CN102425284B - Manufacturing method of building inner and outer wall decorating plate - Google Patents
Manufacturing method of building inner and outer wall decorating plate Download PDFInfo
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- CN102425284B CN102425284B CN201110389794.1A CN201110389794A CN102425284B CN 102425284 B CN102425284 B CN 102425284B CN 201110389794 A CN201110389794 A CN 201110389794A CN 102425284 B CN102425284 B CN 102425284B
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- 238000004519 manufacturing process Methods 0.000 title description 8
- 239000003973 paint Substances 0.000 claims abstract description 67
- 238000000576 coating method Methods 0.000 claims abstract description 37
- 239000011248 coating agent Substances 0.000 claims abstract description 34
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- OYACROKNLOSFPA-UHFFFAOYSA-N calcium;dioxido(oxo)silane Chemical compound [Ca+2].[O-][Si]([O-])=O OYACROKNLOSFPA-UHFFFAOYSA-N 0.000 claims abstract description 10
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- Application Of Or Painting With Fluid Materials (AREA)
Abstract
The invention discloses a method for building inner and outer wall decorating plate, which comprises two flows, each flow including steps of: a primer line processing flow: (1) thickness sanding and dedusting, (2) roller painting back seal coat and curing into a first UV seal coat layer, (3) roller painting UV penetrant twice, (4) leveling by infrared ray, (5) coating UV putty at the front and UV curing and generating a UV putty layer, (6) roller painting the UV seal coat for three times and respectively curing and generating three second UV seal coat layers, (7) fine sanding; and a roller painting finish line flow: (1) dedusting, (2) roller painting UV glue and generating a first UV glue layer, (3) coating the UV finish for five times and curing and generating five UV finish layers. The decorating plate can solve the problems that a UV curing penetrating agent is strongly, quickly and deeply penetrated into a fiber reinforced calcium silicate slab or a fiber cement slab, deeply cured to form a film and subjected to stereo chemical netlike cross-linking reaction with UV putty and UV sealing paint, and thoroughly solves the problem of adhesive force between the decorative surface layer and a substrate.
Description
Technical field
The present invention relates to a kind of dalle and production method thereof, exactly is a kind of architecture inside and outside decoration plate and preparation method thereof.
Background technology
Along with the development of society and people the improving constantly of taste of living, people also have higher requirement to exterior wall color and decorative pattern in the building, wish that the pattern of skin is dazzled beautiful colorful more.But, there is following difficulty in the decorative constructure exterior wall: the sheet material that 1, makes up the skin decoration mainly is fiber reinforced calcium silicate board or fiber cement board, and on fiber reinforced calcium silicate board or fiber cement board the common coating of application, be prone to the phenomenon of poor adhesion between poor adhesion between dope layer, dope layer and sheet material, sheet material boiling water resistance difference and plate bursting; 2, existing coating process is not suitable for mass production, and cost of production is higher, and energy consumption is 5 times of UV fluorine carbon application, is unfavorable for energy-saving and emission-reduction.
Summary of the invention
Purpose of the present invention, provided a kind of preparation method of architecture inside and outside decoration plate, it can solve the strong infiltration of ultraviolet light polymerization bleeding agent and fiber reinforced calcium silicate board or fiber cement board, rapid osmotic, percdation, the deep layer film-forming, and with UV putty, the UV seal coat forms three-dimensional chemical netted cross-linking reaction, thoroughly solve the adhesive power problem of architectural surface and substrate, thereby can solve coating process on fiber reinforced calcium silicate board or the fiber cement board, be prone to poor adhesion between dope layer, poor adhesion between dope layer and sheet material, the problem of sheet material boiling water resistance difference and plate bursting, and can realize suitability for industrialized production efficiently, thereby significantly reduce the cost of production of making sheet.It also can solve the transfer technique existing problems on fiber reinforced calcium silicate board or the fiber cement board, and has realized mass production.
The objective of the invention is to be achieved through the following technical solutions: the architecture inside and outside decoration plate comprises sheet material, the front of sheet material is provided with the UV putty layer, the back side of sheet material is provided with UV sealing enamelled coating, the periphery of sheet material, UV sealing enamelled coating and UV putty layer is provided with three layer of the 2nd UV sealing enamelled coating, and the outside of the 2nd UV sealing enamelled coating is provided with a UV glue-line and five layers of UV top coat layer.The outside of described UV top coat layer is provided with the 2nd UV glue-line, and the outside of the 2nd UV glue-line is provided with bionical film, and the outside of bionical film is provided with two-layer the 2nd UV colored paint layer.Described the 3rd layer of the 2nd UV sealing enamelled coating is white primer, and its thickness is the 70-110 micron.
The preparation method of architecture inside and outside decoration plate comprises following two big technological processes, and each flow process comprises concrete following steps:
One, priming paint line processing process:
1. fixed thick sanding and dedusting: sheet material positive and negative sand milling is smooth with sander, positive sanding abrasive band 120 orders, back side sanding abrasive band 80 orders, the UV seal coat coating after being beneficial to is even, end phenomenon takes place when preventing UV finish paint sand milling to leak, thereby guarantees that finish paint does not continue to permeate to sheet material; With artificial or dust removal machine the plate surface floating dust is removed, in order to avoid the adhering to of UV putty and UV seal coat after the influence;
2. roller coat back side seal coat and be solidified into UV sealing enamelled coating: with single roller roller coating UV seal coat, the curing energy is 250-300 mj/cm2;
3. roller coat UV bleeding agent is twice: a stirs whole bucket UV bleeding agent, and it was disperseed after 5-7 minute, with the sponge roller at the even roller coat first pass of the whole outer surface UV of sheet material bleeding agent, edge that especially can not holiday sheet material; B places sheet material 4-5 hour, is beneficial to the abundant infiltration of bleeding agent; C is coated with the sheet material whole outer surface second time the UV bleeding agent again;
4. infrared rays levelling: the sheet material that infiltration is handled carries out the infrared rays levelling to be handled;
5. positive application UV putty and UV solidify generation UV putty layer: a putty machine roller coat UV putty, and b carries out UV and solidifies, and solidifying energy is 80-120 mj/cm
2, UV putty is solidified not exclusively; UV putty is mainly used in sealing board surface defect;
6. three times UV seal coats of roller coat and the two roller roller coat first pass UV seal coats of three layer of the 2nd UV sealing of curing generation enamelled coating: a respectively, UV curing, the curing energy is 180-240 mj/cm
2The first pass UV sealing of b enamelled coating is made sanded, and abrasive band 240-320 order is made dust removal process behind the sand milling; C solidifies with second time UV seal coat of curtain coater showering, UV, and solidifying energy is 180-240 mj/cm
2D is with the UV seal coat of curtain coater showering white, and after the infrared rays levelling was handled, UV solidified again, solidified energy force 1200-2000mj/cm
2
7. washed ore light: sand flat with the white UV seal coat of washed ore machine with the 3rd time, finish the prime treatment of sheet material, make sheet material become half-finished product plate, abrasive band 320 orders;
Two, roller coat final paint line technological process:
1. dedusting: dust removal process is made on described half-finished product plate surface;
2. roller coat UV glue generates a UV glue-line: the surface roller coating UV glue that need be coated with the UV finish paint with roll coater to half-finished product plate; UV solidifies, and solidifying energy is 50-80 mj/cm
2, make the UV adhesive curing incomplete;
3. be coated with five times UV finish paints and solidify five layers of UV top coat layer: a of generation roll coater roller coat first pass UV finish paint, UV solidifies, and solidifies energy l00-600 mj/cm
2B roller coat UV finish paint second time: with second time UV finish paint of roll coater roller coat, UV solidifies, and solidifies energy l00-600 mj/cm
2C solidifies with the 3rd time UV finish paint of roll coater roller coat, UV, solidifies energy l00-600 mj/cm
2D roll coater roller coat UV glue, UV solidifies, and the curing energy is 50-80mj/cm
2, UV glue is not exclusively solidified; E the 4th time UV finish paint of roll coater roller coat; F is with the 5th time UV finish paint of curtain coater showering, to increase the plumpness of finish paint; Behind the g elder generation infrared rays levelling, carry out UV curing again and make decorative plate of outer wall, solidify energy 1200-2000mj/cm
2
Described decorative plate of outer wall is handled according to the following steps and is generated the bionical decorative panel with bionical effect:
1. dedusting: described decorative plate of outer wall is carried out dust removal process;
2. roller coat UV glue and curing generate the 2nd UV glue-line 7: with roll coater roller coat UV glue, the UV semi-solid preparation: solidifying energy is 50-80 mj/cm
2, UV glue is not exclusively solidified;
3. paste the UV transfer film with bionical effect and constitute bionical film 6: with UV transfer film gluing and overlay on decorative plate of outer wall, UV solidifies: guarantee the disposable energy 1200-2000mj/cm of passing through with UV transfer printing laminator
2With the automatic film rolling machine basement membrane is rolled, namely except the PET basement membrane;
4. infrared rays levelling;
5. roller coat UV glue generates the 3rd UV glue-line 0: with roll coater roller coat UV glue, UV solidifies, and solidifying energy is l00-200 mj/cm
2UV glue is not exclusively solidified;
6. be coated with twice UV finish paint and solidify generation the 2nd UV colored paint layer 1:a roll coater roller coat first pass UV finish paint, UV solidifies, and the curing energy is 180-240mj/cm2; B second time UV finish paint of curtain coater showering, the plumpness of increase finish paint, the infrared rays levelling, UV solidifies, and solidifies energy 1200-2000 mj/cm
2Make the decorative plate of outer wall with bionical effect.
Described sheet material is fiber reinforced calcium silicate board, its proportion: interior wall 1.2-1.35g/cm3, exterior wall 1.5-1.9 g/cm3 and moisture content 8-10%.Be 3-10 second described hardening time.The device that described UV solidifies is high-pressure sodium lamp, iron lamp or Iodine gallium light.The temperature of infrared rays levelling: 50-60 ℃, time 0.5-1 minute.Step in the priming paint line processing process 3. described in the temperature of UV bleeding agent be 30-40 ℃, and the requirement of twice roller coat is, for the first time UV bleeding agent 60g/ ㎡, UV bleeding agent 20g/ ㎡ for the second time.
Description of drawings
Fig. 1 is the sectional structure schematic diagram of architecture inside and outside decoration plate of the present invention.
Reference numeral: 1 sheet material 2UV bleeding agent layer 3 UV sealing enamelled coating 4UV putty layer 5 the 2nd UV sealing enamelled coating, 6 bionical film 7 the 2nd UV glue-line 8 a UV glue-line 9UV top coat layer 10 the 3rd UV glue-line 11 the 2nd UV colored paint layers.
The specific embodiment
Architecture inside and outside decoration plate of the present invention, comprise sheet material 1, the front of sheet material 1 is provided with UV putty layer 4, the back side of sheet material 1 is provided with UV sealing enamelled coating 3, the outside that the periphery of sheet material 1, UV sealing enamelled coating 3 and UV putty layer 4 is provided with three layer of the 2nd UV sealing enamelled coating 5, the two UV sealing enamelled coating 5 is provided with a UV glue-line 8 and five layers of UV top coat layer 9.The outside that the outside of described UV top coat layer 9 is provided with the 2nd UV glue-line 7, the two UV glue-lines 7 is provided with bionical film 6, and the outside of bionical film 6 is provided with two-layer the 2nd UV colored paint layer 11.Described the 3rd layer of the 2nd UV sealing enamelled coating 5 is white primers, and its thickness is the 70-110 micron.
A kind of preparation method of architecture inside and outside decoration plate comprises following two big technological processes, and each flow process comprises concrete following steps:
One, priming paint line processing process:
1. fixed thick sanding and dedusting: sheet material positive and negative sand milling is smooth with sander, positive sanding abrasive band 120 orders, back side sanding abrasive band 80 orders, the UV seal coat coating after being beneficial to is even, end phenomenon takes place when preventing UV finish paint sand milling to leak, thereby guarantees that finish paint does not continue to permeate to sheet material; With artificial or dust removal machine the plate surface floating dust is removed, in order to avoid the adhering to of UV putty and UV seal coat after the influence;
2. roller coat back side seal coat and be solidified into UV sealing enamelled coating 3: with single roller roller coating UV seal coat, the curing energy is 250-300 mj/cm2;
3. twice of roller coat UV bleeding agent generates UV bleeding agent layer 2:a whole bucket UV bleeding agent stirred, and it was disperseed after 5-7 minute, with the sponge roller at the even roller coat first pass of the whole outer surface UV of sheet material 1 bleeding agent, edge that especially can not holiday sheet material 1; B places sheet material 1 4-5 hour, is beneficial to the abundant infiltration of bleeding agent; C is coated with the UV bleeding agent second time with sheet material 1 whole outer surface again;
4. infrared rays levelling: the sheet material 1 that infiltration is handled carries out the infrared rays levelling to be handled;
5. positive application UV putty and UV solidify generation UV putty layer 4:a putty machine roller coat UV putty, and b carries out UV and solidifies, and solidifying energy is 80-120 mj/cm
2, UV putty is solidified not exclusively; UV putty is mainly used in sealing board surface defect;
6. three times UV seal coats of roller coat and the two roller roller coat first pass UV seal coats of three layer of the 2nd UV sealing of curing generation enamelled coating 5:a respectively, UV curing, the curing energy is 180-240 mj/cm
2The first pass UV sealing of b enamelled coating is made sanded, and abrasive band 240-320 order is made dust removal process behind the sand milling; C solidifies with second time UV seal coat of curtain coater showering, UV, and solidifying energy is 180-240 mj/cm
2D constitutes white primer with the UV seal coat of curtain coater showering white, and after the infrared rays levelling was handled, UV solidified again, solidified energy force 1200-2000mj/cm
2The effect of first pass UV seal coat is to playing auxiliary reinforcement effect between UV putty, UV bleeding agent and the sheet material 1.Second time the UV seal coat is conducive to showering white background and sheet material 1 better combination;
7. washed ore light: sand flat with the white UV seal coat of washed ore machine with the 3rd time, finish the prime treatment of sheet material, make sheet material become half-finished product plate, abrasive band 320 orders.
Two, roller coat final paint line technological process:
1. dedusting: dust removal process is made on described half-finished product plate surface;
2. roller coat UV glue generates a UV glue-line 8: the surface roller coating UV glue that need be coated with the UV finish paint with roll coater to half-finished product plate; UV solidifies, and solidifying energy is 50-80 mj/cm
2, make the UV adhesive curing incomplete;
3. be coated with five times UV finish paints and solidify five layers of UV top coat layer 9:a of generation roll coater roller coat first pass UV finish paint, UV solidifies, and solidifies energy l00-600 mj/cm
2B roller coat UV finish paint second time: with second time UV finish paint of roll coater roller coat, UV solidifies, and solidifies energy l00-600 mj/cm
2C solidifies with the 3rd time UV finish paint of roll coater roller coat, UV, solidifies energy l00-600 mj/cm
2D roll coater roller coat UV glue, UV solidifies, and the curing energy is 50-80mj/cm
2, UV glue is not exclusively solidified; E the 4th time UV finish paint of roll coater roller coat; F is with the 5th time UV finish paint of curtain coater showering, to increase the plumpness of finish paint; Behind the g elder generation infrared rays levelling, carry out UV curing again and make the decorating inner and external walls plate, solidify energy 1200-2000mj/cm
2For preventing that the decorating inner and external walls plate from damaging, internally decorative plate of outer wall covers diaphragm and packing.Find through a large amount of experiment, just can both increase the hiding rare of paint in being coated with five times UV finish paints less in worker's technology, guarantee the real colour of decorative panel, can make the case hardness of decorative panel reach instructions for use again.
Permeate the blanking time of number of times, infiltration in the manufacturing process by control, and adopt and to be coated with behind bleeding agent, putty, the seal coat together that UV solidifies, it is the processing technology of ultraviolet light polymerization, make sheet material 1, UV bleeding agent, UV putty, UV seal coat form solid netted macromolecular structure, the technical barrier of poor adhesion between dope layer, dope layer and 1 poor adhesion of sheet material, sheet material boiling water resistance difference and plate bursting can be solved, and decorating inner and external walls plate mechanical and physical performance can be significantly improved.
The decorating inner and external walls plate can reach following performance indications in the building that above-mentioned technological process is produced:
1, fiber reinforced calcium silicate board or fiber cement board performance indications
2, paint film property index:
Compare with other decorative panel performances
| Project | UV fluorine carbon architecture inside and outside decoration plate | Tradition fluorine carbon decorative panel | Solvent-type acrylic polyurethane decoration plate |
| Outdoor durable | The best material of anti-the outdoor aging, the paint film life-span surpasses 20 years, artificial accelerated aging 3000 hours, scrubbing resistance 12000 times | Paint film life-span 15-20, artificial accelerated aging were greater than 2500 hours, and scrubbing resistance is greater than 10000 times | The coating durability has 5-8, very easily blackening of 2-3, dirty, and there is the dirty mark of blackout, tear stains on the surface |
| Corrosion resistance | Comprising the medium-term and long-term use of corrosive atmospheres such as industrial atmosphere, acid rain, salt fog, salt spray resistance was greater than 2000 hours | Salt spray resistance was greater than 1500 hours | Salt spray resistance was greater than 500 hours |
| Adhesive power | Fluorine carbon special putty can carry out deep physics and chemical bond and firm attachment with base material, cross cut test=0 | Cross cut test＜1 | Very easily bubble, chap, peel off |
| Water proofing property | Coating structure is tight, and repellency is extremely strong, through boiling water boiling in 48 hours, and 500 hours warm water immersion no changes | Through boiling in 3 hours, easily peel off | Structure does not have the mystery of fluororine-carbon coating, and permeability is big |
| Alkali resistance | It is very excellent to be equipped with import alkali resistance of pigment, saponifiability etc. | Alkali resistance, saponifiability etc. are outstanding | Be subject to metope alkalescence good fortune.Influence ornamental for a long time |
| Stain resistance | Compact structure, dustiness are difficult for being stained with | Compact structure, dustiness are difficult for being stained with | Mutation is black, dirty, needs powerful the cleaning |
| Resistance to fungi | Except mould was difficult for adhering to, base-material was the non-nutrient of mould, and mildew resistance is fabulous | Mildew resistance is good | With the fluorocarbon coating property compared not |
| Hardening time | Do solid work 3-5 second | The fastest surface drying was done solid work 24 hours more than 1200 seconds | |
| Solidification temperature | Normal temperature | 180-250 ℃ of baking | |
| Solid content | 95% | ＜50% | ＜50% |
By the above table contrast as can be known, described architecture inside and outside decoration plate is compared with existing similar sheet material has significant superiority.
For making the decorating inner and external walls plate have more real bionical effect, for example make the decorative panel external surface that real wood grain or marble grain are arranged, described decorating inner and external walls plate is handled according to the following steps and is generated the bionical decorative panel with bionical effect:
1. dedusting: described decorating inner and external walls plate is carried out dust removal process;
2. roller coat UV glue and curing generate the 2nd UV glue-line 7: with roll coater roller coat UV glue, the UV semi-solid preparation: solidifying energy is 50-80 mj/cm
2, UV glue is not exclusively solidified;
3. paste the UV transfer film with bionical effect and constitute bionical film 6: with UV transfer film gluing and overlay on the decorating inner and external walls plate, UV solidifies: guarantee the disposable energy 1200-2000mj/cm of passing through with UV transfer printing laminator
2With the automatic film rolling machine basement membrane is rolled, namely removed the PET basement membrane;
4. infrared rays levelling;
5. roller coat UV glue generates the 3rd UV glue-line 10: with roll coater roller coat UV glue, UV solidifies, and solidifying energy is l00-200 mj/cm
2UV glue is not exclusively solidified;
6. be coated with twice UV finish paint and solidify generation the 2nd UV colored paint layer 11:a roll coater roller coat first pass UV finish paint, UV solidifies, and the curing energy is 180-240mj/cm2; B second time UV finish paint of curtain coater showering, the plumpness of increase finish paint, the infrared rays levelling, UV solidifies, and solidifies energy 1200-2000mj/cm2; Make the decorating inner and external walls plate with bionical effect.
The UV transfer film is the PET basement membrane that is provided with specific color or patterned coatings.The UV transfer film is affixed on the decorating inner and external walls plate, makes the epilamellar coating of PET be printed on plate surface, the PET basement membrane that then will lose coating is removed.
The device of infrared rays levelling is existing infrared rays leveling machine.Described UV finish paint is the ultraviolet curing fluorocarbon coating.
Described sheet material 1 is fiber reinforced calcium silicate board, its proportion: interior wall 1.2-1.35g/cm3, exterior wall 1.4-1.9 g/cm3 and moisture content 8-10%.Be 3-10 second described hardening time.The device that described UV solidifies is high-pressure sodium lamp, iron lamp or Iodine gallium light.The temperature of infrared rays levelling: 50-60 ℃, time 0.5-1 minute.Step in the priming paint line processing process 3. described in the temperature of UV bleeding agent be 30-40 ℃, and the requirement of twice roller coat is respectively, for the first time UV bleeding agent 60g/ ㎡, UV bleeding agent 20g/ ㎡ for the second time.
Claims (7)
1. the preparation method of architecture inside and outside decoration plate, it is characterized in that: comprise following two big technological processes, each flow process comprises concrete following steps:
One, priming paint line processing process:
1. fixed thick sanding and dedusting: sheet material positive and negative sand milling is smooth with sander, positive sanding abrasive band 120 orders, back side sanding abrasive band 80 orders, the UV seal coat coating after being beneficial to is even, end phenomenon takes place when preventing UV finish paint sand milling to leak, thereby guarantees that finish paint does not continue to permeate to sheet material; With artificial or dust removal machine the plate surface floating dust is removed, in order to avoid the adhering to of UV putty and UV seal coat after the influence;
2. roller coat back side seal coat and be solidified into UV sealing enamelled coating (3): with single roller roller coating UV seal coat, the curing energy is 250-300 mj/cm2;
3. roller coat UV bleeding agent is twice: a stirs whole bucket UV bleeding agent, and it was disperseed after 5-7 minute, with the sponge roller at the even roller coat first pass of the whole outer surface UV of sheet material (1) bleeding agent, edge that especially can not holiday sheet material (1); B places sheet material (1) 4-5 hour, is beneficial to the abundant infiltration of bleeding agent; C is coated with the UV bleeding agent second time with sheet material (1) whole outer surface again;
4. infrared rays levelling: the sheet material (1) that infiltration is handled carries out the infrared rays levelling to be handled;
5. positive application UV putty and UV solidify generation UV putty layer (4): a putty machine roller coat UV putty, and b carries out UV and solidifies, and solidifying energy is 80-120 mj/cm
2, UV putty is solidified not exclusively; UV putty is mainly used in sealing board surface defect;
6. three times UV seal coats of roller coat and the two roller roller coat first pass UV seal coats of three layer of the 2nd UV sealing of curing generation enamelled coating (5): a respectively, UV curing, the curing energy is 180-240 mj/cm
2The first pass UV sealing of b enamelled coating is made sanded, and abrasive band 240-320 order is made dust removal process behind the sand milling; C solidifies with second time UV seal coat of curtain coater showering, UV, and solidifying energy is 180-240 mj/cm
2D is with the UV seal coat of curtain coater showering white, and after the infrared rays levelling was handled, UV solidified again, solidified energy force 1200-2000mj/cm
2
7. washed ore light: sand flat with the white UV seal coat of washed ore machine with the 3rd time, finish the prime treatment of sheet material, make sheet material become half-finished product plate, abrasive band 320 orders;
Two, roller coat final paint line technological process:
1. dedusting: dust removal process is made on described half-finished product plate surface;
2. roller coat UV glue generates a UV glue-line (8): the surface roller coating UV glue that need be coated with the UV finish paint with roll coater to half-finished product plate; UV solidifies, and solidifying energy is 50-80 mj/cm
2, make the UV adhesive curing incomplete;
3. be coated with five times UV finish paints and solidify generation five layers of UV top coat layer (9): a roll coater roller coat first pass UV finish paint, UV solidifies, and solidifies energy l00-600 mj/cm
2B roller coat UV finish paint second time: with second time UV finish paint of roll coater roller coat, UV solidifies, and solidifies energy l00-600 mj/cm
2C solidifies with the 3rd time UV finish paint of roll coater roller coat, UV, solidifies energy l00-600 mj/cm
2D roll coater roller coat UV glue, UV solidifies, and solidifying energy is 50-80mj/ cm
2, UV glue is not exclusively solidified; E the 4th time UV finish paint of roll coater roller coat; F is with the 5th time UV finish paint of curtain coater showering, to increase the plumpness of finish paint; Behind the g elder generation infrared rays levelling, carry out UV curing again and make decorative plate of outer wall, solidify energy 1200-2000mj/cm
2
2. the preparation method of architecture inside and outside decoration plate according to claim 1 is characterized in that: described decorative plate of outer wall is handled according to the following steps and is generated the bionical decorative panel with bionical effect:
1. dedusting: described decorative plate of outer wall is carried out dust removal process;
2. roller coat UV glue and curing generate the 2nd UV glue-line (7): with roll coater roller coat UV glue, the UV semi-solid preparation: solidifying energy is 50-80 mj/cm
2, UV glue is not exclusively solidified;
3. paste the UV transfer film with bionical effect and constitute bionical film (6): with UV transfer film gluing and overlay on decorative plate of outer wall, UV solidifies: guarantee the disposable energy 1200-2000mj/cm of passing through with UV transfer printing laminator
2With the automatic film rolling machine basement membrane is rolled, namely except the PET basement membrane;
4. infrared rays levelling;
5. roller coat UV glue generates the 3rd UV glue-line (10): with roll coater roller coat UV glue, UV solidifies, and solidifying energy is l00-200 mj/cm
2UV glue is not exclusively solidified;
6. be coated with twice UV finish paint and solidify generation the 2nd UV at colored paint layer (11): a roll coater roller coat first pass UV finish paint, UV solidifies, and the curing energy is 180-240mj/cm2; B second time UV finish paint of curtain coater showering, the plumpness of increase finish paint, the infrared rays levelling, UV solidifies, and solidifies energy 1200-2000 mj/cm
2Make the decorative plate of outer wall with bionical effect.
3. the preparation method of architecture inside and outside decoration plate according to claim 1, it is characterized in that: described sheet material (1) is fiber reinforced calcium silicate board, its proportion: interior wall 1.2-1.35g/cm3, exterior wall 1.5-1.9 g/cm3 and moisture content 8-10%.
4. the preparation method of architecture inside and outside decoration plate according to claim 1 and 2 is characterized in that: be 3-10 second described hardening time.
5. the preparation method of architecture inside and outside decoration plate according to claim 1 and 2 is characterized in that: the device that described UV solidifies is high-pressure sodium lamp, iron lamp or Iodine gallium light.
6. the preparation method of architecture inside and outside decoration plate according to claim 1 and 2 is characterized in that: the temperature of infrared rays levelling: 50-60 ℃, time 0.5-1 minute.
7. the preparation method of architecture inside and outside decoration plate according to claim 1, it is characterized in that: the step in the priming paint line processing process 3. described in the temperature of UV bleeding agent be 30-40 ℃, and, the requirement of twice roller coat is, for the first time UV bleeding agent 60g/ ㎡, UV bleeding agent 20g/ ㎡ for the second time.
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