KR100796933B1 - Plastic card using metal sticker and fabricating method thereof - Google Patents

Abstract

A plastic card using a metal sticker and a manufacturing method thereof are provided to guarantee durability of the plastic card and show a unique gloss of a precious metal like gold or platinum by embedding the metal sticker, which is plated by the precious metal, in the plastic card through a simple process. A front printing sheet(20) is adhered under a front transparent plastic sheet(10). A white sheet(40) is adhered under the front printing sheet. A rear printing sheet(30) is adhered under the white printing sheet and is covered by a rear transparent plastic sheet(11). The metal sticker(200) is placed and adhered temporarily to a proper position on the front printing sheet, and is embedded in the front printing sheet while being fused by heat and pressure. The metal sticker is formed by plating the precious metal on a nickel or copper layer, and coating hot-melt glue. Thickness of the metal sticker is 0.1-0.4 millimeters.

Description

Plastic card using metal sticker and manufacturing method thereof {PLASTIC CARD USING METAL STICKER AND FABRICATING METHOD THEREOF}

1 is an exploded perspective view showing a conventional general plastic card.

2 is a view showing a card press used in the manufacturing process of a conventional general plastic card.

3 shows a press used in a laminating process for transferring a second prior art hologram foil to a sheet;

4 is an exploded perspective view of a holographic printing sheet of a second prior art;

Fig. 5 shows a card press used in the hologram card manufacturing process of the second prior art.

6 is a cross-sectional view of the front hologram plastic card of the second prior art.

Fig. 7 is a view showing a process and a press for temporarily bonding a metal sticker according to the first embodiment of the present invention to a front printing sheet.

8 is a view showing a plastic card manufacturing process and a press using a metal sticker according to the first embodiment of the present invention.

Fig. 9 is a sectional view of a plastic card using a metal sticker according to the first embodiment of the present invention.

10 is a diagram showing a process and a press for temporarily bonding a metal sticker according to a second embodiment of the present invention to a holographic printing sheet.

11 is a view showing a plastic card manufacturing process and a press using a metal sticker according to a second embodiment of the present invention.

Fig. 12 is a sectional view of a plastic card using a metal sticker according to a second embodiment of the present invention.

Fig. 13 is an actual photograph of a plastic card using a metal sticker according to a second embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10, 11: front and rear synthetic resin transparent sheet 20: front printing sheet

30: rear printing sheet 40: white sheet

50: hologram sheet 60: hologram transfer sheet

70: primer vanish 80: UV printing layer

90 Urethane Glue 100 Hologram Printing Sheet

110: magnetic strip 120: flat upper mold

130: flat lower mold 140: heater

150: sign 200: metal sticker

210: hot melt glue adhesive 220: nickel flakes

230: gold plating layer 300, 301: urethane adhesive

The present invention relates to a plastic card using a metal sticker, and more particularly, to insert a metal piece utilizing the unique luster of precious metals such as gold and platinum into a plastic card to reliably plant an image as a high quality card, and It relates to a manufacturing method.

Recently, there is a method of processing a symbol mark as a hologram on a part of a surface of a card for forgery of a credit card, but this is limited to a part, and the above-described hologram technology is recently applied to fabricate forgery of various credit cards. The prior art card to which such a hologram is applied will be described with reference to FIGS. 1 and 2.

First, referring to FIGS. 1 and 2, the plastic card of the related art and its manufacturing technology will be described. As shown in an exploded perspective view of the plastic card of FIG. 1, the card is made of PVC transparent front transparent resin sheet 10. , Front printing sheet 20, white sheet 40, rear printing sheet 30, and rear transparent synthetic resin sheet 11, these cards are transparent synthetic resin sheet 10, front printing sheet 20 in a matching process. ), The white sheet 40, the back printing sheet 30, and the back joint is bonded together with the back transparent synthetic resin sheet 11 to which the magnetic strip 110 is attached.

Referring to the press forming process of such a card with reference to Figure 2, in the above-described laminating process, the matching is completed by heating the sheet at the appropriate temperature and press pressure through the mold press (120, 130) and the heater 140 and bonded by press The work is done. In addition, such a card is cut into a sheet of a card by pressing the sheet after the punching process in the punching process, and the hologram and the sign plate for preventing forgery and alteration on a part of the surface are stamped at a constant pressure and temperature in a stamping process. And inspection and packaging processes.

On the other hand, the card using the front hologram in which the above hologram is formed on the entire surface has been attempted by various card manufacturers, but the front hologram card is due to the problem of adhesion between the sheets and the printing on the hologram, etc. There were limitations in card production such as problems in durability and poor print clarity.

On the other hand, the hologram card shows the image and color of different patterns according to the direction of the hologram sheet, which is different from the conventional flat prints, so that it can be seen as a three-dimensional and lively work, bringing visually powerful attention to the viewer. By showing various images as holograms, the efficiency of space utilization is maximized and it can be used for decoration based on excellent artistry, which has the advantage of efficient space utilization, while bonding the hologram foil 50 and the PVC sheet 40 When the adhesive is simply attempted by the adhesive, there is a problem in the adhesion, which does not function as a card, and the effect of the hologram does not work properly after the operation, and there are many problems such as an increase in production cost and delay in delivery. , Unique holographic transfer and printing By using the technology, the invention of the card using the front hologram in which the hologram that solves the above problems is formed on the entire surface has been patented in Patent No. 634313.

The patented technology transfers the hologram foil to the front side by laminating the white sheet without printing the unique design of the card on the white sheet as in the prior art, coating the primer varnish on the holographic transferred sheet for printing, and printing layer By attaching urethane-based adhesive for adhesion between the transparent PVC and the transparent PVC, the hologram foil and the white sheet are adhered and printed, so that the hologram effect can be transmitted as compared to the hologram adhesive method using the conventional adhesive. The present invention provides a front hologram plastic card and a manufacturing method using a hologram foil that can reduce a defect rate of a card and reduce work time by strong bonding.

As shown in FIG. 3, the front hologram plastic card using the hologram foil to which the patent invention is applied as a second conventional technology has a front synthetic resin transparent sheet 10 and a holographic transfer sheet 60 under the front synthetic transparent sheet 10. After the varnish (70) is coated on the UV printing and the holographic printing sheet 100 coated with a urethane adhesive, and the back printing sheet (30) to match through the adhesive glue on the holographic printing sheet (100) And, it is bonded to the thermosetting adhesive on the back printing sheet 30, the magnetic strip 110 and the sign plate 150 is composed of a transparent synthetic resin sheet 11 that can be printed.

Referring to Figure 3 in more detail with respect to the front hologram plastic card using the hologram foil sheet 50 of the second prior art, the hologram foil sheet 50 is thermoelectric through laminating the PVC white sheet 40 Lets buy

Next, as shown in FIG. 4, the primer varnish 70 is coated on the hologram transfer sheet 60 to which the hologram foil sheet 50 is transferred through silk printing, which is a surface of the hologram transfer sheet 60. It is made of a silver metal component to prevent the ink from forming in the case of UV printing and to prevent the occurrence of bleeding, but also to play a role of making the image of the hologram well visible to the user, the urethane adhesive (90) The UV printing layer 80 and the synthetic resin transparent sheet 10 serves to bond the cross-linking role.

Next, as shown in FIG. 5, the front synthetic resin transparent sheet 10, the rear printing sheet 30, and the rear synthetic transparent sheet 11 to which the magnetic strip 110 is attached, have a hologram transferred and a printed layer. The holographic printing sheet 100 and the laminating process to be bonded using a thermosetting adhesive. Each sheet is placed between the planar lower mold 130 and the planar upper mold 120 and laminated by applying a heat of 155 ° C. to the heater 140 at a pressure of 17 kg / cm 2 for 15 minutes.

Thus, the front synthetic resin transparent sheet 10, the hologram is transferred to the holographic printing sheet 100 having a UV printing layer, the rear printing sheet 30, and the rear synthetic resin transparent sheet 11 is attached to the magnetic strip (110) When laminating the adhesive glue layer is generated between the sheets (10, 100, 30).

As a result, according to the second conventional technology, the hologram foil sheet 50 and the white sheet 40 are secured by adhering the hologram foil sheet 50 to the white sheet 40 through thermal transfer. UV printing is possible through the primer varnish 70 and the adhesion between the UV printing layer 80 and the front synthetic transparent sheet 10 is possible through the urethane adhesive 90, and at the same time, the change of the hologram image or color This is enough to show the hologram effect such as change.

As described above, the magnetic sheet 110 and the signature plate 150 are bonded to the lower synthetic resin sheet 11, the rear printing sheet 30, and the upper synthetic resin sheet 10, and the printed sheet on which the hologram is transferred ( An example of a configuration in which 100) is bonded using laminating is shown in detail in FIG. 6.

Therefore, the front hologram plastic card that can be shipped as a more advanced card in a relatively simple manufacturing process than the conventional plastic card was possible.

However, the above-described second plastic card of the prior art also uses a thin film hologram to the last, and since the metal itself is not embedded in the card, it is insufficient to give a luxurious luster unique to the precious metal. This is because when a metal piece having a considerable thickness is embedded in a plastic card in a general manner, the thermal expansion rate and strength of the metal sheet are different, and the plastic sheet and the metal piece are peeled off at a high temperature or when the card is bent, which causes problems in durability. In addition, even if the metal piece is successfully inserted into the card, if the transparent resin sheet 10, 11 is coated on it, there is a problem that the gloss peculiar to the metal disappears.

However, in recent years, ultra-high-end cards ranging in price from several hundred thousand won to one hundred thousand won are being released. When the gold is coated on the outside by applying irregularities to existing plastic cards according to the necessity of more luxury cards, of course. As the gold coating peels off with frequent use, there is still a need in the industry to solve the problem.

The present invention has been made to solve the above problems, the object of the plastic is to ensure the durability and ensure the unique gloss of the precious metal while embedding a metal piece plated with a precious metal inside the plastic card, even in a process that is not complicated in general To provide a card. In general, there is a price problem of precious metals such as gold and platinum, and because of the heterogeneity between the plastic and the metal, no matter how good technology is used, the metal pieces are mainly used for the metal pieces representing characters such as card company names or brand names of the cards.

Plastic card using a metal sticker according to an aspect of the present invention for achieving the above object, titrating the plastic card including a front plastic transparent sheet, a printing sheet and a rear plastic transparent sheet attached to the magnetic strip through a mold press and a heater A plastic card formed by hot pressing at a temperature and a press pressure, the front printing sheet being bonded to the bottom of the front synthetic resin transparent sheet; A white sheet bonded to the bottom of the front printing sheet; A rear printing sheet bonded to the bottom of the white sheet and coated by the rear synthetic transparent sheet; And a metal sticker placed on the front printing sheet at a suitable position and temporarily bonded to the front printing sheet, and then heat-compression-bonded and fused at the appropriate temperature and press pressure to be incorporated into the front printing sheet. Characterized in that it comprises a.

Plastic card using a metal sticker according to another aspect of the present invention for achieving the above object, titrating a plastic card including a front synthetic resin transparent sheet, a printing sheet and a rear synthetic resin transparent sheet attached to the magnetic strip through a mold press and a heater A plastic card formed by hot pressing at a temperature and a press pressure, comprising: a holographic printing sheet printed with a primer varnish and UV (Ultra Violet) printed on the hologram transfer sheet to which the hologram is transferred; A rear printing sheet bonded to the bottom of the holographic printing sheet and coated by the rear synthetic transparent sheet; And a metal sticker placed on the holographic print sheet at a suitable position and temporarily bonded to the holographic print sheet, and then heat-compressed and fused at the proper temperature and press pressure to be fused into the holographic print sheet. Characterized in that it comprises a.

Preferably, the metal sticker is a metal plated with a noble metal on the nickel or copper layer, the bottom is characterized in that the sticker is applied with a hot melt glue adhesive,

The thickness of the metal sticker is preferably 0.1 to 0.4 mm.

Plastic card using a metal sticker according to another aspect of the present invention for achieving the above object, the plastic mold including the front synthetic resin transparent sheet, the printing sheet and the rear plastic transparent sheet with a magnetic strip attached to the mold In the plastic card manufacturing method of forming a plastic card by heating and pressing at a proper temperature and press pressure through a press and a heater, (a) placing a white sheet at the bottom of the printing sheet and a metal sticker of a predetermined shape on the printing sheet Temporary bonding after positioning in a proper position; (b) aligning the backside synthetic resin sheet on the back printing sheet and the back printing sheet surface through the adhesive of the white sheet and the printing sheet to which the metal sticker is temporarily bonded; (c) silk-printing a urethane adhesive on the assembly to which the metal sticker is temporarily bonded; (d) registering the front synthetic resin transparent sheet on the conjugate; And (e) matching the back synthetic resin sheet to the back printed sheet and the back printed sheet surface through the adhesive glue on the bottom of the printed sheet, the bonded front synthetic resin transparent sheet, the metal sticker is temporarily bonded to the bottom. Thermally compressing in a state of being made; Characterized in that comprises a.

Plastic card using a metal sticker according to another aspect of the present invention for achieving the above object, the plastic press including the front plastic resin transparent sheet, the printing sheet and the back plastic transparent sheet attached to the magnetic strip press-molded And forming a plastic card by heating and pressing at a proper temperature and press pressure through a heater, wherein the printing sheet comprises a primer varnish coating and UV (Ultra Violet) printed hologram on the hologram transfer sheet to which the hologram is transferred. (A) temporarily attaching a metal sticker of a predetermined type on the hologram printing sheet and then temporarily attaching it to the holographic printing sheet; (b) bonding the rear synthetic resin sheet to the surface of the rear printing sheet and the rear printing sheet through an adhesive glue at the bottom of the holographic printing sheet and the holographic printing sheet to which the metal sticker is temporarily bonded; (c) silk printing a urethane adhesive on the hologram printing sheet to which the metal sticker is temporarily bonded; (d) registering the front synthetic transparent sheet on the holographic printing sheet; And (e) the front synthetic resin transparent sheet, the holographic printing sheet to which the metal sticker is temporarily bonded at the bottom, the rear printing sheet and the rear synthetic resin transparent surface on the rear printing sheet through the adhesive glue at the bottom of the holographic printing sheet. Thermocompressing the sheet in a mated state; Characterized in that comprises a.

Preferably, the thermocompression in the step (e), the thermocompression for 15 to 35 minutes at 120 ° C to 160 ° C, more preferably, the thermocompression for 20 to 30 minutes at 130 ° C to 150 ° C Characterized in that, the pressure during thermocompression is preferably 20kg / ㎠ to 23kg / ㎠.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, but the technical idea of the present invention is not limited thereto and can be variously modified and modified by those skilled in the art.

7 is a view showing a process and a press for temporarily bonding a metal sticker according to a first embodiment of the present invention to a front printing sheet, and FIG. 8 is a plastic card manufacturing process using a metal sticker according to a first embodiment of the present invention. And a press, and Fig. 9 is a sectional view of a plastic card using a metal sticker according to the first embodiment of the present invention.

On the other hand, Figure 10 is a view showing a process and a press for temporarily bonding the metal sticker according to the second embodiment of the present invention to the holographic printing sheet, Figure 11 is a plastic card using the metal sticker according to the second embodiment of the present invention 12 is a cross-sectional view of a plastic card using a metal sticker according to a second embodiment of the present invention, and FIG. 13 is a view of a plastic card using a metal sticker according to a second embodiment of the present invention. Real picture.

 First, as shown in Figure 7, when bonding the front printing sheet 20 on the white sheet 40 of the plastic card of the first prior art, for example, as shown in Figure 13 of the alphabet of "VISA INfINITE" The metal sticker 200 is temporarily bonded by placing the metal sticker 200 on the front printing sheet 20 and applying a slight pressure thereto.

In consideration of price and strength, the main material of the metal sticker is nickel or copper, and in this embodiment, the nickel layer 220 is pre-plated with precious metals such as gold, platinum, and silver on one side (for example, Gold plated layer 230, the other side is a kind of sticker is applied with a hot melt glue adhesive (210). Since the white sheet 40 and the front printing sheet 20 are the same plastic material, they are firmly adhered to each other by thermocompression bonding, but the metal piece and the front printing sheet 20 are different materials and do not stick together only by thermocompression bonding. The adhesive is essential to the bottom of the metal sticker.

For reference, the noble metal plating 200 does not necessarily have to be present, and in some cases, the noble metal plating layer may be omitted on the nickel layer 220. Preferably, the plastic card of the present invention targets the highest grade card using layer. As long as it is set as above, it is preferable that plating, such as gold and platinum, is given.

In general, considering that the thickness of the finished product of the credit card is 0.76mm, the thickness of the metal sticker 200 is preferably 0.1 to 0.4 mm, but is not necessarily limited thereto. However, when the thickness of the metal sticker 200 is less than 0.1mm, it is not preferable because it does not actually give a metal-specific gloss or a feeling of luxury, if it exceeds 0.4mm, the thickness of the plastic card is too thick compared to the thickness of the card It may affect the homogeneity of, which is undesirable.

Now, as shown in FIG. 8, under the front printed sheet 20 and the white sheet 40 to which the metal sticker 200 is temporarily bonded, the back printed sheet 30 and the magnetic strip 110 and the signature plate 150 are provided. The rear synthetic resin transparent sheet 11, which is present), is aligned on the lower side, and the urethane adhesive is applied thinly by the silk screen printing method on the front printing sheet 20 with the metal sticker 200 mounted thereon.

Finally, after aligning the front synthetic resin transparent sheet 10 on the upper side, by heat-compression by the planar upper mold 120 and the planar lower mold 130 while heating by the heater 140, the card is completed. As described above, since the adhesive is integrated with the metal piece and the sheet by the thermocompression bonding step, in the plastic card according to the present invention, the problem of the prior art in which the metal piece is peeled from the plastic material or the metal luster disappears is solved.

The thermocompression bonding is preferably performed by thermocompression bonding at 120 ° C. to 160 ° C. for 15 to 35 minutes, and more preferably thermocompression bonding at 130 ° C. to 150 ° C. for 20 to 30 minutes. The pressure is preferably 20 kg / cm 2 to 23 kg / cm 2, which is larger than the pressure at the time of manufacturing the hologram card in the second prior art.

As such, when thermal compression is applied, the front synthetic resin transparent sheet 10, the front printing sheet 20, the white sheet 40, the rear printing sheet 30, and the magnetic strip (as shown in FIG. 110 and the backing resin transparent sheet 11 formed with a sign plate 150 is laminated in order to form a fused card, in particular fused while the metal piece 10 is incorporated into the front printing sheet 20, thus the outside of the card The furnace does not protrude at all, but there is no risk of delamination. Depending on the thickness of the metal piece 200, only the front printing sheet 20 may be incorporated by the metal piece 200, but when the thickness of the metal piece 200 is relatively thick, the front printing sheet ( 20) as well as the white sheet 40 may be somewhat embedded. Still, as shown in the real picture of Fig. 13, a luxurious high-end card with a gloss unique to the precious metal of the metal piece can be provided.

On the other hand, the plastic card using the metal sticker of the present invention, in the case of the second embodiment of the present invention additionally applied to the front hologram plastic card of the second prior art, it is possible to provide a more luxurious card.

In the second embodiment of the present invention, the process of manufacturing the holographic printing sheet 100 is the same in the manufacturing process of the front hologram plastic card of the second prior art.

That is, as shown in Figure 3, to prepare the hologram transfer sheet 60 by thermal transfer the holographic foil sheet 50 through the lamination to the PVC white sheet 40,

As shown in FIG. 4, after the varnish 70 is coated on the hologram transfer sheet 60, UV printing 80 is performed to prepare the hologram printing sheet 100. However, in the case of the present invention, since the urethane adhesive 300 is silk-screen printed in a state in which the metal sticker 200 is mounted on the holographic printing sheet 100 as described below, the case of the second prior art Otherwise, the urethane adhesive 90 may not be coated in duplicate.

Now, as shown in FIG. 11, under the holographic printing sheet 100 to which the metal sticker 200 is temporarily bonded, the rear synthetic resin having the rear printing sheet 30 and the magnetic strip 110 and the signature plate 150 is present. The transparent sheet 11 is aligned on the lower side, and the urethane adhesive is applied thinly on the front printing sheet 20 by the silk screen printing method while the metal sticker 200 is mounted.

Finally, after aligning the front synthetic resin transparent sheet 10 on the upper side, the thermo-compression bonding in the same manner as in the first embodiment by the planar upper mold 120 and the planar lower mold 130 while heating by the heater 140 This completes the card (see Figs. 12 and 13) according to the second embodiment of the present invention.

In the case of the card according to the second embodiment of the present invention, while the existing hologram is formed over the entire surface of the card, the letters or features to be pointed are actually typed by the metal pieces 200 of the precious metal material. It can give a more luxurious feeling.

On the other hand, the above embodiments have been described using a general plastic card as an example, the same applies to other cards, including a card containing an IC chip, an RF chip and an antenna, or a smart card, It is not out of range.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited to the drawings.

As described above, since the plastic card using the metal sticker shown in the present invention is fused while the actual metal piece 10 having a predetermined thickness is incorporated into the front printing sheet 20, the plastic card does not protrude outwardly at all. A card without the risk of peeling is made, and a luxury high-end card with a gloss peculiar to the precious metal of the metal piece can be provided.

Claims (10)

In the plastic card formed by heat-compressing a plastic card including a front synthetic resin sheet, a printing sheet and a rear synthetic resin sheet with a magnetic strip attached by a mold press and a heater at an appropriate temperature and press pressure, A front printed sheet bonded to a bottom of the front synthetic transparent sheet; A white sheet bonded to the bottom of the front printing sheet; A rear printing sheet bonded to the bottom of the white sheet and coated by the rear synthetic transparent sheet; And A metal sticker that is placed on the front printing sheet in a predetermined position and temporarily bonded to the front printing sheet, and then heat-compressed and fused at the appropriate temperature and press pressure to be embedded into the front printing sheet; Plastic card using a metal sticker, characterized in that it comprises a. In the plastic card formed by heat-compressing a plastic card including a front synthetic resin sheet, a printing sheet and a rear synthetic resin sheet with a magnetic strip attached by a mold press and a heater at an appropriate temperature and press pressure, Hologram printing sheet printed with a primer varnish coating and UV (Ultra Violet) on the hologram transfer sheet to which the hologram is transferred; A rear printing sheet bonded to the bottom of the holographic printing sheet and coated by the rear synthetic transparent sheet; And A metal sticker placed on the hologram printing sheet in a predetermined position and temporarily bonded to the hologram printing sheet, and then heat-compression-bonded and fused at the proper temperature and press pressure to be incorporated into the hologram printing sheet; Plastic card using a metal sticker, characterized in that it comprises a. The method according to claim 1 or 2, The metal sticker is a plastic card using a metal sticker, characterized in that the metal is plated with a noble metal on the nickel or copper layer, and a hot melt glue adhesive is applied to the bottom. The method according to claim 1 or 2, The thickness of the metal sticker is a plastic card using a metal sticker, characterized in that 0.1 to 0.4 mm.  Method of manufacturing a plastic card which forms a plastic card by temporarily bonding a plastic card including a front synthetic resin sheet, a printing sheet and a rear synthetic resin sheet with a magnetic strip and heat-pressing it at a proper temperature and press pressure through a mold press and a heater. To (a) placing a white sheet at the bottom of the printing sheet and temporarily attaching a metal sticker of a predetermined shape on the printing sheet and then temporarily attaching it; (b) aligning the backside synthetic resin sheet on the back printing sheet and the back printing sheet surface through the adhesive of the white sheet and the printing sheet to which the metal sticker is temporarily bonded; (c) silk-printing a urethane adhesive on the assembly to which the metal sticker is temporarily bonded; (d) registering the front synthetic resin transparent sheet on the conjugate; And (e) matching the back side synthetic resin sheet to the back surface of the back sheet and the back printing sheet through the adhesive glue on the bottom of the printed sheet; Thermocompressing in a state; Method of manufacturing a plastic card using a metal sticker, characterized in that comprises a.  Plastic card manufacturing method of forming plastic card by temporarily bonding plastic card including front synthetic resin sheet, printing sheet and rear synthetic resin sheet with magnetic strip and heat-pressing it at proper temperature and press pressure through mold press and heater. To The printing sheet is a holographic printing sheet printed with a primer varnish coating and UV (Ultra Violet) on the hologram transfer sheet to which the hologram is transferred, (a) temporarily attaching a metal sticker of a predetermined shape on the hologram printing sheet and then temporarily attaching it; (b) bonding the rear synthetic resin sheet to the surface of the rear printing sheet and the rear printing sheet through an adhesive glue at the bottom of the holographic printing sheet and the holographic printing sheet to which the metal sticker is temporarily bonded; (c) silk printing a urethane adhesive on the hologram printing sheet to which the metal sticker is temporarily bonded; (d) registering the front synthetic transparent sheet on the holographic printing sheet; And (e) the matched front synthetic resin transparent sheet, the hologram printing sheet to which the metal sticker is temporarily bonded at the bottom, the rear printing sheet and the rear synthetic transparent sheet on the surface of the rear printing sheet through the adhesive glue on the bottom of the holographic printing sheet Thermocompression bonding in a state of matching; Method of manufacturing a plastic card using a metal sticker, characterized in that comprises a. The method according to claim 5 or 6, The thickness of the metal sticker is a manufacturing method of a plastic card using a metal sticker, characterized in that 0.1 to 0.4 mm. The method according to claim 5 or 6, Thermocompression in the step (e), the plastic card manufacturing method using a metal sticker, characterized in that the thermocompression bonding for 15 to 35 minutes at 120 ℃ to 160 ℃. The method of claim 8, The thermal compression in the step (e) is a plastic card manufacturing method using a metal sticker, characterized in that the thermal compression for 20 to 30 minutes at 130 ℃ to 150 ℃. The method according to claim 5 or 6, The pressure at the time of thermal compression in the step (e), 20kg / ㎠ to 23kg / ㎠ manufacturing method of a plastic card using a metal sticker.

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