CN101575173A - UV light- curable glue film glass and manufacture method thereof - Google Patents
UV light- curable glue film glass and manufacture method thereof Download PDFInfo
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- CN101575173A CN101575173A CNA2008100941419A CN200810094141A CN101575173A CN 101575173 A CN101575173 A CN 101575173A CN A2008100941419 A CNA2008100941419 A CN A2008100941419A CN 200810094141 A CN200810094141 A CN 200810094141A CN 101575173 A CN101575173 A CN 101575173A
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Abstract
The method comprises the following steps: UV light-curable glue is coated on the surface of glass or the surface of a glass coating by a roller type coater or a spray type coater; ultraviolet rays are used for carrying out irradiation; and the UV light-curable glue is cured on the surface of the glass or the surface of the glass coating to form a UV light-curable glue film.
Description
Invention field:
The present invention relates to building, decoration, car, ship, flyer glass.
Background technology:
The UV printing coating is finished picture and text printed matter surface exactly, prints UV oil polish once or twice again with forme or picture and text forme on the spot, makes printed matter surface obtain the UV rete of light.The UV printing coating can strengthen the light fastness of printing ink, increases ink lay solar heat protection, moistureproof ability, plays the protection trace, beautifies product, substitutes the effect of overlay film.
The characteristics of UV printing coating are: 1) the UV oil polish contains solvent hardly, and the organic volatile quantity discharged is few, has reduced atmospheric pollution.2) energy-conservation and efficient height does not need heat energy during curing, and it solidifies required energy consumption and has only about 20% of infrared curing type oil polish.Curing speed can reach 100～300m/min under the irradiation of 80～120W/cm UV-lamp; 3) printed matter after the UV glazing process is handled, color is obviously bright-coloured beautiful than other working methods, and the coating after solidifying is wear-resisting, has more resistance to chemical reagents and chemical resistant properties, good stability, can water and ethanol clean; 4) volatilization of UV oil polish is few, and low-consuming, cost is about about 60% of overlay film cost; 5) UV glazing product adhesion can stack stacking after the curing, is beneficial to back operation processing operation; 6) can recycle.Solved that plastics compound paper substrate can not reclaim and the problem of environmental pollution that forms.
Do not retrieve the relevant report of making the UV light-curable glue film glass with UV printing coating technology as yet.
Summary of the invention:
The objective of the invention is: 1, UV printing coating technology is migrated to and make UV light-curable glue film glass or UV light-curable glue film double glazing,, improve the anti-crushing performance of glass, solve the glass fragment problem of hurting sb.'s feelings of being scattered by UV light-curable glue film on glass.2,, improve the heat-insulating property and the sound insulation property of glass by UV light-curable glue film on glass.3, UV printing coating technology is migrated to make the UV light-curable glue film glass, make the UV light-curable glue film glass form high-level efficiency suitability for industrialized production and quality-guarantee, solve manual adhering film to glass quality instability, production efficiency is hanged down problem.4, make UV photocuring anti-crushing glass with UV printing coating technology and compare with existing pad pasting glass or coated glass, cost only for existing pad pasting glass or coated glass 1/20.5, add light-storage spontaneous light material or phototropic micro mist or metallic substance or metal oxide in the UV optic-solidified adhesive, produce UV photocuring anti-crushing glass with specific function.6, according to UV light-curable glue film glass destructible characteristics under the strong impact force effect, when producing danger, can escape glass.7, be coated with UV photocuring anti-crushing glued membrane on the toughened glass surface, solve the toughened glass self-explosion glass fragment problem of hurting sb.'s feelings of being scattered.8, local printing gummed UV light-curable glue film glass produces different reflected light by glued membrane and glass, makes glass produce stereoeffect.
The UV light-curable glue film glass that the present invention proposes comprises glass, the UV optic-solidified adhesive, roll coater or spraying type coating machine are coated in glass surface or glass coating surface with the UV optic-solidified adhesive, after uviolizing, form the UV light-curable glue film at glass surface or glass coating surface.The roll coater sheet glass that suits, the spraying type coating machine bend glass that suits.
The UV optic-solidified adhesive is by oligopolymer, reactive thinner, light trigger, stablizer, flow agent and defoamer are formed, and oligopolymer comprises: epoxy acrylic resin, poly-ammonia enzyme acrylic resin, the polyester acrylic resin, the epoxy methacrylic resin, polyalcohol modified epoxy methacrylic resin, fatty acid modified epoxy methacrylic resin, the epoxy soybean oil methacrylic resin, the methacrylic acid polyurethane resin, polyether-modified methacrylic resin, fatty acid modified methacrylic acid polyurethane resin, in the polyester methacrylic acid polyurethane resin one or more are used.Reactive thinner comprises: acrylate (HDDA), neopentyl glycol diacrylate enzyme (NPGDA), tri (propylene glycol) diacrylate (TPGDA), Viscoat 295 (TMPTA), water or thickening material.Light trigger comprises: benzophenone, Alpha-hydroxy isopropyl benzene ketone, Alpha-hydroxy phenylcyclohexane ketone.Stablizer comprises: Resorcinol, p methoxy phenol, para benzoquinone, 2,6-di-t-butyl cresylol, the simple function group acrylate monomer, the bifunctional acrylate monomer, the trifunctional acrylate monomer, the four-functional group acrylate monomer, five functional group's acrylate monomer, the water dispersible acrylate monomer, simple function group methacrylic acid alicyclic monomer, bifunctional methacrylic acid alicyclic monomer, trifunctional methacrylic acid alicyclic monomer, four-functional group methacrylic acid alicyclic monomer, five functional group's methacrylic acid alicyclic monomers or monomeric one or more of water dispersible methacrylate are used, its effect is to regulate the glued membrane viscosity, curing speed is participated in photocuring reaction.
Light trigger is a free radical photo-initiation; comprise: Alpha-hydroxy isopropyl benzene ketone; Alpha-hydroxy phenylcyclohexane ketone; 2; 4,6-(trimethylbenzoyl) diphenyl phosphate oxidation (TPO); 4-methylbenzene sulfenyl benzophenone (BMS); 2-methyl isophthalic acid-[4-methylthio group phenyl]-2-morpholinyl-1-acetone; 1-hydroxyl-cyclohexyl-phenyl ketone; 2-hydroxy-2-methyl-1-phenyl-1-acetone; sec.-propyl thia anthraquinone (2; 4 heterogeneous mixtures); 4-dimethylamino-phenylformic acid second fat; 4-dimethylamino-phenylformic acid (2-ethyl) fat; the benzoylbenzoic acid formicester; trisbromomethyl phenyl sulfone; the 4-chlorobenzophenone; 4-methyldiphenyl ketone; o-benzoylbenzoic acid formicester or benzophenone (BP).
Stablizer is used for improving UV optic-solidified adhesive stability in storage.Stablizer commonly used has Resorcinol, p methoxy phenol, para benzoquinone, 2,6-di-t-butyl cresylol.
Flow agent is used for improving the levelling property of UV optic-solidified adhesive face, increases the glossiness of UV light-curable glue film, comprising: cellulose acetate butyrate (CAB), polyacrylic acid.
Defoamer is used for preventing and eliminate the bubble that the UV optic-solidified adhesive produces in manufacturing and use, comprises: silicone emulsion, the fatty acid ester compounded thing of higher alcohols, polyoxyethylene polyoxypropylene tetramethylolmethane ether, polyoxyethylene polyoxy propyl alcohol amidogen ether, polyoxypropylene glyceryl ether and polyoxypropylene.
According to glass purposes difference, the one side that the UV optic-solidified adhesive is coated in glass manufactures single face UV light-curable glue film glass, the two sides that the UV optic-solidified adhesive is coated in glass manufactures two-sided UV light-curable glue film glass, the UV optic-solidified adhesive is coated in the part of glass with intaglio plate coating machine or flexographic plate coating machine or screen process press, manufacture the UV light-curable glue film that has decorative pattern, by the different decorative patterns that present of UV light-curable glue film with the reflected light of glass.
For improving glue film glass protecting against shock and anti-crushing function, UV optic-solidified adhesive surface coverage transparent resin film, transparent resin film comprises: PET resin molding or polycarbonate resin film (PC) or polyethylene resin film (PE) or polypropylene resin film (PP) or fluoroplastics resin film.When making UV photocuring transparent resin glue film glass, at first, with roll coater the UV optic-solidified adhesive evenly is coated onto glass surface, make solvent evaporates with infrared heating, at UV optic-solidified adhesive surface coverage transparent resin film, after UV-irradiation, make the UV light-curable glue film with glass with transparent resin film is bonding is integral.
For improving UV light-curable glue film glass intensity and decorate properties, the UV light-curable glue film is made up of multilayer, comprise: whole gluing and local gummed multiple layer combination, the combination of band coloring agent film and transparent adhesive film, the combination of function glued membrane and transparent adhesive film, make the glue film glass goods produce pattern or stereoeffect or specific function, as: lighting function, sunlight control function, conducting function, self-cleaning function, sterilizing function.
For making the UV light-curable glue film glass have lighting function, add self-luminous sign micro mist or phototropic micro mist in the UV optic-solidified adhesive.
For making the UV light-curable glue film glass have sunlight control function and conducting function, add phototropic micro mist or metal fine powder or metal oxide micro mist in the UV optic-solidified adhesive.
For improving the appearance effect of UV light-curable glue film glass.Add colorant in the UV optic-solidified adhesive and manufacture band look UV light-curable glue film glass.
For making the UV light-curable glue film glass have self-cleaning function, add the TiO2 micro mist in the UV optic-solidified adhesive, TiO2 has the decomposing organic matter function under illumination.
For making the UV light-curable glue film glass have sterilizing function, add the Ag micro mist in the UV optic-solidified adhesive, the Ag micro mist has sterilizing function.
Ceramic glaze glass is to add ceramic powdered frit in the UV optic-solidified adhesive, at glass surface, after UV-irradiation, ceramic powdered frit is fixed on glass through printing or colored drawing, behind the high temperature sintering, ceramic powdered frit and glass is combined into one.
Adopt the inferior light optic-solidified adhesive of UV or adopt UV pearly-lustre optic-solidified adhesive to be printed on glass surface, manufacture and decorate the UV light-curable glue film glass.
Be to improve the heat insulating and sound insulating effect of UV light-curable glue film glass, make double glazing with the UV light-curable glue film glass, the UV light-curable glue film is placed on second of double glazing or the 3rd usually or second face adds the 3rd.The glued membrane that has specific function, as: self-cleaning UV light-curable glue film glass, sterilization UV light-curable glue film glass is placed on double glazing inner face or outside.
Be to improve the uprising power impact effect of UV light-curable glue film glass, make doubling glass with the UV light-curable glue film glass, doubling glass can be individual layer doubling or multilayer doubling, and the doubling glass middle layer is a hot melt adhesive film, inside and outside be the UV light-curable glue film.
Above-mentioned UV light-curable glue film glass, glass can substitute with stone material or pottery, manufactures anti-crushing glued membrane stone material or pottery.
Advantage of the present invention is: 1, make UV photocuring anti-crushing glass or double glazing with UV printing coating technology, improve anti-crushing performance, heat-insulating property and the sound insulation property of glass.2, make UV photocuring anti-crushing glass with UV printing coating technology, the production efficiency height, steady quality, manufacturing cost is 1/20 of a common pad pasting glass, solves manual pad pasting quality instability, production efficiency is low, the high problem of cost.3, it is pollution-free to make UV photocuring anti-crushing glass with UV printing coating technology, environmental protection.4, add light-storage spontaneous light material in the UV optic-solidified adhesive, improve the fluorescent lifetime of glass.5, add metallic substance or metal oxide in the UV optic-solidified adhesive, improve glass sunlight control characteristic.When 6, glass was broken, glue film glass can not be scattered and hurt sb.'s feelings.
Description of drawings:
Below in conjunction with Figure of description and embodiment the present invention is further described.
Fig. 1 is the UV photocuring single face glue film glass sectional drawing with feature of the present invention.
Fig. 2 is the UV photocuring double faced adhesive tape film glass sectional drawing with feature of the present invention.
Fig. 3 is the UV photocuring single-surface double-layer glue film glass sectional drawing with feature of the present invention.
Fig. 4 is the UV photocuring overlay tree adipose membrane glue film glass sectional drawing with feature of the present invention.
Fig. 5 is the two-sided overlay tree adipose membrane of the UV photocuring glue film glass sectional drawing with feature of the present invention.
Fig. 6 is the self-luminous sign UV light-curable glue film glass sectional drawing with feature of the present invention.
Fig. 7 is the UV photocuring list glued membrane double glazing sectional drawing with feature of the present invention.
Fig. 8 is the two glued membrane double glazing sectional drawings of UV photocuring with feature of the present invention.
Fig. 9 has feature UV light-curable glue film LOW-E double glazing sectional drawing of the present invention.
Figure 10 has the two three layers of double glazing sectional drawing of glued membrane of feature UV photocuring of the present invention.
Figure 11 has feature UV photocuring of the present invention three layers of double glazing sectional drawing of glued membrane up and down.
Figure 12 has three layers of double glazing sectional drawing of feature UV photocuring four glued membranes of the present invention.
Figure 13 is the anti-pollution glue film glass sectional drawing of UV photocuring with feature of the present invention.
Figure 14 is the UV photo-curing sterilizing glue film glass sectional drawing with feature of the present invention.
Figure 15 is the anti-pollution glued membrane stone material of the UV photocuring sectional drawing with feature of the present invention.
Embodiment:
Embodiment 1:
A kind of UV photocuring single face glue film glass sectional drawing as shown in Figure 1, wherein: the 1st, glass, the 2nd, UV optic-solidified adhesive.When making UV photocuring single face glue film glass, at first, UV optic-solidified adhesive 2 evenly is coated onto glass 1 surface, makes solvent evaporates, after UV-irradiation, make UV optic-solidified adhesive liquid be solidificated in glass 1 surface and form the UV glued membrane with infrared heating with roll coater.
Embodiment 2:
A kind of UV photocuring double faced adhesive tape film glass sectional drawing as shown in Figure 2, wherein: the 3rd, glass, the 4th, upper strata UV optic-solidified adhesive, the 5th, the UV of lower floor optic-solidified adhesive.When making UV photocuring anti-crushing double faced adhesive tape film glass, at first, UV optic-solidified adhesive 2 evenly is coated onto glass 1 upper and lower surface, makes solvent evaporates, after UV-irradiation, make UV optic-solidified adhesive liquid be solidificated in glass 3 upper and lower surfaces with infrared heating with roll coater.
The advantage of present embodiment is: the UV light-curable glue film that covers down on glass, the shock resistance and the heat-insulating property of raising glass.
Embodiment 3:
A kind of UV photocuring single-surface double-layer glue film glass sectional drawing as shown in Figure 3, wherein: the 6th, glass, the 7th, the UV of lower floor optic-solidified adhesive, the 8th, upper strata UV optic-solidified adhesive.When making UV photocuring anti-crushing single-surface double-layer glue film glass, at first, with roll coater the UV of lower floor optic-solidified adhesive 7 evenly is coated onto glass 6 surfaces, make solvent evaporates with infrared heating, after UV-irradiation, make the UV of lower floor photocuring glue 7 be solidificated in glass 6 surfaces, the glass 6 that will have the UV of a lower floor photocuring glue 7 is sent into once more and is used roll coater, roll coater evenly is coated onto the UV of lower floor photocuring glue 7 surfaces with upper strata UV optic-solidified adhesive 8, make solvent evaporates with infrared heating, after UV-irradiation, make upper strata UV photocuring glue 8 be solidificated in the UV of lower floor light-curable glue film 7 surfaces, manufacture UV photocuring anti-crushing single-surface double-layer glue film glass.
Embodiment 4:
A kind of UV photocuring overlay tree adipose membrane glue film glass sectional drawing as shown in Figure 4, wherein: the 9th, glass, the 10th, UV optic-solidified adhesive, the 11st, organic resin film.When making UV photocuring overlay tree adipose membrane glue film glass, at first, with roll coater UV optic-solidified adhesive 10 evenly is coated onto glass 9 surfaces, make solvent evaporates with infrared heating, organic resin film 11 is covered on the UV optic-solidified adhesive, and after vacuumizing, organic resin film 11 is close on the UV optic-solidified adhesive, after UV-irradiation, UV optic-solidified adhesive 10 is bonded in glass 9 surfaces with organic resin film 11.
Embodiment 5:
The two-sided overlay tree adipose membrane of a kind of UV photocuring glue film glass sectional drawing as shown in Figure 5, wherein: the 12nd, glass, the 13rd, upper strata UV optic-solidified adhesive, the 14th, upper strata organic resin film, the 15th, the UV of lower floor optic-solidified adhesive, the 16th, lower floor's organic resin film.
The advantage of present embodiment is: resin molding is bonded in lower surface on glass with the UV optic-solidified adhesive, the impact resistance of raising glass and insulation, sound insulation property.
Embodiment 6:
A kind of self-luminous sign UV light-curable glue film glass sectional drawing as shown in Figure 6, wherein: the 17th, glass, the 18th, self-luminous sign particle, the 19th, UV glued membrane.Self-luminous sign particle 18 is blended in the UV glued membrane 19.When making self-luminous sign UV light-curable glue film glass, at first, self-luminous sign particle 18 is blended in the UV glue 19, the UV optic-solidified adhesive 19 that will mix self-luminous sign particle 18 with roll coater evenly is coated onto glass 17 surfaces, make solvent evaporates with infrared heating, after UV-irradiation, make the UV optic-solidified adhesive 19 that mixes self-luminous sign particle 18 be solidificated in glass 17 surfaces.
Embodiment 7:
A kind of UV photocuring list glued membrane double glazing sectional drawing as shown in Figure 7, wherein: the 20th, upper strata glass, the 21st, UV glued membrane, the 22nd, double glazing incubation cavity, the 23rd, lower floor's glass, the 24th, double glazing parting bead, the 25th, siccative, the 26th, seal gum.When making UV light-curable glue film double glazing, at first, with roll coater UV glue 21 evenly is coated onto upper strata glass 20 internal surfaces, after UV-irradiation, the UV glue solidifies, form UV glued membrane 21 at upper strata glass 20 internal surfaces, it is bonding to have the upper strata glass 20 of UV glued membrane 21 and lower floor's glass 23 usefulness seal gums 26 and double glazing parting bead 24, manufactures UV glued membrane double glazing.
The advantage of present embodiment is: 1, the UV glued membrane has good anti-crushing performance, prevents that the glass fragmentation from hurting sb.'s feelings.2, the UV glued membrane improves the heat-insulating property of double glazing, sound insulation property, anti-dewing function.
Embodiment 8:
The two glued membrane double glazing sectional drawings of a kind of UV photocuring as shown in Figure 8, wherein: the 27th, upper strata glass, the 28th, upper strata UV glued membrane, the 29th, double glazing incubation cavity, the 30th, lower floor's glass, the 31st, the UV of lower floor glued membrane, the 32nd, double glazing parting bead, the 33rd, siccative, the 34th, seal gum.Upper strata glass 27, lower floor's glass 30 and double glazing parting bead 32 usefulness seal gums 34 bond together.
Embodiment 9:
A kind of UV light-curable glue film LOW-E double glazing sectional drawing as shown in Figure 9, wherein: the 35th, upper strata glass, the 36th, LOW-E film, the 37th, UV glued membrane, the 38th, lower floor's glass, the 39th, double glazing incubation cavity, the 40th, double glazing parting bead, the 41st, siccative, the 42nd, seal gum.When making UV light-curable glue film LOW-E double glazing, with roll coater UV glue 37 evenly is coated onto glass LOW-E plated film 36 surfaces, upper strata, after UV-irradiation, the UV glue is solidificated in LOW-E plated film 36 surfaces, it is bonding to have the upper strata glass 35 of LOW-E plated film 36 and UV glued membrane 37 and lower floor's glass 38 usefulness seal gums 42 and double glazing parting bead 40, manufactures UV light-curable glue film LOW-E double glazing.
The advantage of present embodiment is: UV curing glued membrane on the LOW-E plated film, the work-ing life of improving the LOW-E plated film.
Embodiment 10:
In a kind of UV photocuring two three layers of double glazing sectional drawing of glued membrane as shown in figure 10, wherein: the 43rd, upper strata glass, the 44th, double glazing upper strata incubation cavity, the 45th, middle layer glass, the 46th, last UV glued membrane, the 47th, following UV glued membrane, the 48th, lower floor's glass, the 49th, double glazing lower floor incubation cavity, the 50th, last double glazing parting bead, the 51st, last siccative, the 52nd, last seal gum, the 53rd, following double glazing parting bead, the 54th, following siccative, the 53rd, lower seal glue.When making the two three layers of double glazing of glued membrane of UV photocuring, at first, to go up the upper and lower surface that UV glue 46 and following UV glue 47 evenly are coated onto middle layer glass 45 with roll coater, after UV-irradiation, the UV glue solidifies, form UV glued membrane 46 and form UV glued membrane 47 down at the upper surface of intermediate glass 45 at the lower surface of intermediate glass 45, with upper strata glass 35 and have the middle layer glass 45 of UV glued membrane and lower floor's glass 48 respectively with seal gum 52 and last double glazing parting bead 50 and seal gum 55 and three layers of double glazing of following double glazing parting bead 53 bonding Cheng Zhongshuan glued membranes.
Embodiment 11:
The two up and down three layers of double glazing sectional drawing of glued membrane of a kind of UV photocuring as shown in figure 11, wherein: the 56th, upper strata glass, the 57th, upper strata UV glue, the 58th, last double glazing incubation cavity, the 59th, middle layer glass, the 60th, lower floor's glass, the 61st, the UV of lower floor glued membrane, the 62nd, following double glazing incubation cavity, the 63rd, last double glazing parting bead, the 64th, last siccative, the 65th, last seal gum, the 66th, following double glazing parting bead, the 67th, following siccative, the 68th, lower seal glue.When making the two up and down three layers of double glazing of glued membrane of UV photocuring, at first, to go up the internal surface that UV glue 57 evenly is coated onto upper strata glass 56 with roll coater, after UV-irradiation, the UV glue solidifies, form UV glued membrane 57 on the surface of upper strata glass 56, to descend UV glue 61 evenly to be coated onto the internal surface of lower floor's glass 60 with roll coater, internal surface at lower floor's glass 60 forms UV glued membrane 61 down, and the upper strata glass 56 that will have UV glued membrane 57 is used seal gum 65 and last double glazing parting bead 63 and the two up and down three layers of double glazing of glued membrane of lower seal glue 68 and the following double glazing parting bead 66 bonding UV of one-tenth photocurings respectively with middle layer glass 59 and the lower floor's glass 60 that has UV glued membrane 61.
The advantage of present embodiment is: three layers of double glazing of two glued membranes have the excellent insulating performance.
Embodiment 12:
Three layers of double glazing sectional drawing of a kind of UV photocuring four glued membranes as shown in figure 12, wherein: the 69th, upper strata glass, the 70th, upper strata UV glue, the 71st, last double glazing incubation cavity, the 72nd, middle layer glass, the 73rd, middle layer UV glued membrane on glass, the 74th, UV glued membrane under the glass of middle layer, the 75th, lower floor's glass, the 76th, the UV of lower floor glued membrane, the 77th, following double glazing incubation cavity, the 78th, last double glazing parting bead, the 79th, last siccative, the 80th, following double glazing parting bead, the 81st, following siccative, the 82nd, seal gum.
Embodiment 13:
The anti-pollution glue film glass sectional drawing of a kind of UV photocuring as shown in figure 13, wherein: the 83rd, glass, the 84th, TiO2 particle, the 85th, UV optic-solidified adhesive.When making the anti-pollution glue film glass of UV photocuring, at first, TiO2 particle 84 is blended in the UV glue 85, the UV optic-solidified adhesive 85 that will mix TiO2 particle 84 with roll coater evenly is coated onto glass 83 surfaces, make solvent evaporates with infrared heating, after UV-irradiation, make the UV optic-solidified adhesive 85 that mixes TiO2 particle 84 be solidificated in glass 83 surfaces.
The advantage of present embodiment is: mix TiO2 particle UV glue and be coated in glass surface, prevent glass breakage and Organic pollutants.
Embodiment 15:
A kind of UV photo-curing sterilizing glue film glass sectional drawing as shown in figure 15, wherein: the 86th, glass, the 87th, metal A g particle, the 88th, UV optic-solidified adhesive.When making UV photo-curing sterilizing glue film glass, at first, metal A g particle 87 is blended in the UV glue 88, with roll coater the UV optic-solidified adhesive 88 of mixing metal A g particle 87 evenly is coated onto glass 86 surfaces, make solvent evaporates with infrared heating, after UV-irradiation, make the UV optic-solidified adhesive 88 of mixing metal A g particle 87 be solidificated in glass 6 surfaces.
The advantage of present embodiment is: mixing metal A g particle UV glue is coated in glass surface, and UV glue prevents glass breakage, and metal A g particle has sterilizing function, and suitable hospital and toilet with sterilization requirement uses.
Embodiment 16:
The anti-pollution glued membrane stone material of a kind of UV photocuring sectional drawing as shown in figure 16, wherein: the 89th, stone material, the 90th, TiO2 particle, the 91st, UV glue.When making the anti-pollution glued membrane stone material of UV photocuring, at first, TiO2 particle 90 is blended in the UV glue 91, the UV optic-solidified adhesive 91 that will mix TiO2 particle 90 with roll coater evenly is coated onto stone material 89 surfaces, make solvent evaporates with infrared heating, after UV-irradiation, make the UV optic-solidified adhesive 91 that mixes TiO2 particle 90 be solidificated in stone material 89 surfaces.
The advantage of present embodiment is: mix TiO2 particle UV glue and be coated in stone surface, prevent that stone material from breaking and rain leakage and Organic pollutants, the work-ing life of improving stone material.
A kind of manufacture method of UV light-curable glue film glass: roll coater or spraying type coating machine are coated in glass surface or glass coating surface with the UV optic-solidified adhesive; Uviolizing; The UV optic-solidified adhesive is solidificated in glass surface or the glass coating surface forms the UV light-curable glue film.
In the above-mentioned manufacture method: before the uviolizing, can make solvent evaporates in the UV optic-solidified adhesive with type of heating.
Claims (10)
1, a kind of UV light-curable glue film glass comprises glass, and the UV optic-solidified adhesive is characterized in that: glass surface or glass coating surface are coated with one or more layers UV light-curable glue film.
2, UV light-curable glue film glass according to claim 1, it is characterized in that: the UV optic-solidified adhesive is made up of oligopolymer, reactive thinner, light trigger, stablizer, flow agent and defoamer.
3, UV light-curable glue film glass according to claim 1 is characterized in that: UV light-curable glue film surface coverage resin molding.
4, UV light-curable glue film glass according to claim 1 is characterized in that: add self-luminous sign micro mist or phototropic micro mist in the UV optic-solidified adhesive.
5, UV light-curable glue film glass according to claim 1 is characterized in that: add metal fine powder or metal oxide micro mist in the UV optic-solidified adhesive.
6, UV light-curable glue film glass according to claim 1 is characterized in that: add colorant or ceramic powdered frit in the UV optic-solidified adhesive.
7, UV light-curable glue film glass according to claim 1 is characterized in that: make double glazing or doubling glass with the UV light-curable glue film glass.
8, UV light-curable glue film glass according to claim 1 is characterized in that: the UV optic-solidified adhesive is inferior optical cement of UV photocuring or UV photocuring pearly-lustre glue.
9, UV light-curable glue film glass according to claim 1 is characterized in that: glass substitutes with stone material or pottery.
10, a kind of manufacture method of UV light-curable glue film glass: roll coater or spraying type coating machine are coated in glass surface or glass coating surface with the UV optic-solidified adhesive; Uviolizing; The UV optic-solidified adhesive is solidificated in glass surface or the glass coating surface forms the UV light-curable glue film.
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