CN102535814B - Fluorescent floor, preparation method and using method thereof - Google Patents
Fluorescent floor, preparation method and using method thereof Download PDFInfo
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- CN102535814B CN102535814B CN201210047013.5A CN201210047013A CN102535814B CN 102535814 B CN102535814 B CN 102535814B CN 201210047013 A CN201210047013 A CN 201210047013A CN 102535814 B CN102535814 B CN 102535814B
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Abstract
The invention provides a fluorescent floor, a preparation method and a using method thereof. A decorating layer and a varnish layer of the fluorescent floor are made from solvent-free ultraviolet photocureable UV (ultraviolet) paint, and are dried quickly; the decorating layer is made by adopting fluorescent powder with photoinduced energy storage, and sealing a coloring agent by selecting the solvent-free ultraviolet curable UV clean oil with a proper proportion and quickly drying, and a problem that little VOC (Volatile Organic Compounds) retained in wood floor is slowly released in the later using process because the colored wood floor is sealed by water-borne or solvent paint is solved. The invention also provides the preparation method and the using method of the fluorescent floor. The fluorescent floor provided by the invention is suitable for floor decoration of rooms and living rooms of building houses, and has the photoinduced energy storage effect of stably and durably emitting gentle light in the dark after absorbing ultraviolet light and visible light, so that the fluorescent floor increases gorgeous colors to indoor environment, and has the advantages of environmental friendliness, energy saving, excellent floor performance and the like.
Description
Technical field
The invention belongs to the technical field of building and ornament materials, relate in particular to a kind of fluorescent floor and preparation thereof, using method.
Background technology
Wood flooring is widely used in master builder room in ground decoration.Traditional wood flooring colorant is to adopt water soluble dyestuffs or oiliness dyestuff, there is no effect of photo-induced energy storage, night unglazed according to time, cannot produce effect lucuriant in design.
Quality requirement floor being improved day by day for meeting people, having arisen at the historic moment in market can be at noctilucent fluorescent floor, the fluorescence coating applying on this floor is oil-based paints, the organic solvent VOC that it contains in when volatilization to environment, not only environmental-protecting performance is poor, and due to the drying mode on this floor adopt be natural drying or baking dry, conventionally need just can complete for several hours dry run, work consuming is consuming time, increase cost of production and to have reduced production efficiency low, need further perfect.
Summary of the invention
The problem to be solved in the present invention be to provide a kind of energy-conserving and environment-protective, dry rapidly, the effective fluorescent floor of film-forming and preparation thereof, using method, be particularly useful for the room in master builder room, the ground decoration in parlor.
For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of fluorescent floor, and the Facad structure on described floor comprises base material and is coated on successively from down to up the following coating on base material:
1) the transparent seal coat of no-solvent type ultraviolet photo-curing UV;
2) no-solvent type ultraviolet photo-curing UV fluorescent paint;
3) no-solvent type ultraviolet photo-curing UV anti scuffing finish paint;
Described no-solvent type ultraviolet photo-curing UV fluorescent paint, prepares by the following method:
In parts by weight, the fluorescent material of 30 parts is placed in to the no-solvent type ultraviolet curing UV clean oil of 70 parts, fully dispersed with stirring is even, obtains described no-solvent type ultraviolet photo-curing UV fluorescent paint.
Described no-solvent type ultraviolet curing UV clean oil, can commercially availablely obtain, and contains for example the 839-0275 no-solvent type ultraviolet curing UV clean oil of continuous heavy rain chemical industry as Tianjin.
The Facad structure on described floor, refers to when floor paving connects the structure of one side upward.
Preferably, between no-solvent type ultraviolet photo-curing UV fluorescent paint and no-solvent type ultraviolet photo-curing UV anti scuffing finish paint, be also provided with successively the common sanding priming paint of no-solvent type ultraviolet photo-curing UV transparent wear priming paint and no-solvent type ultraviolet photo-curing UV.
The transparent seal coat of described no-solvent type ultraviolet photo-curing UV, no-solvent type ultraviolet photo-curing UV transparent wear priming paint, the common sanding priming paint of no-solvent type ultraviolet photo-curing UV, no-solvent type ultraviolet photo-curing UV anti scuffing finish paint all can commercially availablely obtain, as the transparent seal coat of 861-0239 no-solvent type ultraviolet photo-curing UV of Tianjin Sheng continuous heavy rain chemical industry, 862-0225HB no-solvent type ultraviolet photo-curing UV transparent wear priming paint, the common sanding priming paint of 862-0245 no-solvent type ultraviolet photo-curing UV, 833-0275H no-solvent type ultraviolet photo-curing UV anti scuffing finish paint.
Preferably, described base material comprises veneer, shaving board, fiberboard, bamboo wood or solid wood board.Along with the increase of market to wood flooring demand, also increasing to the consumption of timber resources due in recent years, particularly just shorter to some precious rare timber; Therefore further preferred, base material of the present invention is selected high density fiberboard, and not only processing cost is low for it, and plate face is of close texture, smoothly, in the time that environment temperature, humidity change, dimensional stability is strong, easily carry out incrustation processing, be suitable for replacing natural timber to make structural meterials.
Preferably, the back side of described base material and side are all coated with and are covered with the transparent seal coat of no-solvent type ultraviolet photo-curing UV.
The present invention also provides the preparation method of above-mentioned fluorescent floor, comprises the steps:
1) with cutting plate machine cutting base material;
2) with abrasive finishing machine abrasive finishing base material just, behind the back side, side, blow grey dust removal clean;
3) spray with the transparent seal coat of no-solvent type ultraviolet photo-curing UV the side that seals base material;
4) entering ultraviolet photo-curing machine solidifies dry;
5) use the transparent seal coat roller coat of no-solvent type ultraviolet photo-curing UV to seal the back side of base material;
6) entering ultraviolet photo-curing machine solidifies dry;
7) use the transparent seal coat roller coat of no-solvent type ultraviolet photo-curing UV to seal the front of base material;
8) entering ultraviolet photo-curing machine solidifies dry;
9) front of the base material sealing with abrasive finishing machine abrasive finishing, and it is clean to blow grey dust removal;
10) roller coat no-solvent type ultraviolet photo-curing UV fluorescent paint on the front of the good base material of sanding;
11) entering ultraviolet photo-curing machine solidifies dry;
12) with abrasive finishing machine abrasive finishing, and it is clean to blow grey dust removal;
13) roller coat no-solvent type ultraviolet photo-curing UV transparent wear priming paint on the enamelled coating of the good no-solvent type ultraviolet photo-curing UV fluorescent paint of sanding;
14) enter ultraviolet photo-curing machine and solidify partial desiccation (semiarid reason is without sand milling in the situation that, improves the adhesive power between enamelled coating);
15) on the enamelled coating of no-solvent type ultraviolet photo-curing UV transparent wear priming paint, the common sanding priming paint of roller coat no-solvent type ultraviolet photo-curing UV;
16) entering ultraviolet photo-curing machine solidifies dry;
17) with abrasive finishing machine abrasive finishing, and blow away surface dust;
18) on the enamelled coating of the common sanding priming paint of no-solvent type ultraviolet photo-curing UV, roller coat no-solvent type ultraviolet photo-curing UV anti scuffing finish paint;
19) enter ultraviolet photo-curing machine completion of cure and be dried, obtain described fluorescent floor.
Preferably, in described method, described base material is high density fiberboard.
Further, in described method, comprise the steps:
1) with cutting plate machine, high density fiberboard is cut into the flat mouth high density fiberboard that size is 300mm × 300mm × 12mm, equipment machining accuracy is 0.03mm;
2) use the automatic sander with 240 order emery cloths, sanding flat mouth square high density fiberboard just, the back side, use the manual sander with 240 order emery cloths, four sides of sanding flat mouth square high density fiberboard, and blow away surface dust;
3) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 16 seconds/25 ℃ with being coated with 4# cup viscosity, respectively the relative dual-side of flat mouth square high density fiberboard sprayed to first edge sealing;
4) use the ultraviolet photo-curing machine with two sides (each one of the right and left) medium pressure mercury lamp, top, top medium pressure mercury lamp, a lower bottom part medium pressure mercury lamp, respectively the relative dual-side of the flat mouth square high density fiberboard spraying is carried out to photocuring bone dry, photocuring energy is 500mJ/cm
2;
5) use with the hand sand machine of 320 order sand paper sealing the sanding of polishing of four sides of flat mouth high density fiberboard of prime paint, and blow away surface dust;
6) carry out the 3rd, 4,5 steps and repeat edge sealing once;
7) edge sealing is once, intact to four side sealings again to carry out the 3rd, 4 steps;
8) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, the sealing of roller coat first is carried out in the back side of flat mouth square high density fiberboard, coating weight is 20-25g/m
2, preferably 25g/m
2.
9) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
10) enter the automatic sander with 320 order sand paper, carry out sanding, and it is clean to blow grey dust removal;
11) carry out the 8th, 9,10 steps and repeat sealing once;
12) carry out the 8th, 9 steps and again seal once, intact to back side sealing;
13) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, roller coat sealing is carried out in the front of flat mouth square high density fiberboard, coating weight is 20-25g/m
2, preferably 25g/m
2.
14) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
15) enter the automatic sander with 320 order sand paper, carry out sanding, and blow away surface dust;
16) on the front seal coat of flat mouth square high density fiberboard, roller coat first painting 4# cup viscosity is the no-solvent type ultraviolet photo-curing UV fluorescent paint of 25 seconds/25 ℃, and coating weight is 15-20g/m
2, preferably 20g/m
2.
17) enter the photo solidification machine with top, three tops ultraviolet lamp, carry out photocuring and be dried, photocuring energy 600mJ/cm
2;
18) enter the automatic sander with 400 order sand paper, carry out sanding, and blow away surface dust;
19) carry out the 16th, 17,18 steps and repeat twice, reach intact to covering power and the form and aspect of no-solvent type ultraviolet photo-curing UV fluorescent paint;
20) on the positive no-solvent type ultraviolet photo-curing UV fluorescent paint of flat mouth square high density fiberboard, it is the no-solvent type ultraviolet photo-curing UV transparent wear priming paint of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 20-25g/m
2, preferably 25g/m
2.
21) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 250mJ/cm
2;
22) on the positive no-solvent type ultraviolet photo-curing UV transparent wear priming paint of flat mouth square high density fiberboard, it is the common sanding priming paint of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 25-30g/m
2, preferably 30g/m
2.
23) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 350mJ/cm
2;
24) enter the automatic sander with 400 orders and 600 order sand paper, carry out sanding, and blow away surface dust;
25) on the positive common sanding priming paint of no-solvent type ultraviolet photo-curing UV of the flat mouth square high density fiberboard after sanding, it is the no-solvent type ultraviolet photo-curing UV anti scuffing finish paint of 30 seconds/25 ℃ that roller coat is finally coated with 4# cup viscosity together, and coating weight is 8-15g/m
2, preferably 15g/m
2.
26) enter the photo solidification machine with top, three tops medium pressure mercury lamp, carry out photocuring bone dry, photocuring energy 800mJ/cm
2, obtain described fluorescent floor.
The present invention also provides the using method of above-mentioned fluorescent floor, comprises the steps:
1) fluorescent floor packing completely knocked down, under ventilated environment, dry at least three days;
2) guarantee that cement floor is flat, uneven ground, obtains and first criticizes flat with cement early stage;
3) ground is cleaned up, flat if criticize early stage with cement, must wait cement to parch;
4) using Environmental protection floor glue as floor and the bonding agent of cement floor, it is similar that the method that its paving connects and the paving of ceramic tile connect method, criticize flat Environmental protection floor glue limit paving fluorescent floor in top, cement floor, in the process connecing paving, guarantee that the gap between floor is evenly neat, the flatness of plate face is the same, gap between floor is not is not first filled and led up, so that the Environmental protection floor glue bonding agent between floor and cement floor is ventilative dry, retains the gap of 1 centimeter between wall surrounding and floor;
5) after one week, determine after the Environmental protection floor glue finish-drying between floor and cement floor, then fill and lead up the gap between floor with Environmental protection floor glue;
6), after the Environmental protection floor glue of filling and leading up gap between floor is half-dried, thoroughly wipe clean floor surface with clean towel.
The fluorescent floor that the present invention obtains, performance parameter is as shown in the table:
| Performance parameter | Floor of the present invention | Technical requirements scope | Test method standard |
| Moisture content | 9% | 8～13% | GB/T15036.2-2009 |
| Abrasion resistance | 6000 turn | 4000 turn above | GB/T15036.2-2009 |
| Adhesive power | 0 grade | 3～0 grades | GB/T15036.2-2009 |
| Burst size of methanal | 0.4mg/L | ≤1.5mg/L | GB/T15036.2-2009 |
As can be seen from the above table, fluorescent floor superior performance of the present invention, moisture content, abrasion resistance, adhesive power are all better than national standard, and burst size of methanal is better than E0 level sheet material (burst size of methanal≤0.5mg/L) standard, good environmental protection especially.
The beneficial effect that the present invention has is:
1, the selected colorant of the present invention adopts the fluorescent material of nontoxic photo-induced energy storage, it is subject to natural light, after daylight light etc. irradiate, luminous energy is stored, stopping after irradiation, discharge in the mode of fluorescence lentamente, so at night or dark place, still can see soft fluorescence, the duration reaches more than 8 hours, gives the gorgeous color of indoor increase; And inventor passes through great many of experiments, select properly mixed no-solvent type ultraviolet curing UV clean oil to carry out enclosed coloring agent, not only rapidly dry, and avoid the wood flooring by water-based or solvent-thinned paint enclosed coloring, a small amount of VOC remains in wood flooring, causes the problem that can discharge lentamente in later stage use procedure;
2, the decoration of fluorescent floor of the present invention, protective paint layer are all selected no-solvent type ultraviolet photo-curing UV paint (the transparent seal coat of UV, UV fluorescent paint, UV transparent wear priming paint, the common sanding priming paint of UV, UV anti scuffing finish paint), under the UV-irradiation of high-pressure sodium lamp transmitting, only need 2-3 can complete dry run second, rapidly dry, film-forming is effective, significantly improved production efficiency, and environmental-protecting performance is good;
3, each enamelled coating coating order and the coating weight on base material is scientific and reasonable, and preparation method is simple, has effectively improved production efficiency and the properties of product on floor of the present invention:
1) the transparent seal coat of no-solvent type ultraviolet photo-curing UV, moistureproof water-fast air tight, fill and strengthen adhesive power.2) no-solvent type ultraviolet photo-curing UV fluorescent paint, pigmented finish, gorgeous, guarantor's light guarantor look bright in luster.
3) no-solvent type ultraviolet photo-curing UV transparent wear priming paint, strengthens wear-resisting, shock-resistant, resistant to pressure.
4) the common sanding priming paint of no-solvent type ultraviolet photo-curing UV, flatness is promoted in polishing sanding.
5) no-solvent type ultraviolet photo-curing UV anti scuffing finish paint, strengthens anti scuffing, hardness, acid and alkali-resistance, resistance to solvent, water-fast, oil resistant, chemicals-resistant.
Fluorescent floor of the present invention is particularly useful for the room in master builder room, the ground decoration in parlor, gives the gorgeous color of indoor increase.
The specific embodiment
Below in conjunction with specific embodiment, the invention will be further described.
Embodiment 1
A kind of fluorescent floor, the Facad structure on described floor comprises base material and is coated on successively from down to up the following coating on base material:
1) the transparent seal coat of no-solvent type ultraviolet photo-curing UV;
2) no-solvent type ultraviolet photo-curing UV fluorescent paint;
3) no-solvent type ultraviolet photo-curing UV transparent wear priming paint;
4) the common sanding priming paint of no-solvent type ultraviolet photo-curing UV;
5) no-solvent type ultraviolet photo-curing UV anti scuffing finish paint;
Described no-solvent type ultraviolet photo-curing UV fluorescent paint, prepares by the following method:
In parts by weight, the fluorescent material of 30 parts is placed in to the no-solvent type ultraviolet curing UV clean oil of 70 parts, fully dispersed with stirring is even, obtains described no-solvent type ultraviolet photo-curing UV fluorescent paint.
Described base material can be veneer, shaving board, fiberboard or wooden floor base material, and the base material in this example is selected high density fiberboard.
Above-mentioned no-solvent type ultraviolet curing UV clean oil is purchased from the 839-0275 no-solvent type ultraviolet curing UV clean oil of Tianjin Sheng Lin Chemical Co., Ltd..
The transparent seal coat of above-mentioned no-solvent type ultraviolet photo-curing UV is purchased from the transparent seal coat of 861-0239 no-solvent type ultraviolet photo-curing UV of Tianjin Sheng Lin Chemical Co., Ltd.;
No-solvent type ultraviolet photo-curing UV transparent wear priming paint is purchased from the 862-0225HB no-solvent type ultraviolet photo-curing UV transparent wear priming paint of Tianjin Sheng Lin Chemical Co., Ltd.;
The common sanding priming paint of no-solvent type ultraviolet photo-curing UV is purchased from the common sanding priming paint of 862-0245 no-solvent type ultraviolet photo-curing UV of Tianjin Sheng Lin Chemical Co., Ltd.;
No-solvent type ultraviolet photo-curing UV anti scuffing finish paint is purchased from the 833-0275H no-solvent type ultraviolet photo-curing UV anti scuffing finish paint of Tianjin Sheng Lin Chemical Co., Ltd..
Embodiment 2
A method for fluorescent floor in Preparation Example 1, comprises the steps:
1) with cutting plate machine, high density fiberboard is cut into the flat mouth high density fiberboard that size is 300mm × 300mm × 12mm, equipment machining accuracy is 0.03mm;
2) use the automatic sander with 240 order emery cloths, sanding flat mouth square high density fiberboard just, the back side, use the manual sander with 240 order emery cloths, four sides of sanding flat mouth square high density fiberboard, and blow away surface dust;
3) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 16 seconds/25 ℃ with being coated with 4# cup viscosity, respectively the relative dual-side of flat mouth square high density fiberboard sprayed to first edge sealing;
4) use the ultraviolet photo-curing machine with two side medium pressure mercury lamps, top, top medium pressure mercury lamp, a lower bottom part medium pressure mercury lamp, respectively the relative dual-side of the flat mouth square high density fiberboard spraying is carried out to photocuring bone dry, photocuring energy is 500mJ/cm
2;
5) use with the hand sand machine of 320 order sand paper sealing the sanding of polishing of four sides of flat mouth high density fiberboard of prime paint, and blow away surface dust;
6) carry out the 3rd, 4,5 steps and repeat edge sealing once;
7) carry out the 3rd, 4, edge sealing is once, intact to four sides sealings again for step;
8) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, the sealing of roller coat first is carried out in the back side of flat mouth square high density fiberboard, coating weight is 25g/m
2;
9) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
10) enter the automatic sander with 320 order sand paper, carry out sanding, and it is clean to blow grey dust removal;
11) carry out the 8th, 9,10 steps and repeat sealing once;
12) carry out the 8th, 9 steps and again seal once, intact to back side sealing;
13) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, roller coat sealing is carried out in the front of flat mouth square high density fiberboard, coating weight is 25g/m
2;
14) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
15) enter the automatic sander with 320 order sand paper, carry out sanding, and blow away surface dust;
16) on the front seal coat of flat mouth square high density fiberboard, roller coat first painting 4# cup viscosity is the no-solvent type ultraviolet photo-curing UV fluorescent paint of 25 seconds/25 ℃, and coating weight is 20g/m
2;
17) enter the photo solidification machine with top, three tops ultraviolet lamp, carry out photocuring and be dried, photocuring energy 600mJ/cm
2;
18) enter the automatic sander with 400 order sand paper, carry out sanding, and blow away surface dust;
19) carry out the 16th, 17,18 steps and repeat twice, reach intact to covering power and the form and aspect of no-solvent type ultraviolet photo-curing UV fluorescent paint;
20) on the positive no-solvent type ultraviolet photo-curing UV fluorescent paint of flat mouth square high density fiberboard, it is the no-solvent type ultraviolet photo-curing UV transparent wear priming paint of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 25g/m
2;
21) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 250mJ/cm
2;
22) on the positive no-solvent type ultraviolet photo-curing UV transparent wear priming paint of flat mouth square high density fiberboard, it is the common sanding priming paint of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 30g/m
2;
23) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 350mJ/cm
2;
24) enter the automatic sander with 400 orders and 600 order sand paper, carry out sanding, and blow away surface dust;
25) on the positive common sanding priming paint of no-solvent type ultraviolet photo-curing UV of the flat mouth square high density fiberboard after sanding, it is the no-solvent type ultraviolet photo-curing UV anti scuffing finish paint of 30 seconds/25 ℃ that roller coat is finally coated with 4# cup viscosity together, and coating weight is 15g/m
2;
26) enter the photo solidification machine with top, three tops medium pressure mercury lamp, carry out photocuring bone dry, photocuring energy 800mJ/cm
2, obtain described fluorescent floor.
The using method of above-mentioned fluorescent floor, comprises the steps:
1) fluorescent floor packing completely knocked down, under ventilated environment, dry at least three days;
2) guarantee that cement floor is flat, uneven ground, obtains and first criticizes flat with cement early stage;
3) ground is cleaned up, flat if criticize early stage with cement, must wait cement to parch;
4) using Environmental protection floor glue as floor and the bonding agent of cement floor, it is similar that the method that its paving connects and the paving of ceramic tile connect method, criticize flat Environmental protection floor glue limit paving fluorescent floor in top, cement floor, in the process connecing paving, guarantee that the gap between floor is evenly neat, the flatness of plate face is the same, gap between floor is not is not first filled and led up, so that the Environmental protection floor glue bonding agent between floor and cement floor is ventilative dry, retains the gap of 1 centimeter between wall surrounding and floor;
5) after one week, determine after the Environmental protection floor glue finish-drying between floor and cement floor, then fill and lead up the gap between floor with Environmental protection floor glue;
6), after the Environmental protection floor glue of filling and leading up gap between floor is half-dried, thoroughly wipe clean floor surface with clean towel.
Above preferred embodiment of the present invention is had been described in detail, but described content is only preferred embodiment of the present invention, can not be considered to for limiting practical range of the present invention.All equalization variation and improvement etc. of doing according to the present patent application scope, within all should still belonging to patent covering scope of the present invention.
Claims (1)
1. a preparation method for fluorescent floor, is characterized in that: comprise the steps:
1) with cutting plate machine, high density fiberboard is cut into the flat mouth high density fiberboard that size is 300mm × 300mm × 12mm, equipment machining accuracy is 0.03mm;
2) use the automatic sander with 240 order emery cloths, sanding flat mouth square high density fiberboard just, the back side, use the manual sander with 240 order emery cloths, four sides of sanding flat mouth square high density fiberboard, and blow away surface dust;
3) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 16 seconds/25 ℃ with being coated with 4# cup viscosity, respectively the relative dual-side of flat mouth square high density fiberboard sprayed to first edge sealing;
4) use the ultraviolet photo-curing machine with two side medium pressure mercury lamps, top, top medium pressure mercury lamp, a lower bottom part medium pressure mercury lamp, respectively the relative dual-side of the flat mouth square high density fiberboard spraying is carried out to photocuring bone dry, photocuring energy is 500mJ/cm
2;
5) use with the hand sand machine of 320 order sand paper sealing the sanding of polishing of four sides of flat mouth high density fiberboard of prime paint, and blow away surface dust;
6) carry out the 3rd, 4,5 steps and repeat edge sealing once;
7) edge sealing is once, intact to four side sealings again to carry out the 3rd, 4 steps;
8) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, the sealing of roller coat first is carried out in the back side of flat mouth square high density fiberboard, coating weight is 20-25g/m
2;
9) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
10) enter the automatic sander with 320 order sand paper, carry out sanding, and it is clean to blow grey dust removal;
11) carry out the 8th, 9,10 steps and repeat sealing once;
12) carry out the 8th, 9 steps and again seal once, intact to back side sealing;
13) be the transparent seal coat of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ with being coated with 4# cup viscosity, roller coat sealing is carried out in the front of flat mouth square high density fiberboard, coating weight is 20-25g/m
2;
14) enter the ultraviolet photo-curing machine with top, two tops medium pressure mercury lamp, carry out photocuring and be dried, photocuring energy is 500mJ/cm
2;
15) enter the automatic sander with 320 order sand paper, carry out sanding, and blow away surface dust;
16) on the front seal coat of flat mouth square high density fiberboard, roller coat first painting 4# cup viscosity is the no-solvent type ultraviolet photo-curing UV fluorescent paint of 25 seconds/25 ℃, and coating weight is 15-20g/m
2;
17) enter the photo solidification machine with top, three tops ultraviolet lamp, carry out photocuring and be dried, photocuring energy 600mJ/cm
2;
18) enter the automatic sander with 400 order sand paper, carry out sanding, and blow away surface dust;
19) carry out the 16th, 17,18 steps and repeat twice, reach intact to covering power and the form and aspect of no-solvent type ultraviolet photo-curing UV fluorescent paint;
20) on the positive no-solvent type ultraviolet photo-curing UV fluorescent paint of flat mouth square high density fiberboard, it is the no-solvent type ultraviolet photo-curing UV transparent wear priming paint of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 20-25g/m
2;
21) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 250mJ/cm
2;
22) on the positive no-solvent type ultraviolet photo-curing UV transparent wear priming paint of flat mouth square high density fiberboard, it is the common sanding priming paint of no-solvent type ultraviolet photo-curing UV of 45 seconds/25 ℃ that roller coat is coated with 4# cup viscosity together, and coating weight is 25-30g/m
2;
23) enter the photo solidification machine with top, two tops medium pressure mercury lamp, carry out photocuring, photocuring energy is 350mJ/cm
2;
24) enter the automatic sander with 400 orders and 600 order sand paper, carry out sanding, and blow away surface dust;
25) on the positive common sanding priming paint of no-solvent type ultraviolet photo-curing UV of the flat mouth square high density fiberboard after sanding, it is the no-solvent type ultraviolet photo-curing UV anti scuffing finish paint of 30 seconds/25 ℃ that roller coat is finally coated with 4# cup viscosity together, and coating weight is 8-15g/m
2;
26) enter the photo solidification machine with top, three tops medium pressure mercury lamp, carry out photocuring bone dry, photocuring energy 800mJ/cm
2, obtain described fluorescent floor;
Described no-solvent type ultraviolet photo-curing UV fluorescent paint, prepares by the following method:
In parts by weight, the fluorescent material of 30 parts is placed in to the no-solvent type ultraviolet curing UV clean oil of 70 parts, fully dispersed with stirring is even, obtains described no-solvent type ultraviolet photo-curing UV fluorescent paint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210047013.5A CN102535814B (en) | 2012-02-28 | 2012-02-28 | Fluorescent floor, preparation method and using method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210047013.5A CN102535814B (en) | 2012-02-28 | 2012-02-28 | Fluorescent floor, preparation method and using method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102535814A CN102535814A (en) | 2012-07-04 |
| CN102535814B true CN102535814B (en) | 2014-05-28 |
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| CN104531145B (en) * | 2014-12-29 | 2016-08-17 | 福建农林大学 | A kind of preparation method of bamboo chip/strontium aluminate fluorescent material composite |
| CN104493921B (en) * | 2014-12-29 | 2016-03-30 | 福建农林大学 | A kind of preparation technology of luminous bamboo compound floor |
| CN104589426B (en) * | 2014-12-29 | 2016-09-07 | 福建农林大学 | A kind of luminous bamboo compound floor |
| CN106223569A (en) * | 2016-01-15 | 2016-12-14 | 上海协承昌化工有限公司 | A kind of composite floor board |
| CN105952093A (en) * | 2016-06-07 | 2016-09-21 | 王宜梅 | Fluorescent colored glaze veneer |
| CN108979065B (en) * | 2018-09-25 | 2024-03-01 | 浙江天博生物新材料股份有限公司 | Outdoor pavement floor with noctilucent function and extrusion equipment thereof |
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| CN1944913A (en) * | 2006-09-08 | 2007-04-11 | 郑桂清 | Mounting and constructing method for polyvinyl-chloride floor |
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| CN2931656Y (en) * | 2006-06-27 | 2007-08-08 | 成都新象建材有限公司 | Light-emitting flooring |
| CN1944193A (en) * | 2006-10-25 | 2007-04-11 | 李文广 | Foldable container |
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