CN102774119A - Environment-friendly process for adding anti-slip layer on surface of product - Google Patents
Environment-friendly process for adding anti-slip layer on surface of product Download PDFInfo
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- CN102774119A CN102774119A CN2011101197738A CN201110119773A CN102774119A CN 102774119 A CN102774119 A CN 102774119A CN 2011101197738 A CN2011101197738 A CN 2011101197738A CN 201110119773 A CN201110119773 A CN 201110119773A CN 102774119 A CN102774119 A CN 102774119A
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Abstract
The invention relates to an environment-friendly process for adding an anti-slip layer on a surface of a product. The process comprises a heating step (A6) of fixing a composite film (1) comprising at least one substrate film (10), an anti-slip glue layer (12) and a hot-melt glue layer (14) on the surface (19) of the product (18); and finally performing a tearing apart step (A7) of tearing apart the substrate film (10) to expose the anti-slip glue layer (12), wherein the heating step (A6) is to make the hot-melt glue layer (14) hot-melted on the surface (19) of the product (18) so as to make the composite film (1) fixed on the surface (19) of the product (18). A process of the composite film (1) comprises the steps of (A1) preparing one substrate film (10); (A2) coating a release agent layer (11) on the substrate film (10); (A3) coating the anti-slip glue layer (12) on the release agent layer (11); (A4) coating a first bridging agent layer (13) on the anti-slip glue layer (12); and (A5) coating the hot-melt glue layer (14) on the first bridging agent layer (13) to make the release agent layer (11), the anti-slip glue layer (12) and the first bridging agent layer (13) formed the composite film (1).
Description
Technical field
The present invention relates to the environment-protective process that a kind of surface at product adds the on-slip layer, refer to especially with the operating type of non-spraying by heating with one contain the on-slip layer composite membrane be bonded to the surface of a product, remove the technology of exposing the on-slip layer behind the substrate film at last.
Background technology
The product that need give antiskid function is a lot, for example sporting on-slip gloves, at home surface, shoe insole surface, socks bottom surface, service plate, mat applying, tea tray, sofa cladding, chair surface, the 3C Product of slippers shell, mobile phone protective cover and can prevent the commodity such as clothes hanger of clothing landing.
In addition; No. 90120499 application for a patent for invention case in Taiwan also proposes a kind of method; It is exactly meltallizing metal material above pattern shielding; The hole that lets the material of meltallizing pass the pattern shielding forms the surface of high roughness on a limited slip plate, can be applicable to steel structure platform, flight-deck, pavement and personnel operation area.Because being not suitable for the surperficial on-slip of plastics, fabric, leather or wood-based product, meltallizing extreme temperatures, the method handle.
I No. 1263576 patents of invention in Taiwan propose a kind of manufacturing approach of antislip socks; Thermoplastic rubber (TPR) is heated to one or eight hundred ten degree Celsius; Make it have preferable flowability, again the socks body is worn on to contain on the shoe tree and is dipped in the thermoplastic rubber that is molten condition about two to three seconds, let thermoplastic rubber invade in the fiber of socks body; Utilize mould to flatten after the taking-up or the embossing processing, after the cooling thermoplastic rubber and socks body are combined into one.Therefore and be not suitable for the anti-skidding processing of fiberless products such as plastics, pottery, leather in view of this method is to serve as to implement important document with fiber absorption thermoplastic rubber.
Similarly the on-slip processing method also has the method for making of No. 267362 a kind of motion sliding-proof pads that patent of invention proposed of Taiwan I, earlier with wire rod impregnation flexible foaming material, again wire rod is woven to the motion sliding-proof pad, and the amount of reaching is light, the characteristic of softness and on-slip.This method also is not suitable for the anti-skidding processing of product that plastic casing, pottery, wood chip etc. can't arbitrarily be destroyed or force to yield and woven.
I No. 267362 patents of invention in Taiwan propose a kind of manufacturing approach that sliding-proof pad is combined with the leatheret sole; The leatheret sole is inserted mould; Inject with the elastomeric material of fusion and to be directly formed to the sliding-proof pad that is integrated with sole in the mould, and form the decorative pattern of various on-slip.Because the manufacturing cost of jetting mold is comparatively expensive, maybe can't insert the large object that penetrates in the mould for cheap product, will be difficult to be suitable for.
Industry is for the anti-skidding processing of less expensive or large object at present, and major part is to take to spray the on-slip agent to handle in the method for product surface.Yet, the on-slip material dissolves is become and can need to add a large amount of high-volatile chemical solvents through the liquid of spray gun; For asking the fast rapid-curing cutback in spraying back solid; High temperature also must be kept usually with ventilative in the scene of spraying; So that these volatile chemical solvents continually, have no restrictedly to spill in the air and destroy earth's ozone layer, constantly sucked lung by the workpeople, damage its health again and again with accumulating over a long period.
Because the on-slip agent of aforementioned spraying usefulness; Must possess very good dissolving ability, therefore formed on-slip layer is relatively poor for the tolerance of chemical attack, contacts of a specified duration with sole if process shoe-pad; Just can decompose automatically and expose the printing-ink of bottom, security may be deceived; In addition, the solvent composition of ending lubrication prescription in the process of spraying can make the surface printing pattern dissolved of spraying and gelatinization causes exquisite originally printed resolution variation.Though industry is known the method for spraying on-slip agent perfectly well so many shortcomings and environmental issue are arranged, be subject to production cost, will have to continue to continue to use down.
Summary of the invention
In view of this, the present invention provides new a kind of environment-protective process that can add the on-slip layer at product surface, through on the surface of product, combining one deck composite membrane, realizes anti-skidding purpose.
For achieving the above object; The present invention at first provides a kind of environment-protective process that adds the on-slip layer at product surface; Mainly be with a heating steps with one contain a substrate film, an on-slip glue-line and a hot melt adhesive layer at least composite membrane be bonded to the surface of product after, carry out one at last and remove step and remove substrate film and expose the on-slip glue-line.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, heating steps is to make hot melt adhesive layer heat be melted into the surface of product and make composite membrane be bonded to product surface provided by the invention.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, the preparation technology of said composite membrane comprises at least provided by the invention: (A1) preparation one substrate film; (A2) apply a parting agent layer on substrate film; (A3) apply an on-slip glue-line on parting agent layer; (A4) apply one first bridging agent layer on the on-slip glue-line; Reach and (A5) apply a hot melt adhesive layer on the first bridging agent layer, make the aforesaid composite membrane of each layer formation with other.
Above-mentionedly add in the environment-protective process of on-slip layer that provided by the invention preferably, said on-slip glue-line is that a transparent on-slip material applies fixed the forming in back at product surface.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, said on-slip glue-line is with a thermoplastic elastomer (TPE) (TPE, Thermo-Plastic Elastomer provided by the invention; Be commonly called as thermoplastic rubber TPR, Thermo-Plastic Rubber) apply and to obtain.
The present invention also provides a kind of environment-protective process that adds the on-slip layer at product surface; Be with a heating steps with one contain a substrate film, an on-slip glue-line, a patterned layer and a hot melt adhesive layer at least contain the pattern composite membrane; After being bonded to the surface of a product, carrying out one at last and remove step and remove said substrate film and expose said on-slip glue-line.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, the said processing step that contains the pattern composite membrane comprises provided by the invention:
(B1) preparation one substrate film;
(B2) apply a parting agent layer on said substrate film;
(B3) apply an on-slip glue-line on said parting agent layer;
(B4) apply one first bridging agent layer on said on-slip glue-line;
(B5) form a patterned layer on the surface of the said first bridging agent layer;
(B6) apply one second bridging agent layer on the surface of said patterned layer; And
(B7) apply a hot melt adhesive layer on the said second bridging agent layer, make with other layer formation one to contain the pattern composite membrane.
Above-mentionedly add in the environment-protective process of on-slip layer that provided by the invention preferably, said on-slip glue-line is that a transparent on-slip material applies fixed the forming in back at product surface.
The present invention also provides a kind of environment-protective process that adds the on-slip layer at product surface; Be with a hot briquetting step D8 with one contain a substrate film, a patterned layer, an on-slip glue-line and a hot melt adhesive layer at least the pattern composite membrane that contains be shaped to a housing; Carry out then and penetrate step in the mould said housing is inserted a mould, the plastic liquid of injecting a fusion combines with the hot melt adhesive layer of said housing and whole formation one has the assembly that the on-slip glue-line exposes.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, the said pattern composite membrane that contains also comprises one first bridging agent layer, a patterned layer and one second bridging agent layer between said substrate film and on-slip glue-line provided by the invention.
Above-mentionedly add in the environment-protective process of on-slip layer that at product surface preferably, the said processing step that contains the pattern composite membrane comprises provided by the invention:
(D1) preparation one substrate film;
(D2) apply a parting agent layer on said substrate film;
(D3) apply an on-slip glue-line on said parting agent layer;
(D4) apply one first bridging agent layer on said on-slip glue-line;
(D5) form a patterned layer on the surface of the said first bridging agent layer;
(D6) apply one second bridging agent layer on the surface of said patterned layer; And
(D7) apply a hot melt adhesive layer on the said second bridging agent layer, make with other layer formation one to contain the pattern composite membrane.
Above-mentionedly add in the environment-protective process of on-slip layer that provided by the invention preferably, said on-slip glue-line is to apply fixed the forming in back with a transparent on-slip material at product surface.
Environment-protective process of the present invention can be widely used in the various product surface processing that need on-slip to handle; The for example on-slip of articles for use such as surface such as slippers surface, shoe insole surface, socks bottom surface, service plate, mat applying, tea tray, artificial leather, animal's leather, chair surface, 3C Product shell or protective sleeve; Effectively and neatly replace traditional spraying operation, the high amounts of solvents volatilization loss of avoiding the conventional spray paint operation to be produced damages the ozone layer, injures spraying staff's health problem.
Description of drawings
Fig. 1 is applied to the embodiment sketch map of pallet product surface on-slip processing for according to made composite membrane and the environment-protective process of the present invention;
Fig. 2 is the basic step block schematic diagram of environment-protective process of the present invention;
Fig. 3 for according to the present invention made contain pattern composite membrane embodiment sketch map;
Fig. 4 for according to the present invention made contain the implementation process sketch map that pattern composite membrane and environment-protective process are applied to ceramic tile product surface on-slip processing;
Fig. 5 for according to the present invention made contain the completion block schematic diagram that pattern composite membrane and environment-protective process are applied to ceramic tile product surface on-slip processing;
Fig. 6 is the preferred steps sketch map of environment-protective process of the present invention;
Fig. 7 combines to penetrate in the mould sketch map of step for basic environment-protective process of the present invention;
Fig. 8 combines to penetrate in the mould sketch map of step for preferable environment-protective process of the present invention.
The primary clustering symbol description:
1 composite membrane 2 contains the pattern composite membrane
10 substrate films, 11 parting agent layer
12 on-slip glue-lines, 13 first bridging agent layers
14 hot melt adhesive layers, 18 product
19 surperficial 20 substrate films
21 parting agent layer, 22 on-slip glue-lines
23 first bridging agent layers, 24 patterned layer
25 second bridging agent layers, 26 hot melt adhesive layer
28 products, 29 surfaces
A1 to A5 composite membrane manufacturing step
A6 heating steps A7 removes step
B1 to B7 contains pattern composite membrane manufacturing step
B8 heating steps B9 removes step
C1 to C5 composite membrane manufacturing step
Penetrate step in the C8 hot briquetting step C9 mould
D1 to D7 contains pattern composite membrane manufacturing step
Penetrate step in the D8 hot briquetting step D9 mould
The specific embodiment
To understand in order technical characterictic of the present invention, purpose and beneficial effect being had more clearly, technical scheme of the present invention is carried out following detailed description, but but can not be interpreted as qualification at present practical range of the present invention.
Embodiment
Like Fig. 1 and shown in Figure 2; It is a basic example of environment-protective process according to the present invention's enforcement; Mainly comprise with heating steps A6 with one contain a substrate film 10, an on-slip glue-line 12 and a hot melt adhesive layer 14 at least composite membrane 1 be bonded to one be product 18 surfaces 19 of example with the pallet after; Carry out one at last and remove steps A 7 and remove substrate film 10, make the surface 19 of pallet expose on-slip glue-line 12, the bowl, dish and the cup tool that are placed in after letting on the pallet are difficult for sliding.What be worth to stress is: according to the environment-protective process that the present invention implemented, thoroughly broken off a large amount of volatile solvents of the sort of use of conventional spray paint operation, damaged the ozone layer, make the staff to suck its healthy problem of injury in the lung.
The described product 18 of present embodiment does not exceed with pallet, and any such as article surface of on-slip function that needs all can be applied.Heating steps A6; Can adopt any suitable firing equipment; For example infrared lamp, air-heater, heating equipment add vacuum mold; Make composite membrane 1 tightly invest the surface 19 of product 18, utilize the heating power of firing equipment to make hot melt adhesive layer 14 heat be melted into the surface 19 of product 18, set firmly after the cooling.
The described composite membrane 1 of present embodiment, its technology comprises: (A1), the preparation one substrate film 10; (A2), apply a parting agent layer 11 on substrate film 10; (A3), apply an on-slip glue-line 12 on parting agent layer 11; (A4), apply one first bridging agent layer 13 on on-slip glue-line 12; And (A5), apply a hot melt adhesive layer 14 on the first bridging agent layer 13, make and other parting agent layer 11, on-slip glue-line 12 and the first bridging agent layer, 13 formation composite membrane 1.
The optional plasticity film of processing from PETG (PET), acrylic resin (PP) and polyethylene (PE) or other family macromolecule of the substrate film 10 of step (A1); Import automatic production line continuously with specific dimensions or coiled material, or to carry out each follow-up road step (A2 to A5) by hand by stages.
The coated on-slip glue-line 12 of step (A3) can be any transparent on-slip material, or heat is melted thermoplastic elastomer (TPE) (TPE, the Thermo-Plastic Elastomer of state; Be commonly called as thermoplastic rubber TPR, Thermo-Plastic Rubber).The coating equipment that this step adopted can be selected from: coating machine, intaglio, screen painting, roller, pouring film device are wherein any, or brush with pure craft.
The first bridging agent layer (primer layer) 13 that step (A4) applies can make the coated on-slip glue-line 12 of last step (A3) stably combine with the coated hot melt adhesive layer 14 of next step (A5).
Extremely shown in Figure 6 like Fig. 3; It is the preferable enforcement example of the environment-protective process implemented according to the present invention; Comprise with a heating steps B8 with one contain a substrate film 20, an on-slip glue-line 22, a patterned layer 24 and a hot melt adhesive layer 26 at least contain pattern composite membrane 2; Be bonded to one with the ceramic tile be the surface 29 of product 28 of example after, carry out one at last and remove step B9 and remove substrate film 20 and on ceramic tile product 28, expose patterned layer 24 and on-slip glue-line 22.
The described pattern composite membrane 2 that contains of present embodiment, its technology comprises: (B1), the preparation one substrate film 20; (B2), apply a parting agent layer 21 on substrate film 20; (B3), apply an on-slip glue-line 22 on parting agent layer 21; (B4), apply one first bridging agent layer 23 on on-slip glue-line 22; (B5), form a patterned layer 24 on the surface of the first bridging agent layer 23; (B6), apply one second bridging agent layer 25 on the surface of patterned layer 24; And (B7), apply a hot melt adhesive layer 26 on the second bridging agent layer 25, make it to constitute one and contain pattern composite membrane 2 with other substrate film 20, parting agent layer 21, on-slip glue-line 22, the first bridging agent layer 23, patterned layer 24 and the second bridging agent layer 25 are common.
The product 28 of using present embodiment does not exceed with ceramic tile, and any needs add that the surface of pattern and anti-skidding processing is all applicable.The main difference of the composite membrane 1 that contains pattern composite membrane 2 and last embodiment of present embodiment is to be printed on pattern, utilizes the first bridging agent layer 23 and the second bridging agent layer 25 and on-slip glue-line 22 and hot melt adhesive layer 26 stable bond.The coated on-slip glue-line 22 of step (B3) can be transparent thermoplastic elastomer (TPE) (TPE, Thermo-Plastic Elastomer; Be commonly called as thermoplastic rubber TPR, Thermo-Plastic Rubber), patterned layer 24 is not covered by on-slip glue-line 22.
The patterned layer 24 of present embodiment step (B5); Can use any printing equipment that the surface that photo, pattern are printed in the first bridging agent layer 23 is implemented; Also can transfer to artist or personal user carries out hand painting on the surface of the first bridging agent layer 23 voluntarily, signs, sticks goldleaf to create individual's characteristic; Return production line again and carry out step (B6 to B7), that processes unique, original creation contains pattern composite membrane 2.Carry out step (B8 to B9) at last, form the on-slip layer 22 that contains from creating patterned layer 24 at oneself, on the wall of shop or office, floor tile, pallet; If have an opportunity extensively to promote this creation activity, will help the flourish of civilian wound industry in the future.
The present invention also can be applicable to penetrate in the mould, to produce the plastic member that surface after the demoulding has skid resistant course.The step of meaning as shown in Figure 7 is that the composite membrane of Fig. 11 is seen through a hot briquetting step (C8), hot briquetting in a mould and become the housing (this is simple heating processing and forming notion, so not shown) that an on-slip layer 12 exposes.Then carry out penetrating step (C9) in the mould, described housing inserted a mould, the plastic liquid of injecting a fusion make with housing in hot melt adhesive layer 14 combine and whole formation one has the assembly that the on-slip glue-line exposes.In other words, present embodiment is applied to the environment-protective process of ejaculation in the mould, comprises the following steps: (C1), preparation one substrate film 10; (C2), apply a parting agent layer 11 on substrate film 10; (C3), apply an on-slip glue-line 12 on parting agent layer 11; (C4), apply one first bridging agent layer 13 on this on-slip glue-line 12; (C5), apply a hot melt adhesive layer 14 on the first bridging agent layer 13, use and constitute a composite membrane 1; (C8), composite membrane 1 is inserted hot briquetting is the housing that an on-slip layer exposes within the mould; (C9), aforementioned housing is inserted a mould, the plastic liquid of injecting the fusion hot melt adhesive layer 14 in the housing therewith combines and whole formation one has the assembly that on-slip glue-line 12 exposes.
Illustrate the environment-protective process that Another Application of the present invention penetrates like Fig. 8 in mould; Can the pattern composite membrane 2 that contains of Fig. 3 be seen through a hot briquetting step (D8); Hot briquetting in a mould and become one and contain the housing (this is still the simple heating moulding process, so not shown) that patterned layer 24 and on-slip layer 22 expose.Present embodiment comprises the following steps: (D1), preparation one substrate film 20; (D2), apply a parting agent layer 21 on substrate film 20; (D3), apply an on-slip glue-line 22 on parting agent layer 21; (D4), apply one first bridging agent layer 23 on the on-slip glue-line 22; (D5), printing one patterned layer 24 is in the surface of the first bridging agent layer 23; (D6), apply one second bridging agent layer 25 in patterned layer 24 surfaces; (D7), apply a hot melt adhesive layer 26 on the second bridging agent layer 25, constitute one by this and contain pattern composite membrane 2; (D8), this is contained pattern composite membrane 2 and insert that hot briquetting is the housing that an on-slip layer exposes within the mould; (D9), described housing is inserted a mould, the plastic liquid of injecting the fusion hot melt adhesive layer 26 of housing therewith combines and whole formation one has the plastic assembly that on-slip glue-line 22 exposes.
Environment-protective process of the present invention can be widely used in the various product surface processing that need on-slip to handle; The for example on-slip of articles for use such as surface such as slippers surface, shoe insole surface, socks bottom surface, service plate, mat applying, tea tray, artificial leather, animal's leather, chair surface, 3C Product shell or protective sleeve; Effectively and neatly replace traditional spraying operation, the high amounts of solvents volatilization loss of avoiding the conventional spray paint operation to be produced damages the ozone layer, injures spraying staff's health problem.
Above-described specific embodiment; The object of the invention, technical scheme and beneficial effect have been carried out further explain, and institute it should be understood that the above is merely specific embodiment of the present invention; And be not used in qualification protection scope of the present invention; All within spirit of the present invention and principle, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. environment-protective process that adds the on-slip layer at product surface; Be with a heating steps with one contain a substrate film, an on-slip glue-line and a hot melt adhesive layer at least composite membrane; After being bonded to the surface of a product; Carry out one at last and remove step, remove said substrate film and expose said on-slip glue-line.
2. as claimed in claim 1ly add the environment-protective process of on-slip layer at product surface, wherein, said heating steps is to make said hot melt adhesive layer heat be melted into the surface of said product, so that said composite membrane is able to be bonded to the surface of said product.
3. as claimed in claim 1ly add the environment-protective process of on-slip layer at product surface, wherein, the processing step of said composite membrane 1 comprises:
A1, preparation one substrate film;
A2, coating one parting agent layer are on said substrate film;
A3, coating one on-slip glue-line are on said parting agent layer;
A4, coating one first bridging agent layer are on said on-slip glue-line; And
A5, coating one hot melt adhesive layer make and said other each layer formation one composite membrane on the said first bridging agent layer.
4. as claimed in claim 1ly add the environment-protective process of on-slip layer at product surface, wherein, said on-slip glue-line is that a transparent on-slip material applies fixed the forming in back.
5. as claimed in claim 1ly add the environment-protective process of on-slip layer at product surface, wherein, said on-slip glue-line applies with a thermoplastic elastomer (TPE) and obtains.
6. environment-protective process that adds the on-slip layer at product surface; Be with a heating steps with one contain a substrate film, an on-slip glue-line, a patterned layer and a hot melt adhesive layer at least contain the pattern composite membrane; After being bonded to the surface of a product, carrying out one at last and remove step and remove said substrate film and expose said on-slip glue-line.
7. as claimed in claim 6ly add the environment-protective process of on-slip layer at product surface, wherein, the said processing step that contains the pattern composite membrane comprises:
B1, preparation one substrate film;
B2, coating one parting agent layer are on said substrate film;
B3, coating one on-slip glue-line are on said parting agent layer;
B4, coating one first bridging agent layer are on said on-slip glue-line;
B5, formation one patterned layer are on the surface of the said first bridging agent layer;
B6, coating one second bridging agent layer are on the surface of said patterned layer; And
B7, coating one hot melt adhesive layer make with other layer formation one to contain the pattern composite membrane on the said second bridging agent layer.
8. as claimed in claim 6ly add the environment-protective process of on-slip layer at product surface, wherein, said on-slip glue-line is that a transparent on-slip material applies fixed the forming in back.
9. environment-protective process that adds the on-slip layer at product surface; Be with a hot briquetting step D8 with one contain a substrate film, a patterned layer, an on-slip glue-line and a hot melt adhesive layer at least the pattern composite membrane that contains be shaped to a housing; Carry out then and penetrate step in the mould said housing is inserted a mould, the plastic liquid of injecting a fusion combines with the hot melt adhesive layer of said housing and whole formation one has the assembly that the on-slip glue-line exposes.
10. as claimed in claim 9ly add the environment-protective process of on-slip layer at product surface, wherein, the said pattern composite membrane that contains also comprises one first bridging agent layer, a patterned layer and one second bridging agent layer between said substrate film and on-slip glue-line.
11. as claimed in claim 10ly add the environment-protective process of on-slip layer at product surface, wherein, the said processing step that contains the pattern composite membrane comprises:
D1, preparation one substrate film;
D2, coating one parting agent layer are on said substrate film;
D3, coating one on-slip glue-line are on said parting agent layer;
D4, coating one first bridging agent layer are on said on-slip glue-line;
D5, formation one patterned layer are on the surface of the said first bridging agent layer;
D6, coating one second bridging agent layer are on the surface of said patterned layer; And
D7, coating one hot melt adhesive layer make with other layer formation one to contain the pattern composite membrane on the said second bridging agent layer.
12. as claimed in claim 9ly add the environment-protective process of on-slip layer at product surface, wherein, said on-slip glue-line is to apply fixed the forming in back with a transparent on-slip material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101197738A CN102774119A (en) | 2011-05-10 | 2011-05-10 | Environment-friendly process for adding anti-slip layer on surface of product |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101197738A CN102774119A (en) | 2011-05-10 | 2011-05-10 | Environment-friendly process for adding anti-slip layer on surface of product |
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| CN102774119A true CN102774119A (en) | 2012-11-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011101197738A Pending CN102774119A (en) | 2011-05-10 | 2011-05-10 | Environment-friendly process for adding anti-slip layer on surface of product |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107638054A (en) * | 2016-07-22 | 2018-01-30 | 宏泰印刷厂股份有限公司 | The production method of sliding-proof pad and sliding-proof pad |
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| JPH06226902A (en) * | 1993-01-11 | 1994-08-16 | New Oji Paper Co Ltd | Transfer sheet for giving slipproofness and method for giving slipproofness by using the same |
| CN201552826U (en) * | 2009-11-03 | 2010-08-18 | 潘明冲 | Anti-scrape heat transfer film |
| CN101850591A (en) * | 2009-04-06 | 2010-10-06 | 康准电子科技（昆山）有限公司 | In-mould decoration forming method and molded product |
| CN201703047U (en) * | 2010-05-28 | 2011-01-12 | 胜昱科技股份有限公司 | Transfer printing coating structure |
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2011
- 2011-05-10 CN CN2011101197738A patent/CN102774119A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH06226902A (en) * | 1993-01-11 | 1994-08-16 | New Oji Paper Co Ltd | Transfer sheet for giving slipproofness and method for giving slipproofness by using the same |
| CN101850591A (en) * | 2009-04-06 | 2010-10-06 | 康准电子科技（昆山）有限公司 | In-mould decoration forming method and molded product |
| CN201552826U (en) * | 2009-11-03 | 2010-08-18 | 潘明冲 | Anti-scrape heat transfer film |
| CN201703047U (en) * | 2010-05-28 | 2011-01-12 | 胜昱科技股份有限公司 | Transfer printing coating structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107638054A (en) * | 2016-07-22 | 2018-01-30 | 宏泰印刷厂股份有限公司 | The production method of sliding-proof pad and sliding-proof pad |
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Application publication date: 20121114 |