CN103922034A - Novel composite packaging material structure of see-through multilayer coextrusion color transformation film - Google Patents
Novel composite packaging material structure of see-through multilayer coextrusion color transformation film Download PDFInfo
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- CN103922034A CN103922034A CN201410184889.3A CN201410184889A CN103922034A CN 103922034 A CN103922034 A CN 103922034A CN 201410184889 A CN201410184889 A CN 201410184889A CN 103922034 A CN103922034 A CN 103922034A
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Abstract
The invention relates to the technical field of printing and packaging material and packaging containers, in particular to a novel composite packaging material structure of a see-through multilayer coextrusion color transformation film. The structure comprises five layers of structures, the first layer is base material, the second layer is a highlight reflection metal layer, the third layer is a lower ink layer at least comprising white ink, the fourth layer is the see-through multilayer coextrusion color transformation film, and the fifth layer is an upper ink layer. The highlight reflection metal layer is manufactured on the surface of the base material through a compositing, or evaporating or transferring process, the surface of the highlight reflection metal layer is covered with the lower ink layer at least comprising the white ink, and the lower ink layer at least comprising the white ink is covered with the see-through multilayer coextrusion color transformation film, and the upper ink layer is printed on the see-through multilayer coextrusion color transformation film. The novel composite packaging material structure has the advantages that in the aspect of packaging, a prominent metal color part is provided, besides, a prominent color transformation part is provided, on the premise that cost is not changed, personalization of commodities is prominent, and an anti-fake effect is achieved.
Description
[technical field]
The present invention relates to printed apcksging material and packing container technical field, specifically a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film.
[background technology]
In printed apcksging material field, in meeting attractive packages, require also more and more higher for the otherness of packaging at present.In order to seek the otherness of packaging, packing gradually from single art post paperboard, transparent membrane to silver foil, the various holographic laser film (laser rainbow holographic film, laser film) of color and can have an X-rayed multi-layer co-extruded colors changing hue film (rainbow film, colorful film).The metal-like of silver foil, the color-changing anti-counterfeit of holographic laser film, the change chromaticity that can have an X-rayed multi-layer co-extruded colors changing hue film are all the major reasons that attracts customer's eyeball.
200820231062), patent name " the Thickened packaging bag " (patent No.: 200720307102.3) existing metal-like can be consulted with the application of the printed apcksging material technical elements that combines of change color: patent name " the composite plastic package bag " (patent No.:.Above-mentioned two patents disclose a kind of structure and characteristic of Anti-counterfeit packing bag, and they are at bag, are covered with the surface recombination holographic laser film of the bag of aluminium lamination, wherein at the inside face of holographic laser film or/and outside face is covered with ink layer.Laser holographic aluminized film and laser hologram hyaline membrane all belong to holographic laser film.This packaging bag that is covered with aluminium lamination, in the time of the inside face printing-ink of laser holographic aluminized film, the aluminium coated of laser hologram can cover the color of bottom ink completely, meaningful at the bottom printing-ink also of laser holographic aluminized film Jiu No; In the time of the outside face printing-ink of laser holographic aluminized film, the only local change color that covers in laser holographic aluminized film of the color of upper strata printing-ink, but only expose metallic luster, therefore cannot reach on surface of package only with the characteristic that need to cash at the position of specifying change color or metal of printing to reach design.In addition, in the time of the inside face printing-ink of laser hologram hyaline membrane, the change color of laser hologram hyaline membrane can be strengthened by the aluminium lamination of bottom, but only uses the packing product of laser hologram hyaline membrane just to show not out metal-like; In the time of the outside face printing-ink of laser hologram hyaline membrane, the color of ink itself can cover again the change color of laser hologram hyaline membrane, covers equally laser hologram hyaline membrane and also just lose meaning in packaging bag.
Lack the problem of riot of color color for only using the packaging of silver foil, part dealer can use the holographic laser film of aluminium lamination to be used as packing, but the problem of this way makes the colour generation of packing only partly to highlight metallochrome time part the highlights change color of holographic laser film.Someone has abandoned holographic laser film for this reason, is directly that transparent multilaminar co-extrusion colors changing hue film direct combination is being packed on base material by a kind of colorful film, is used for increasing the gorgeous color of packing.But general in common substrate when direct combination colorful film packaging entirety can present the change color of beautiful colorful film and have and cover the counter productive of color originally, finally cause the simplification that seems of this packaging obtaining at substrate surface direct combination colorful film and decorative product in effect.Therefore develop a kind of in top grade packaging the existing position that highlights metal-like highlight again the function of conformability change color in appointed part simultaneously, thereby the printed apcksging material that makes packaging present otherness has very important meaning.
[summary of the invention]
The object of the invention is to provide a kind of producing novel composite packing material structure innovation of having an X-rayed multi-layer co-extruded colors changing hue film, solve use silver foil, the holographic laser film existing in prior art and can have an X-rayed multi-layer co-extruded colors changing hue film and cause packaging product in highlighting metal-like, cannot highlight conformability colors changing hue or in highlighting conformability colors changing hue, cannot highlight metal-like and cause the monistic problem of packaging product, also can reach false proof object simultaneously.
Technical scheme of the present invention is a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film, this structure comprises five-layer structure, be base material by ground floor, the second layer is can anti-high light metal level, the 3rd layer at least comprising the lower ink layer of chalk, the 4th layer is multi-layer co-extruded colors changing hue film, layer 5 is curing ink layer composition, be provided with through compound on the surface of base material, what the operation such as evaporation or transfer was made can anti-Gao Guang metal level, surface at metal level that can anti-Gao Guang is covered with the lower ink layer that at least comprises chalk, on at least comprise the lower ink layer of chalk, be covered with and can have an X-rayed multi-layer co-extruded colors changing hue film, transparent multilaminar co-extrusion colors changing hue film does not only have optical grating construction and color to be difficult for being weakened by other clear dopes, on multi-layer co-extruded colors changing hue film, print one deck curing ink layer can have an X-rayed, the producing novel composite packing material structure applications that employing can be had an X-rayed multi-layer co-extruded colors changing hue film had both had the position that metallochrome is outstanding on packaging product, there is again the outstanding position of conformability colors changing hue, make base material present various packagings after the multi-layer co-extruded colors changing hue film of composite transparent, the personalization of ornament materials.
Base material comprises composite material or the film of paper or paperboard or plastics or above-mentioned material.
Can anti-high light metal layer material adopt gold or aluminium or copper or ag material or other metallic materials.
Can have an X-rayed multi-layer co-extruded colors changing hue film and comprise employing colorful film or rainbow film, rainbow film no-raster structure, is difficult for being weakened by other clear dopes.
The surface of metal level that can anti-Gao Guang is covered with lower ink layer, lower ink layer at least comprises lower chalk layer, chalk has not only hidden the reflective chroma that can have an X-rayed multi-layer co-extruded colors changing hue film that more improves of metal level below, makes only to have on packing the appointed part of lower chalk can present outstanding change color.
On multi-layer co-extruded colors changing hue film, print one deck curing ink layer can have an X-rayed.
This package material structure is applied in daily necessities, food, tobacco and wine, cosmetics, sample, label and packing and decorating, under the substantially constant prerequisite of cost, can attract more customers' eyeball, and the packing requirements of outstanding commodity personalization, has antifalse effect.
Compared with contrast patent in background technology, difference of the present invention be following some:
1. the compound package material that the present invention can have an X-rayed multi-layer co-extruded colors changing hue film mainly by base material, metal level, lower ink layer, can have an X-rayed multi-layer co-extruded colors changing hue film and curing ink layer forms, wherein used in the present inventionly have an X-rayed multi-layer co-extruded colors changing hue film and there is no optical grating construction, and curing ink layer of the present invention at least comprises chalk.
2. the lower ink layer that has chalk at least is covered in the present invention below can having an X-rayed multi-layer co-extruded colors changing hue film, and chalk exactly can had an X-rayed multi-layer co-extruded colors changing hue film and be different at the action effect under holographic laser film.Below can having an X-rayed multi-layer co-extruded colors changing hue film, cover chalk, because the strong hiding power of chalk covers in the reflection of the aluminium lamination of bottom, the effect that at this moment has colors changing hue in the place that has chalk is just strong than having an X-rayed the colors changing hue effect presenting without the place of chalk under multi-layer co-extruded colors changing hue film.Therefore, in fact chalk rises to such an extent that be the effect that strengthens change color can have an X-rayed under multi-layer co-extruded colors changing hue film, and cover chalk below holographic laser film time, the effect that has the place of chalk to have colors changing hue has metal level than under laser hologram hyaline membrane but a little less than local color effect without chalk.Therefore, chalk is actual under laser hologram hyaline membrane not to be affected colors changing hue, and if in the time using laser holographic aluminized film, aluminizing of holographic film will hide the effect of below ink, so also just need not use chalk comprehensively.
3. the present invention carries out on multi-layer co-extruded colors changing hue film after end face printing and protection glazing or pad pasting can have an X-rayed, can not reduce the effect of colors changing hue, and the use of background technology patent is laser holographic aluminized film, after its end face printing and protection glazing or pad pasting, cannot present and only have metallochrome and the effect with illusion-colour not, and carry out after end face printing and protection glazing or pad pasting when using on the transparent glazing film of laser hologram, due to the structure (including nearly 1000 small peak valleys in lmm length rises and falls) of the transparent glazing film of laser hologram itself, printing-ink can be filled and led up small peak valley and rise and fall, thereby cancellation the effect of colors changing hue, even if as this patent, on the base material of metal cladding, print the lower ink layer that comprises chalk, be covered with again laser holographic aluminized film, it finally also can offset because of comprehensive covering of aluminium lamination the effect of lower ink layer.
The invention has the beneficial effects as follows that the producing novel composite packing material structure applications that this employing can be had an X-rayed multi-layer co-extruded colors changing hue film does not need can present and both have the position that metallochrome is outstanding through manufacturing procedures such as alignment cut again in the appointed part of packaging product, there is again the outstanding position of conformability colors changing hue, make base material after the multi-layer co-extruded colors changing hue film of composite transparent, present the personalization of various packagings, ornament materials; Under the substantially constant prerequisite of cost, can attract more customers' eyeball, be applicable to being used in the needs printings such as front cover, sales promotion, packaging and integrate the colour of metallic luster texture and conformability variable color and don't the package design of losing the product of local individual requirement, the packing requirements of outstanding commodity personalization, there is antifalse effect, improve product influence power, promoting enterprise economic development.
[brief description of the drawings]
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of another embodiment of the present invention;
Fig. 3 is the structural representation of further embodiment of this invention;
Fig. 4 is the structural representation of yet another embodiment of the invention;
Fig. 5 is the another structural representation of an embodiment again of the present invention;
Referring to Fig. 1 to Fig. 5:
1,21,31,41,51---base material (paper, plastics, composite material or film);
2,22,32,42,52---metal level (metal level such as gold, aluminium, copper) that can anti-Gao Guang;
3,23,33,43,53---lower chalk;
4,24,34,44,54---can have an X-rayed multi-layer co-extruded colors changing hue film (colorful film, rainbow film);
5,25,35,45,55---curing ink layer (upper yellow China ink layer, upper red rete, blueing China ink layer);
46---upper chalk;
57---lower ink layer (lower blue China ink layer);
Specify Fig. 1 as Figure of abstract of the present invention.
[detailed description of the invention]
Below in conjunction with accompanying drawing, the invention will be further described, and the printing manufacturing technology of this packing container is very clearly concerning this professional people.
Referring to Fig. 1, a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film, its structure is made up of following part, base material, can anti-Gao Guang metal level, have at least chalk lower ink layer, can have an X-rayed multi-layer co-extruded colors changing hue film, curing ink layer.Wherein, be provided with on the surface of base material 1 through compound or the different operations such as evaporation or transfer are made can anti-Gao Guang metal level 2.Base material comprises paper, paperboard, plastics, composite material or film; Metal level that can anti-Gao Guang comprises the metallic materials such as gold, silver, aluminium, copper, zinc, chromium; Described complex technique refer to a kind of material through coating adhesive again with the operation of another kind of material laminating, described evaporation is attached to a kind of operation on cylinder material by metallic material after vacuum high-temperature in the situation that vaporization, and described transfer refers to the metal material layer on film is originally stripped on base material on film together with adhesives after adhesives and another base material are fitted again.At least comprise the lower ink layer 3 of chalk at the surface printing of metal level 2 that can anti-Gao Guang; On at least comprise the lower ink layer 3 of chalk, be coated with the multi-layer co-extruded colors changing hue film 4 of having an X-rayed of fantasy coloured effect.The colors changing hue complex film that multi-layer co-extruded colors changing hue film adopts multi-layer co-extruded complex technique that multilayer film are combined, can have an X-rayed multi-layer co-extruded color transformed film and comprise colorful film, rainbow film.Can have an X-rayed on multi-layer co-extruded colors changing hue film by utilizing typography printing curing ink layer 5, described product can be made into the products such as packing box, label, publicity picture album, packaging bag.
This package material structure is applied in daily necessities, food, tobacco and wine, cosmetics, sample, label and packing and decorating, under the substantially constant prerequisite of cost, can attract more customers' eyeball, and the packing requirements of outstanding commodity personalization, has antifalse effect.
Embodiment 1:
As shown in Figure 2, printing chalk 23 in the paperboard 21 of aluminizer 22 then covers colorful film 24 on printing surface, finally process yellow ink 25 on colorful film 24.When illumination be mapped to lower chalk local time, because the hiding power of chalk is very strong, it can stop the reflective degree of aluminium foil, so mainly present illusion-colour look at the local packing that have lower chalk.When irradiation is in the place of not playing chalk, what packing almost all presented is silver color.Chalk under nothing and the place of yellow China ink layer on having, what packing presented is the yellow that has silver color effect.Finally obtain, unanimously the change irregularly packaging of color outstanding effect, the structure of decorative product outstanding with the yellow of silver color effect, metal-like.
Embodiment 2:
As shown in Figure 3, printing chalk 33 in the transfer paperboard 31 of transfer aluminum plated layer 32 then covers colorful film 34 on printing surface, then on the colorful film that has lower chalk the blue China ink 35 of printing.When light is irradiated to lower chalk and there is no the place of blueing China ink layer, main body presents the change color of colorful film.Be irradiated to lower chalk and have the place of blueing China ink layer at light, packing mainly present the blueness with fantasy coloured effect.When light is irradiated to the region of not only not playing chalk but also whether going up chalk, what packing almost all presented is the silver color of aluminium foil.Finally obtain blue having that illusion-colour, metal-like are outstanding above, the packaging of the outstanding effect of conformability color, the structure of decorative product.
Embodiment 3:
As shown in Figure 4, in the paperboard 41 of aluminizer 42, print part chalk 43, then overlapping colours iris 44 on printing surface, then on rainbow film 44, print part chalk 46, finally on chalk 46, print red black 45.When being irradiated to, light has up and down chalk and without the place of the red China ink in upper strata, the white that packing present; When light is irradiated to the place that levels has chalk and has the red China ink in upper strata, what mainly present is red effect; When light is radiated at the place of the supreme chalk of lower chalk and the red China ink layer of supreme printing, what packing mainly presented is change color; When irradiation up and down all without the place of chalk, what packing almost all presented is the silver color of aluminium foil.Finally obtain that red effect, metal-like are outstanding, conformability colors changing hue is outstanding and the packaging of white effect, the structure of decorative product.
Embodiment 4:
As shown in Figure 5, printing chalk 53 in the transfer paperboard 51 of transfer aluminum plated layer 52, the blue China ink 57 of printing on lower chalk 53, on blue China ink 57, entirety covers rainbow film 54, finally the blue China ink 55 of printing on colorful film 54.When light is irradiated to lower chalk and lower blue China ink layer and without the place of blueing China ink layer, what packing presented is to have blue ribbon change color effect; When light is irradiated to lower chalk and without lower blue China ink layer and without the place of blueing China ink layer, the change look of what packing presented is very strong rainbow film; When light is irradiated to lower blue China ink layer and without lower chalk and without the place of blueing China ink layer, packing present and have the silver color effect of indigo plant partially; When light is irradiated to upper strata Lan Moer without lower floor's chalk and without the place of the blue China ink of lower floor, packing also present the blueness that has silver color effect, but the blueness in this place can be more intense; When light is irradiated to without lower chalk, without lower blue China ink layer and without the place of blueing China ink layer, packing almost all present silver color.Finally obtain that blueness in various degree with silver color effect, metal-like are outstanding, the packaging of the outstanding effect of conformability change color, the structure of decorative product.
Claims (7)
1. can have an X-rayed the producing novel composite packing material structure of multi-layer co-extruded colors changing hue film for one kind, it is characterized in that this structure comprises five-layer structure, be base material (1) by ground floor, the second layer is can anti-high light metal level (2), the 3rd layer at least comprising the lower ink layer (3) of chalk, the 4th layer for having an X-rayed multi-layer co-extruded colored change film (4), layer 5 is curing ink layer (5) composition, be provided with through compound on the surface of base material (1), what evaporation or transfering process were made can anti-Gao Guang metal level (2), surface at metal level (2) that can anti-Gao Guang is covered with the lower ink layer (3) that at least comprises chalk, on at least comprise the lower ink layer (3) of chalk, be covered with and can have an X-rayed multi-layer co-extruded colors changing hue film (4), can have an X-rayed multi-layer co-extruded colors changing hue film (4) upper printing one deck curing ink layer (5).
2. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, is characterized in that base material (1) comprises composite material or the film of paper or paperboard or plastics or above-mentioned material.
3. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, it is characterized in that can anti-Gao Guang metal level (2) material adopt gold or aluminium or copper or ag material or other metallic materials.
4. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, is characterized in that transparent multi-layer co-extruded colors changing hue film (4) comprises employing colorful film or rainbow film.
5. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, the surface that it is characterized in that metal level (2) that can anti-Gao Guang is covered with lower ink layer (3), and lower ink layer (3) at least comprises lower chalk layer.
6. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, is characterized in that having an X-rayed multi-layer co-extruded colors changing hue film (4) upper printing one deck curing ink layer (5).
7. a kind of producing novel composite packing material structure of having an X-rayed multi-layer co-extruded colors changing hue film as claimed in claim 1, is characterized in that this package material structure is applied in daily necessities, food, tobacco and wine, cosmetics, sample, label and packing and decorating.
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| CN201410184889.3A CN103922034B (en) | 2014-05-04 | 2014-05-04 | A kind of compound package material structure having an X-rayed multi-layer co-extruded colors changing hue film |
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| CN201410184889.3A CN103922034B (en) | 2014-05-04 | 2014-05-04 | A kind of compound package material structure having an X-rayed multi-layer co-extruded colors changing hue film |
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| CN103922034B CN103922034B (en) | 2016-06-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105599428A (en) * | 2016-03-05 | 2016-05-25 | 郑树川 | Rainbow film forming process and apparatus |
| CN107984816A (en) * | 2017-11-23 | 2018-05-04 | 深圳市冠盟贴纸制品有限公司 | A kind of decorative adhesive film and its production technology for having three-dimensional laser decorative effect |
| CN110510254A (en) * | 2018-05-22 | 2019-11-29 | 纷美(北京)贸易有限公司 | Package sheet material |
| CN117755000A (en) * | 2023-12-19 | 2024-03-26 | 爱索尔（广州）包装有限公司 | Sheet printing method with metal color changing effect, printed matter and hose thereof |
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| CN117755000A (en) * | 2023-12-19 | 2024-03-26 | 爱索尔（广州）包装有限公司 | Sheet printing method with metal color changing effect, printed matter and hose thereof |
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| Publication number | Publication date |
|---|---|
| CN103922034B (en) | 2016-06-29 |
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Address after: 200137 Shanghai City, Pudong New Area Free Trade Zone, Beijing Road No. 35 building eighth layer C1 site keishing Patentee after: Henry cloud printing technology (Shanghai) Co., Ltd. Address before: 200137 Shanghai City, Pudong New Area Waigaoqiao Free Trade Zone, Beijing Road No. 35 building eighth layer C1 site keishing Patentee before: MMT ASIA (SHANGHAI) CO., LTD. |