with ultraviolet rays. Next, a liquid-repellent varnish layer 14 is provided on the background ink layer 12 by offset printing using an ultraviolet-curable liquid-repellent varnish, and is cured by irradiating with ultraviolet rays. Next, with a flexo coater, an ultraviolet curable gloss varnish is applied onto the liquid-repellent varnish layer 14 and the white ink layer 19, an ultraviolet curable gloss varnish layer 16 is provided, and ultraviolet rays are irradiated to cure the varnish. .. Finally, the pseudo silk screen printing processing section 3 is lifted above the pseudo silk screen printing background section 4 by the floating process.

An example of a method for manufacturing a pseudo silk screen printing paper having the cross section shown in FIG. 6 will be described below.

First, the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 is partially concealed by offset printing using an ultraviolet curable white ink on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. The partially concealed white ink layer 18 and the concealed white ink layer 20 are provided and cured by irradiating them with ultraviolet rays. Next, in offset printing, an ultraviolet curable ink is used on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 exposed from the partial concealment white ink layer 18 and the partial concealment white ink layer 18. A background ink layer 12 is provided, and a color ink layer 21 is provided on the concealing white ink layer 20 using an ultraviolet curable color ink, and is cured by irradiating with ultraviolet rays. Next, a liquid-repellent varnish layer 14 is provided on the background ink layer 12 by offset printing using an ultraviolet-curable liquid-repellent varnish, and is cured by irradiating with ultraviolet rays. Next, with a flexo coater, an ultraviolet curable gloss varnish is applied onto the liquid-repellent varnish layer 14 and the color ink layer 21, an ultraviolet curable gloss varnish layer 16 is provided, and ultraviolet rays are irradiated to cure the varnish. .. Finally, the pseudo silk screen printing processing section 3 is lifted above the pseudo silk screen printing background section 4 by the floating process.

An example of a method for manufacturing a pseudo silk screen printing paper having a cross section shown in FIG. 7 will be described below.

First, the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 is partially concealed by offset printing using an ultraviolet curable white ink on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. A partially concealed white ink layer 18 and a white ink layer 19 are provided, and are cured by irradiating them with ultraviolet rays. Next, on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 exposed from the partially concealed white ink layer 18 and the partially concealed white ink layer 18, the background is offset-printed using an ultraviolet curable ink. A partial ink layer 12 is provided and cured by irradiating with ultraviolet rays. Next, in offset printing, a matte varnish layer 17 is provided on the background ink layer 12 using an ultraviolet curable matte varnish, and an ultraviolet curable type using an ultraviolet curable gloss varnish on the white ink layer 19. The gloss varnish layer 16 is provided and is cured by irradiating with ultraviolet rays. Finally, the pseudo silk screen printing processing section 3 is lifted above the pseudo silk screen printing background section 4 by the floating process.

An example of a method for manufacturing a pseudo silk screen printing paper having a cross section shown in FIG. 8 will be described below.

First, the aluminum vapor-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11 is partially concealed by offset printing using an ultraviolet curable white ink on the aluminum-deposited layer or the aluminum-deposited film 11b of the aluminum-deposited paper 11. The partially concealed white ink layer 18 and the concealed white ink layer 20 are provided and cured by irradiating them with ultraviolet rays. Next, in offset printing, an ultraviolet curable ink is used on the aluminum vapor deposition layer or the aluminum vapor deposition film 11b of the aluminum vapor deposition paper 11 exposed from the partial concealment white ink layer 18 and the partial concealment white ink layer 18. A background ink layer 12 is provided, and a color ink layer 21 is provided on the concealing white ink layer 20 using an ultraviolet curable color ink, and is cured by irradiating with ultraviolet rays. Next, in offset printing, a matte varnish layer 17 is provided on the background ink layer 12 using an ultraviolet curable matte varnish, and an ultraviolet curable type using an ultraviolet curable gloss varnish on the color ink layer 21. The gloss varnish layer 16 is provided and is cured by irradiating with ultraviolet rays. Finally, the pseudo silk screen printing processing section 3 is lifted above the pseudo silk screen printing background section 4 by the floating process.

1 ... Pseudo-foil stamping processing part 2 ... Pseudo-foil stamping background part 3 ... Pseudo-silk screen printing processing part 4 ... Pseudo-silk screen printing background part 11 ... Aluminum vapor-deposited paper 11a ... Paper base material 11b ... Part ink layer 13 ... Color ink layer 14 ... Liquid-repellent varnish layer 16 ... UV-curable gloss varnish layer 17 ... Matte varnish layer 18 ... Partially concealed white ink layer 19 ... White ink layer 20 ... Concealed white ink layer 21 ... Color ink Layer 31 ... Metal plate 31a ... Recessed portion 32 ... Metal plate 32a ... Convex portion

Claims (3)

It has a matte background portion on the aluminum vapor deposition layer or the aluminum vapor deposition film of the aluminum vapor deposition paper, and a pseudo-processed portion that is raised above the background portion.
The pseudo processing unit, on the aluminum vapor deposited layer or an aluminum-deposited film of the aluminum deposited paper, sequentially, e Bei the color ink layer and an ultraviolet-curable Gurosunisu layer, and the color ink layer, the aluminum of the aluminum deposited paper A white ink layer concealing the aluminum vapor deposition layer or the aluminum vapor deposition film of the aluminum vapor deposition paper is provided between the vapor deposition layer or the aluminum vapor deposition film.
The background section, the on the aluminum deposited layer or an aluminum-deposited film of aluminum deposited paper, decorative, wherein obtaining Bei white ink layer that the aluminum deposited layer or an aluminum deposited film partially concealed paper. The pseudo-processed portion has a white ink layer that hides the aluminum vapor-deposited layer or the aluminum-deposited film of the aluminum-deposited paper between the color ink layer and the aluminum-deposited layer or the aluminum-deposited film of the aluminum-deposited paper. instead of comprising, decorative paper according to claim 1, wherein the color ink layer is white ink layer. A paper container package using the decorative paper according to claim 1 or 2.

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