CN101560341A - UV photo-curing sterilizing coating and preparation method thereof - Google Patents
UV photo-curing sterilizing coating and preparation method thereof Download PDFInfo
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- CN101560341A CN101560341A CNA200910008594XA CN200910008594A CN101560341A CN 101560341 A CN101560341 A CN 101560341A CN A200910008594X A CNA200910008594X A CN A200910008594XA CN 200910008594 A CN200910008594 A CN 200910008594A CN 101560341 A CN101560341 A CN 101560341A
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Abstract
The invention relates to a UV photo-curing sterilizing coating which comprises antibacterial and antiviral active material containing oligopolymer, reactive diluent, photoinitiator, stabilizing agent, flatting agent, UV photo-curing glue of defoaming agent and attached materials; wherein, the surface of the UV photo-curing glue is embedded with single variety or blending antibacterial and antiviral active material, or is internally mixed the single variety or blending antibacterial and antiviral active material.
Description
Invention field:
The present invention relates to the UV photo-curing sterilizing coating.
Background technology:
Chinese patent 200810030170.9 " a kind of antimicrobial UV coating and manufacture craft thereof " proposes a kind of manufacture craft of antimicrobial UV coating, nanometer silver powder and wetting dispersing agent are mixed and made into an antibiotic stoste, polyester CALCIUM ACRYLATE in antibiotic stoste and the UV coating is mixed and made into antibiotic mother liquor, other component with antibiotic mother liquor and UV coating is mixed and made into antimicrobial UV coating at last, because the polyester CALCIUM ACRYLATE is a kind of component in the UV coating, it has good pigment wettability, the polyester CALCIUM ACRYLATE can be miscible in the UV coating well, the nanometer silver powder can be dispersed in the polyester CALCIUM ACRYLATE well, therefore, the nanometer silver powder of blending dispersion in the polyester CALCIUM ACRYLATE also can be dispersed in the UV coating well, and be uniformly dispersed, can kill voluntarily attached to the bacterium on the coating, germ.
The deficiency of above-mentioned patent is: 1, nanometer silver powder mixed with resin is dispersed in the polyester CALCIUM ACRYLATE, wrap up the polyester CALCIUM ACRYLATE around the nanometer silver powder, bacterium or germ need could contact with the nanometer silver powder by parcel polyester acrylate resin layer, and parcel polyester acrylate resin coating reduces the sterilization usefulness of nanometer silver powder.2, above-mentioned patent does not propose the preparation method of UV photocuring plastic powder and coating.3, above-mentioned patent does not propose the preparation method of UV optic-solidified adhesive coating.3, above-mentioned patent does not propose the combining of other material and UV glue beyond the desilver.
Summary of the invention:
The objective of the invention is: 1, UV optic-solidified adhesive surface is inlayed antibiotic and antivirus activity material, and antibiotic and antivirus activity material surface exposure directly contacts with bacterium, germ, improves antibiotic and antivirus activity material sterilization usefulness.2, antibiotic and antivirus activity material is mixed in the UV optic-solidified adhesive, is painted on substrate surface, and behind the surfacing, antibiotic and antivirus activity material surface exposure improves antibiotic and antivirus activity material sterilization usefulness.3, antibiotic and antiviral activity nano-material surface mixes or brushes antibiotic and antiviral cats product or inhibiter, improves sterilization usefulness and life-span.4, the transparent base layer material is sneaked into light-accumulating luminous material, utilizes light-accumulating luminous material after-glow light to excite antibiotic and antiviral activity nano material activity, improves sterilization usefulness.5, mix sunlight control nano particle in the UV optic-solidified adhesive, solve UV optic-solidified adhesive surface contamination and problem of aging, improve the UV optic-solidified adhesive life-span.
The UV photo-curing sterilizing coating that the present invention proposes comprises: antibiotic and antivirus activity material, the UV glue that contains oligopolymer, reactive thinner, light trigger, stablizer, flow agent and defoamer, attached material, UV optic-solidified adhesive surface are inlayed and are mixed the antibiotic and antivirus activity material that mixes single variety or be mixed in single variety or antibiotic and antivirus activity material that is mixed or the UV photocuring powder in single variety or antibiotic and antivirus activity material that is mixed or the UV optic-solidified adhesive.
Single variety is inlayed on UV optic-solidified adhesive surface or the antibiotic and antivirus activity material that is mixed is to be coated with the UV optic-solidified adhesive on the base material surface, UV optic-solidified adhesive surface spray single variety or the antibiotic and antivirus activity material that is mixed, after uviolizing was solidified, antibiotic and antivirus activity material was embedded in solidified UV optic-solidified adhesive surface.
Antibiotic and the antivirus activity material that mixes single variety in the UV optic-solidified adhesive or be mixed is that single variety or the antibiotic and antivirus activity material that is mixed are mixed in the UV optic-solidified adhesive, be coated with the antibiotic and antivirus activity material UV optic-solidified adhesive that mixes single variety or be mixed on the base material surface, after uviolizing is solidified, mixes antibioticly being bonded in the base material surface with UV optic-solidified adhesive antivirus activity material.
For improving the flowability and the antiseep corrosive nature of UV optic-solidified adhesive, add the hot melt adhesive resin particle in UV optic-solidified adhesive or the UV photocuring powder, during heating, the fusing of hot melt adhesive resin particle, penetrate in the slit that forms in UV optic-solidified adhesive or the UV photocuring powder process of setting, the UV optic-solidified adhesive that adds the hot melt adhesive resin particle has the self-healing function.
Antibiotic and antivirus activity material comprises: nanometer Ag particle, nano-TiO
2Particle, nano-ZnO particle, nanometer SiO
2Particle, nano SnO
2Particle, nanometer ZrO
2Particle, nanometer Cu particle, nanometer CuO
2Particle, nanometer sodium zirconium phosphate particle.For improving antibiotic and antivirus activity material sterilization usefulness, antibiotic and antiviral activity nano-material surface mixes antibiotic and antiviral cats product or inhibiter, comprise: amine salt, quaternary ammonium salt, preferred dodecylbenzyl ammonium chloride and dodecylbenzyl brometo de amonio.
For improving antibiotic and antivirus activity material nanometer Ag particle sterilization usefulness, prevent the nanometer Ag particulate oxidation, reduce sterilization usefulness, mix commercially available Ag at the nanometer Ag particle surface
+Inhibiter.As: BY-2, A+B.
For exciting antibiotic and activity antivirus activity material, the UV optic-solidified adhesive is sneaked into light-accumulating luminous material, comprise: the light-accumulating luminous particle of rare earth aluminate, the light-accumulating luminous particle of rare earth silicate, the light-accumulating luminous particle of sulfide, granularity is 10 μ m-200 orders, and add-on is antibiotic and antivirus activity material 5-50%.The light-accumulating luminous particle of rare earth aluminate is that hepatic europium, neodymium activate CaAl2O4:Eu, Nb particle, glaucous europium, activated by dysprosium Sr4Al14O25:Eu, Dy particle, yellowish green europium, activated by dysprosium SrAl2O4:Eu, Dy particle as: glow color.The light-accumulating luminous particle of rare earth silicate, as: the pyrosilicate blue-light-emitting particle of europium, activated by dysprosium, europium, neodymium activated aluminate blue-light-emitting particle, the white luminous particle of the orthosilicate of magnesium activated.The light-accumulating luminous type light-emitting particles of sulfide, as: yellowish green ZnS:Cu series particle, blue CaS:Bi series particle, red CaS:Eu series particle.
For improving the over-all properties of ultraviolet-curing paint, mix sunlight control nano particle in the UV glue, comprising: the silicon nanocrystal grain, nanometer silicon carbide crystal grain, nanometer aluminium powder, nano level chromium trioxide, nano level metatitanic acid barium, nano level Fe3O4, nano-graphite, nano-indium stannum oxide, nano oxidized antimony, oxide nano rare earth, nanometer TCO.
Multiple antibiotic and antivirus activity material is mixed, can significantly improves the killing efficiency and the over-all properties to multiple germ of UV optic-solidified adhesive.Antibiotic and antivirus activity material is mixed and comprises: being mixed of the antibiotic and antivirus activity material of different varieties, antibiotic and antivirus activity material is controlled being mixed of nano-particle material with sunlight, being mixed of antibiotic and antivirus activity material and light-accumulating luminous particulate material, as: nano-ZnO particle with 70% and 30% nanometer SiO
2Particle is mixed, and nano silicon has weakened the intensity of ultraviolet cured adhesive absorption UV irradiation, obviously improves the hardness and the sticking power of ultraviolet-curing paint.Nano zine oxide is under uviolizing, in water and air (oxygen), can decomposite electronegative electronics (e-) voluntarily, stay the hole (h+) of positively charged simultaneously, this hole can be activated airborne oxygen and become active oxygen, extremely strong chemically reactive is arranged, can with organism generation oxidizing reaction in the various bacteria, thereby most of germs and virus are killed.Nano-ZnO particle and nanometer SiO
2The particulate combination had both guaranteed nano-ZnO particulate sterilising effect, simultaneously, improved the work-ing life of UV optic-solidified adhesive.As: nanometer Ag particle with 65% and the light-accumulating luminous particle of 35% nano rare earth aluminate are mixed, the light-accumulating luminous particle of rare earth aluminate can absorb UV-light, quicken the curing of UV optic-solidified adhesive, the after-glow light that the light-accumulating luminous particle of rare earth aluminate is emitted can activated nano Ag particle, improves nanometer Ag particulate sterilization usefulness.
Be thickness that improves UV photocuring glue-line and the pollution that reduces environment, the UV optic-solidified adhesive substitutes with UV photocuring powder coating.
Antibiotic and the antivirus activity material class coating material that UV photocuring powder surface is inlayed single variety or is mixed, UV photocuring powder coating is heated to molten state, antibiotic and the antivirus activity material that on molten state UV glue, sprays single variety or be mixed, uviolizing is solidified and cooling, and antibiotic and antivirus activity material is embedded in solidified UV optic-solidified adhesive film coated surface.
UV photocuring powder mixes single variety or the antibiotic and antivirus activity material class coating material of being mixed, at first be mixed with antivirus activity material and UV photocuring powder antibiotic, antibiotic and antivirus activity material is bonded in UV photocuring powder surface or antibiotic and antivirus activity material and UV photocuring powder uniform mixing, antibiotic and UV photocuring powder coating antivirus activity material of being mixed is heated to molten state, uviolizing is solidified and cooling, and antibiotic and antivirus activity material is solidificated in UV optic-solidified adhesive film coated surface and inside.
Base material is meant any material that can brush the UV optic-solidified adhesive, includes but not limited to following material: resin, and glass, leather, fabric, timber is moulded wood, metal, corrosion protection coating, paper, material of construction, medicine equipment, dining utensil.
The UV optic-solidified adhesive that the present invention proposes can substitute with other glue kind, as: hot melt adhesive, CALCIUM ACRYLATE glue, epoxy glue, polyurethane adhesive, polystyrene glue, polyvinyl acetate glue, ethyl silicate glue.
Advantage of the present invention is: 1, at the antibiotic and antivirus activity material of UV optic-solidified adhesive surface spray, the antibiotic and no resin layer in antivirus activity material surface directly contacts with bacterium, germ, sterilization usefulness height.2, antibiotic and antivirus activity material is mixed in the UV optic-solidified adhesive, is painted on substrate surface, and behind the surfacing, antibiotic and antivirus activity material surface exposure improves antibiotic and antivirus activity material sterilization usefulness.3, UV photocuring powder replaces the UV optic-solidified adhesive, material storage and transportation, paint having no volatile substances, the suitable thick film coating of making.4, antibiotic and antiviral activity nano-material surface mixes or brushes antibiotic and antiviral cats product or inhibiter, improves sterilization usefulness and life-span.5, the transparent base layer material is sneaked into light-accumulating luminous material, utilizes light-accumulating luminous material after-glow light to excite antibiotic and antiviral activity nano material activity, improves sterilization usefulness.6, mix sunlight control nano particle in the UV optic-solidified adhesive, solve UV optic-solidified adhesive surface contamination and problem of aging, improve the UV optic-solidified adhesive life-span.
A kind of preparation method of UV photo-curing sterilizing coating: the UV glue that 1, is coated with the antibiotic and antivirus activity material that is mixed with single variety or is mixed on the base material; 2, uviolizing; 3, be mixed with the UV adhesive curing of single variety or be mixed antibiotic and antivirus activity material on the base material surface.
A kind of preparation method of UV photo-curing sterilizing coating: 1, spraying UV glue on the base material; 2, the antibiotic and antivirus activity material that sprays single variety or be mixed on the UV glue; 3, uviolizing; 4, antibiotic and antivirus activity material is embedded in solidified UV glue surface, and UV is gluing to be connected on the base material.
A kind of preparation method of UV photo-curing sterilizing coating: 1, UV photocuring powder and antibiotic and antivirus activity material powder uniform mixing; 2, UV photocuring powder and antibiotic and antivirus activity material mixed powder are coated on the base material; 2, heating UV photocuring mixed powder is to molten state; 4, uviolizing is solidified; 4, after the cooling, antibiotic and antivirus activity material and UV adhesive curing are on base material.
A kind of preparation method of UV photo-curing sterilizing coating: 1, be coated with UV photocuring powder coating on the base material; 2, heating UV photocuring powder coating is to molten state; 3, the antibiotic and antivirus activity material that on molten state UV glue, sprays single variety or be mixed; 4, uviolizing is solidified; 4, after the cooling, antibiotic and antivirus activity material is embedded on the solidified UV glue, and the UV optic-solidified adhesive is bonded on the base material.
Description of drawings:
Below in conjunction with Figure of description and embodiment the present invention is further described.
Fig. 1 is the UV photo-curing sterilizing coating glass sectional drawing with feature of the present invention.
Fig. 2 is the UV photo-curing sterilizing coating wallboard sectional drawing with feature of the present invention.
Fig. 3 has light-accumulating luminous material UV of containing of feature of the present invention photo-curing sterilizing coating box for breeding sectional drawing.
Fig. 4 has containing of feature of the present invention light-accumulating luminous material and the fluid sterilization case end face structure figure of nano-ZnO antimicrobial particle and UV-light.
Fig. 5 is the UV photo-curing sterilizing coating floor end view drawing with feature of the present invention.
Fig. 6 is the ethyl silicate glue sterilization ground furring tile end view drawing with feature of the present invention.
Fig. 7 is the polyurethane adhesive sterilizing coating handrail end view drawing with feature of the present invention.
Embodiment:
Embodiment 1:
A kind of UV photo-curing sterilizing coating glass sectional drawing as shown in Figure 1, wherein: the 1st, nanometer Ag particle, the 2nd, UV optic-solidified adhesive, the 3rd, glass.When making UV photo-curing sterilizing coating glass, at first, with roll coater UV optic-solidified adhesive 2 evenly is coated onto glass 3 surfaces, at the nanometer Ag particle 1 of UV optic-solidified adhesive 2 surface atomizings spray through the inhibition processing, uviolizing, nanometer Ag particle 1 is embedded in UV optic-solidified adhesive 2 surfaces, and the UV optic-solidified adhesive is bonded in glass surface.
The advantage of present embodiment is: 1, the nanometer Ag particle is exposed outside, has stronger sterilization usefulness.2, the UV optic-solidified adhesive improves glass crush resistance energy and heat-insulating property.Suitable hospital architecture with sterilization requirement is used.
Embodiment 2:
A kind of UV photo-curing sterilizing coating wallboard as shown in Figure 2, wherein: the 4th, wallboard, the 5th, wallboard joint tongue, the 6th, wallboard joint tongue, the 7th, wallboard retaining plate, the 8th, nanometer S iO
2Particle, the 9th, nano-ZnO particle, the 10th, UV optic-solidified adhesive.When making UV photo-curing sterilizing coating wallboard, at first, UV optic-solidified adhesive 10 evenly is coated onto wallboard 4 surfaces, sprays through mixed uniformly nanometer SiO at UV optic-solidified adhesive 10 surface atomizings with roll coater
2Particle 8 and nano-ZnO particle 9, uviolizing, nanometer SiO
2Particle 8 and nano-ZnO particle 9 are solidificated in UV optic-solidified adhesive 10 surfaces, and UV optic-solidified adhesive 10 is bonded on the wallboard 4.
The advantage of present embodiment is: 1, nanometer SiO
2Particle improves the weather resistance and the work-ing life of wallboard.2, expose floor surface nano-ZnO particle and have sterilizing function.
Embodiment 3:
A kind of UV photo-curing sterilizing coating box for breeding sectional drawing as shown in Figure 3, wherein: the 11st, box for breeding, the 12nd, the light-accumulating luminous particle of rare earth silicate, the 13rd, UV optic-solidified adhesive, the 14th, nanometer Ag particle.When making UV photo-curing sterilizing coating box for breeding, at first, use UV optic-solidified adhesive 2 is evenly sprayed to box for breeding 11 internal surfaces, at the nanometer Ag particle 14 of UV optic-solidified adhesive 11 surface atomizings spray through the inhibition processing, uviolizing, nanometer Ag particle 14 are solidificated in UV optic-solidified adhesive 13 surfaces.
The advantage of present embodiment is: the light-accumulating luminous particle of rare earth silicate can be by absorbing the energy in sunlight or the light, at noctilucence, strengthens the nanometer Ag particulate usefulness of sterilizing night, prevent aquatic animals and plants due to illness bacterium infect sick.
Embodiment 4:
The fluid sterilization case end face structure figure that contains light-accumulating luminous material and nano-ZnO antimicrobial particle and UV-light as shown in Figure 4, wherein: the 15th, polystyrene transparent resin case, the 16th, side retaining plate, the 17th, the light-accumulating luminous particle of case rare earth aluminate, the 18th, nano-ZnO particle, the 19th, the polystyrene transparent resin plate, the 20th, the light-accumulating luminous particle of plate rare earth aluminate, the 21st, plate upper strata nano-ZnO particle, the 22nd, plate bottom nano-ZnO particle, the 23rd, UV-light luminous pipe, the 24th, air or water.During use; with light-accumulating luminous particle 17 of case rare earth aluminate and polystyrene transparent resin particle uniform mixing; manufacture the polystyrene transparent resin case 15 that contains the light-accumulating luminous material of aluminate; at polystyrene transparent resin case 15 inner spray UV optic-solidified adhesives; spray nano-ZnO particle 18 on the UV optic-solidified adhesive; after UV-irradiation; nano-ZnO particle 18 is solidificated in polystyrene transparent resin case 15 internal surfaces; the light-accumulating luminous particle 20 of rare earth aluminate is mixed with the polystyrene transparent resin particle; manufacture the light-accumulating luminous particulate polystyrene of rare-earth containing aluminium hydrochlorate transparent resin plate 19; lower plane spray UV optic-solidified adhesive on the polystyrene transparent resin plate 19; plane and lower plane spray plate upper strata nano-ZnO particle on the UV optic-solidified adhesive; after UV-irradiation; upper strata nano-ZnO particle 21 is bonded in plane on the polystyrene transparent resin plate 19; lower floor's nano-ZnO particle 22 is bonded in polystyrene transparent resin plate 19 lower planes; polystyrene transparent resin plate 19 is installed in polystyrene transparent resin case 15 side retaining plates 16 draw-in groove internal fixing, and UV-light luminous pipe 23 is installed in polystyrene transparent resin plate 19 and 15 in polystyrene transparent resin case and 19 of polystyrene transparent resin plates up and down.During use, the UV-light that UV-light luminous pipe 23 sends activates light-accumulating luminous particle 20 of rare earth aluminate in the polystyrene transparent resin plate 19 and the light-accumulating luminous particle 17 of case rare earth aluminate, be embedded in upper strata nano-ZnO particle 21 on the polystyrene transparent resin plate 19 and lower floor's nano-ZnO particle 22 under UV-irradiation and under the acting in conjunction of the light-accumulating luminous particle excitation light of aluminate, to decomposite electronegative electronics (e-) voluntarily by water or the air in the polystyrene transparent resin case 15, stay the hole (h+) of positively charged simultaneously, there is extremely strong chemically reactive in this hole, can with various bacteria organism generation oxidizing reaction, thereby germ in most of fluidizing airs or the water 24 and viral moment are killed, the light-accumulating luminous particle of activated rare earth aluminate promotes the nano-ZnO particulate to decompose, and improves ZnO particulate sterilization usefulness.When UV-lamp was closed, the light-accumulating luminous particle excitation light of aluminate continued excitation nano ZnO particle, kept nano-ZnO particulate sterilizing activity.
Embodiment 5:
A kind of UV photo-curing sterilizing powder coating floor end view drawing as shown in Figure 5, wherein: the 25th, floor, the 26th, floor dovetail-indent, the 27th, UV optic-solidified adhesive powder coating, the 28th, nano-ZnO particle.When making UV photo-curing sterilizing coating floor; at first; UV optic-solidified adhesive powder 27 mixes with the nano-ZnO particle; evenly be coated onto 25 surfaces, floor; heating UV optic-solidified adhesive powder 27 is to molten state, and UV optic-solidified adhesive powder is inlayed in the floor dovetail-indent 26, links together with floor 25; uviolizing, nano-ZnO particle 28 and the gluing floor surface that is connected on of UV photocuring fusion.
The advantage of present embodiment is: UV optic-solidified adhesive powder coating and floor are connected firmly, and rete is thick, and be wear-resistant, and the life-span is long.
Embodiment 6:
A kind of UV photo-curing sterilizing powder coating ground furring tile end view drawing as shown in Figure 6, wherein: the 29th, ground furring tile, the 30th, ground furring tile convex tendon, the 31st, ethyl silicate glue-line, the 32nd, nano-Ag particles.When making UV photo-curing sterilizing powder coating ground furring tile, at first, the ethyl silicate glue that mixes nano-Ag particles 32 evenly is coated onto furring tile 29 surfaces, ground, and after being heating and curing, the ethyl silicate glue-line 31 that mixes nano-Ag particles 32 is bonded in the ground ceramic tile surface.
Embodiment 7:
A kind of polyurethane adhesive sterilizing coating handrail end view drawing as shown in Figure 7, wherein: the 33rd, handrail, the 34th, polyurethane adhesive, the 32nd, nano-Ag particles.Handrail 33 surperficial spraying polyurethane glue 34, polyurethane adhesive 34 surface spraying nano-Ag particles 32, heating, polyurethane adhesive 34 bonds together with handrail 33.
Claims (10)
1, a kind of UV photo-curing sterilizing coating comprises: antibiotic and antivirus activity material, the UV optic-solidified adhesive, attached material is characterized in that: UV optic-solidified adhesive surface is inlayed and is mixed the antibiotic and antivirus activity material that mixes single variety or be mixed in single variety or antibiotic and antivirus activity material that is mixed or the UV photocuring powder in single variety or antibiotic and antivirus activity material that is mixed or the UV optic-solidified adhesive.
2, UV photo-curing sterilizing coating as claimed in claim 1, it is characterized in that: antibiotic and antivirus activity material comprises: nanometer Ag particle, nano-TiO
2Particle, nano-ZnO particle, nanometer SiO
2Particle, nano SnO
2Particle, nanometer ZrO
2Particle, nanometer Cu particle, nanometer CuO
2Particle, nanometer sodium zirconium phosphate particle.
3, UV photo-curing sterilizing coating as claimed in claim 1, it is characterized in that: the UV optic-solidified adhesive is sneaked into light-accumulating luminous material, comprising: the light-accumulating luminous particle of rare earth aluminate, the light-accumulating luminous particle of rare earth silicate, the light-accumulating luminous particle of sulfide.
4, UV photo-curing sterilizing coating as claimed in claim 1; it is characterized in that: mix sunlight control nano particle in the UV glue, comprising: silicon nanocrystal grain or nanometer silicon carbide crystal grain or nanometer aluminium powder or nano level chromium trioxide or nano level metatitanic acid barium or nano level Fe3O4 or nano-graphite or nano-indium stannum oxide or nano oxidized antimony or oxide nano rare earth or nanometer TCO.
5, UV photo-curing sterilizing coating as claimed in claim 1 is characterized in that: add the hot melt adhesive resin particle in UV optic-solidified adhesive or the UV photocuring powder.
6, UV photo-curing sterilizing coating as claimed in claim 1, it is characterized in that: the antibiotic and antivirus activity material that is mixed comprises: being mixed of the antibiotic and antivirus activity material of different varieties, antibiotic and antivirus activity material is mixed with sunlight control nano-particle material, being mixed of antibiotic and antivirus activity material and light-accumulating luminous particulate material.
7, a kind of preparation method of UV photo-curing sterilizing coating: the UV glue that 1, is coated with the antibiotic and antivirus activity material that is mixed with single variety or is mixed on the base material; 2, uviolizing; 3, be mixed with the UV adhesive curing of single variety or be mixed antibiotic and antivirus activity material on the base material surface.
8, a kind of preparation method of UV photo-curing sterilizing coating: 1, spraying UV glue on the base material; 2, the antibiotic and antivirus activity material that sprays single variety or be mixed on the UV glue; 3, uviolizing; 4, antibiotic and antivirus activity material is embedded in solidified UV glue surface, and UV is gluing to be connected on the base material.
9, a kind of preparation method of UV photo-curing sterilizing coating: 1, UV photocuring powder and antibiotic and antivirus activity material powder uniform mixing; 2, UV photocuring powder and antibiotic and antivirus activity material mixed powder are coated on the base material; 2, heating UV photocuring mixed powder is to molten state; 4, uviolizing is solidified; 4, after the cooling, antibiotic and antivirus activity material and UV adhesive curing are on base material.
10, a kind of preparation method of UV photo-curing sterilizing coating: 1, be coated with UV photocuring powder coating on the base material; 2, heating UV photocuring powder coating is to molten state; 3, the antibiotic and antivirus activity material that on molten state UV glue, sprays single variety or be mixed; 4, uviolizing is solidified; 4, after the cooling, antibiotic and antivirus activity material is embedded on the solidified UV optic-solidified adhesive, and the UV optic-solidified adhesive is bonded on the base material.
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| CNA200910008594XA CN101560341A (en) | 2008-04-18 | 2009-02-04 | UV photo-curing sterilizing coating and preparation method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810093766 | 2008-04-18 | ||
| CN200810093766.3 | 2008-04-18 | ||
| CNA200910008594XA CN101560341A (en) | 2008-04-18 | 2009-02-04 | UV photo-curing sterilizing coating and preparation method thereof |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103264540A (en) * | 2013-05-20 | 2013-08-28 | 北京合众研创科技有限公司 | Antisepsis film |
| CN104212262A (en) * | 2014-08-27 | 2014-12-17 | 苏州诚晟信息技术有限公司 | Nanometer anticorrosion coating and preparation method thereof |
| CN104603208A (en) * | 2012-11-22 | 2015-05-06 | 松下知识产权经营株式会社 | Optical semiconductor dispersed resin composition, method for producing same, and antibacterial member |
| CN106189876A (en) * | 2016-07-08 | 2016-12-07 | 姚华鹏 | Antimicrobial form PUR |
| CN114987947A (en) * | 2022-05-30 | 2022-09-02 | 河南泰隆经纬实业有限公司 | Plastic packaging bag with surface capable of being continuously sterilized and disinfected |
| WO2023090291A1 (en) * | 2021-11-16 | 2023-05-25 | 共同印刷株式会社 | Antiviral agent, antiviral product, and antiviral treatment liquid |
| CN118577464A (en) * | 2024-08-05 | 2024-09-03 | 中关村人居环境工程与材料研究院 | Antibacterial purifying inorganic light-weight veneer and preparation method thereof |
| CN118577464B (en) * | 2024-08-05 | 2024-10-22 | 中关村人居环境工程与材料研究院 | Antibacterial purifying inorganic light-weight veneer and preparation method thereof |
-
2009
- 2009-02-04 CN CNA200910008594XA patent/CN101560341A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104603208A (en) * | 2012-11-22 | 2015-05-06 | 松下知识产权经营株式会社 | Optical semiconductor dispersed resin composition, method for producing same, and antibacterial member |
| CN104603208B (en) * | 2012-11-22 | 2016-10-19 | 松下知识产权经营株式会社 | Photosemiconductor dissipating resin composition and manufacture method thereof and antibiotic property parts |
| CN103264540A (en) * | 2013-05-20 | 2013-08-28 | 北京合众研创科技有限公司 | Antisepsis film |
| CN104212262A (en) * | 2014-08-27 | 2014-12-17 | 苏州诚晟信息技术有限公司 | Nanometer anticorrosion coating and preparation method thereof |
| CN106189876A (en) * | 2016-07-08 | 2016-12-07 | 姚华鹏 | Antimicrobial form PUR |
| WO2023090291A1 (en) * | 2021-11-16 | 2023-05-25 | 共同印刷株式会社 | Antiviral agent, antiviral product, and antiviral treatment liquid |
| CN114987947A (en) * | 2022-05-30 | 2022-09-02 | 河南泰隆经纬实业有限公司 | Plastic packaging bag with surface capable of being continuously sterilized and disinfected |
| CN118577464A (en) * | 2024-08-05 | 2024-09-03 | 中关村人居环境工程与材料研究院 | Antibacterial purifying inorganic light-weight veneer and preparation method thereof |
| CN118577464B (en) * | 2024-08-05 | 2024-10-22 | 中关村人居环境工程与材料研究院 | Antibacterial purifying inorganic light-weight veneer and preparation method thereof |
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Application publication date: 20091021 |