CN203947719U - A kind of large specification decoration particle thin plate - Google Patents
A kind of large specification decoration particle thin plate Download PDFInfo
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- CN203947719U CN203947719U CN201420381011.4U CN201420381011U CN203947719U CN 203947719 U CN203947719 U CN 203947719U CN 201420381011 U CN201420381011 U CN 201420381011U CN 203947719 U CN203947719 U CN 203947719U
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Abstract
The utility model discloses a kind of large specification decoration particle thin plate, described large specification intensity thin plate is that particle effects board and glass fiber reinforced plastic are strengthened the bonding layer structure being composited of lamella, wherein; Particle effects board is for passing through the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates; It is transparent or semitransparent or opaque that described glass fiber reinforced plastic is strengthened lamella.This programme adopts glass fiber reinforced plastic to strengthen lamella as compound enhancement Layer, significantly improve the toughness of composite board, decorate under the prerequisite of skin texture visual effect guaranteeing the particle that sheet material has penetrating, refractive power, a flash of light, ultra-thin, the super large, ultralight of sheet material have been realized, saved material cost and improved decoration ornamental value, having there are wide market prospects.
Description
Technical field
The utility model relates to technical field of construction and decoration materials, the dalle of large specification specifically, especially a kind of decoration particle thin plate of high toughness.
Background technology
Man-made stone is used widely in architectural decoration field as dalle, and the material component of conventional man-made stone is mainly opaque filler, unsaturated polyester resin and a small amount of refractive power, reflective particles and forms, and this has belonged to known technology.
The decorative effect of horn of plenty artificial slabstone, adopting refractive particle and unsaturated polyester resin is the artificial slabstone that Main Components is made, the particle textural effect with penetrating, refractive power, flash of light, and using it as substrate, at its surface recombination plane decoration pattern, can make decorative pattern present penetrating, the depth of field and abundant solid layer feeling, this technology the applicant has also applied for Patents.
For reducing the material cost of substrate and alleviating panel weight, be necessary to reduce sheet metal thickness, such as making the ultra thin plate that only has 2 to 5 millimeters thick; For strengthening the sight of dalle, be necessary to strengthen the area size of single-piece sheet material, such as under the condition of thickness ultrathin, make single-piece area size and be the super large sheet material of 2 meters * 3 meters.But the dalle that the decoration particle of take is made as main stuffing, its performance is hard and crisp, easily fracture, and cannot meet above-mentioned requirements.This belongs to blank in the art, and is a kind of technology prejudice, thinks that the artificial slabstone of decoration particle is cannot realize on large specification thin plate.
Utility model content
For the problems referred to above, the utility model aims to provide a kind of super large, ultra-thin, the ultralight large specification decoration particle thin plate with penetrating, refractive power, claimed flare pellet skin texture visual effect.
For realizing this technical purpose, scheme of the present utility model is: a kind of large specification decoration particle thin plate, and described large specification intensity thin plate is that particle effects board and glass fiber reinforced plastic are strengthened the bonding layer structure being composited of lamella, wherein; Particle effects board is for passing through the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates; It is transparent or semitransparent or opaque that described glass fiber reinforced plastic is strengthened lamella.
As preferably, it is that A surface glass steel is strengthened lamella that the glass fiber reinforced plastic of described large specification intensity thin plate is strengthened lamella, is located at the surface of particle effects board, and bonding is combined into whole sheet material mutually.
As preferably, described large specification intensity thin plate also comprises an A face pattern decorative layer, and this pattern decorative layer is located at A surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described A face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
As preferably, described large specification intensity thin plate also comprises a B face pattern decorative layer, and this pattern decorative layer is located at particle effects board surface, and bonding is complex as whole sheet material mutually; Described B face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
As preferably, the glass fiber reinforced plastic of described large specification intensity thin plate is strengthened lamella and is strengthened lamella and B surface glass steel reinforcement lamella for comprising A surface glass steel, particle effects board is located at A surface glass steel and is strengthened, between lamella and B surface glass steel reinforcement lamella, mutually boning and being combined into whole sheet material.
As preferably, described large specification intensity thin plate also comprises an A face pattern decorative layer, and this pattern decorative layer is located at A surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described A face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
As preferably, described large specification intensity thin plate also comprises a B face pattern decorative layer, and this pattern decorative layer is located at B surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described B face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
Preferably, the particle diameter of described decoration particle is 5 order～60 orders.
This programme adopts glass fiber reinforced plastic to strengthen lamella as compound enhancement Layer, significantly improve the toughness of composite board, decorate under the prerequisite of skin texture visual effect guaranteeing the particle that sheet material has penetrating, refractive power, a flash of light, ultra-thin, the super large, ultralight of sheet material have been realized, saved material cost and improved decoration ornamental value, having there are wide market prospects.
Accompanying drawing explanation
Fig. 1 is the large specification intensity thin plate cross-sectional view of the utility model embodiment mono-;
Fig. 2 is the large specification intensity thin plate cross-sectional view of the utility model embodiment bis-;
Fig. 3 is the large specification intensity thin plate cross-sectional view of the utility model embodiment tri-;
Fig. 4 is the large specification intensity thin plate cross-sectional view of the utility model embodiment tetra-.
Fig. 5 is the large specification intensity thin plate cross-sectional view of the utility model embodiment five;
Fig. 6 is the large specification intensity thin plate cross-sectional view of the utility model embodiment six;
Fig. 7 is the large specification intensity thin plate cross-sectional view of the utility model embodiment seven.
In figure: 1 is particle effects board; 21 is that A surface glass steel is strengthened lamella; 22 is that B surface glass steel is strengthened lamella; 31 is A face pattern decorative layer; 32 is B face pattern decorative layer.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further details.
Embodiment mono-, as shown in Figure 1:
The large specification decoration particle thin plate that the utility model provides comprises A surface glass steel reinforcement lamella 21 and particle effects board 1, and bonding is complex as whole sheet material mutually.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
A surface glass steel is strengthened lamella 21 and is formed for colloid, fiber and filler mix to solidify, and strengthens the transparency of lamella by changing the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
Because particle effects board 1 is mainly comprised of decoration particle, its performance is hard and crisp, easily fractures; By particle effects board 1 and A surface glass steel, strengthen the composite board that lamella 21 forms, in the situation that not affecting sheet material decorative effect, significantly improved its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella.
Embodiment bis-, as shown in Figure 2:
The large specification decoration particle thin plate that the utility model provides comprises A surface glass steel reinforcement lamella 21, particle effects board 1 and B surface glass steel reinforcement lamella 22, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
Lamella 21 strengthened by A surface glass steel or B surface glass steel reinforcement lamella 22 forms for colloid, fiber and filler mix to solidify, by changing the transparency of the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
Because particle effects board 1 is mainly comprised of particle, its performance is hard and crisp, easily fractures; By the one side of particle effects board 1 and A surface glass steel, strengthened that lamella 21 is compound, another side is compound with B surface glass steel reinforcement lamella 22, the composite board forming, in the situation that not affecting sheet material decorative effect, compare the composite glass fiber reinforced reinforcement lamella of one side, further improve its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella.
Embodiment tri-, as shown in Figure 3:
The large specification decoration particle thin plate that the utility model provides comprises A face pattern decorative layer 31, A surface glass steel reinforcement lamella 21 and particle effects board 1, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
A surface glass steel is strengthened lamella 21 and is formed for colloid, fiber and filler mix to solidify, and strengthens the transparency of lamella by changing the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
A face pattern decorative layer 31 is for forming the pigment of decorative pattern or with the transparent or semitransparent medium of decorative pattern, A face pattern decorative layer 31 can form compound decorative layer with the decoration particle of particle effects board 1, thus the very big decorative panel kind of enriching.
Because particle effects board 1 is mainly comprised of decoration particle, its performance is hard and crisp, easily fractures; By particle effects board 1 and A surface glass steel, strengthen the composite board that lamella 21 forms, in the situation that not affecting sheet material decorative effect, significantly improved its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella; Described pattern decorative layer is comprised of spraying painting pigment and transparent UV resin.
Embodiment tetra-, as shown in Figure 4:
The large specification decoration particle thin plate that the utility model provides comprises the reinforcement of A surface glass steel lamella 21, particle effects board 1 and B face pattern decorative layer 32, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
A surface glass steel is strengthened lamella 21 and is formed for colloid, fiber and filler mix to solidify, and strengthens the transparency of lamella by changing the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
B face pattern decorative layer 32 is for forming the pigment of decorative pattern or with the transparent or semitransparent medium of decorative pattern, B face pattern decorative layer 32 can form compound decorative layer with the decoration particle of particle effects board 1, thus the very big decorative panel kind of enriching.
Because particle effects board 1 is mainly comprised of decoration particle, its performance is hard and crisp, easily fractures; By particle effects board 1 and A surface glass steel, strengthen the composite board that lamella 21 forms, in the situation that not affecting sheet material decorative effect, significantly improved its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella; Described pattern decorative layer is comprised of spraying painting pigment and transparent UV resin.
Embodiment five, as shown in Figure 5:
The large specification decoration particle thin plate that the utility model provides comprises A face pattern decorative layer 31, A surface glass steel reinforcement lamella 21, particle effects board 1 and B surface glass steel reinforcement lamella 22, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
Lamella 21 strengthened by A surface glass steel or B surface glass steel reinforcement lamella 22 forms for colloid, fiber and filler mix to solidify, by changing the transparency of the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
A face pattern decorative layer 31 is for forming the pigment of decorative pattern or with the transparent or semitransparent medium of decorative pattern, A face pattern decorative layer 31 can form compound decorative layer with the decoration particle of particle effects board 1, thus the very big decorative panel kind of enriching.
Because particle effects board 1 is mainly comprised of particle, its performance is hard and crisp, easily fractures; By the one side of particle effects board 1 and A surface glass steel, strengthened that lamella 21 is compound, another side is compound with B surface glass steel reinforcement lamella 22, the composite board forming, in the situation that not affecting sheet material decorative effect, compare the composite glass fiber reinforced reinforcement lamella of one side, further improve its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella; Described pattern decorative layer is comprised of spraying painting pigment and transparent UV resin.
Embodiment six, as shown in Figure 6:
The large specification decoration particle thin plate that the utility model provides comprises A face pattern decorative layer 31, the reinforcement of A surface glass steel lamella 21, particle effects board 1 and B face pattern decorative layer 32, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
A surface glass steel is strengthened lamella 21 and is formed for colloid, fiber and filler mix to solidify, and strengthens the transparency of lamella by changing the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
A face pattern decorative layer 31 or B face pattern decorative layer 32 are the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern, described A face pattern decorative layer 31 or B face pattern decorative layer 32 can form compound decorative layer with the decoration particle of particle effects board 1 respectively, and form two-sided decorative effect, thereby the very big decorative panel kind of enriching.
Because particle effects board 1 is mainly comprised of decoration particle, its performance is hard and crisp, easily fractures; By particle effects board 1 and A surface glass steel, strengthen the composite board that lamella 21 forms, in the situation that not affecting sheet material decorative effect, significantly improved its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella; Described pattern decorative layer is comprised of spraying painting pigment and transparent UV resin.
Embodiment seven, as shown in Figure 7:
The large specification decoration particle thin plate that the utility model provides comprises A face pattern decorative layer 31, A surface glass steel reinforcement lamella 21, particle effects board 1, B surface glass steel reinforcement lamella 22 and B face pattern decorative layer 32, is bonded as successively whole sheet material.
Particle effects board 1 is mixed to solidify with colloid by decoration particle and is formed, and particle effects board is for by the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates.
Lamella 21 strengthened by A surface glass steel or B surface glass steel reinforcement lamella 22 forms for colloid, fiber and filler mix to solidify, by changing the transparency of the ratio capable of regulating glass fiber reinforced plastic of packing variety or increase and decrease filler.When proportion of filler hour, it is transparent or semitransparent that glass fiber reinforced plastic is strengthened lamella, can be used as decorative panel surface; When proportion of filler is larger, it is opaque that glass fiber reinforced plastic is strengthened lamella, can be used as the light shield layer at the decorative panel back side.
A face pattern decorative layer 31 or B face pattern decorative layer 32 are the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern, described A face pattern decorative layer 31 or B face pattern decorative layer 32 can form compound decorative layer with the decoration particle of particle effects board 1 respectively, and form two-sided decorative effect, thereby the very big decorative panel kind of enriching.
Because particle effects board 1 is mainly comprised of particle, its performance is hard and crisp, easily fractures; By the one side of particle effects board 1 and A surface glass steel, strengthened that lamella 21 is compound, another side is compound with B surface glass steel reinforcement lamella 22, the composite board forming, in the situation that not affecting sheet material decorative effect, compare the composite glass fiber reinforced reinforcement lamella of one side, further improve its toughness and tenacity, realized the super large, ultra-thin, ultralight of sheet material.
As preferred forms, it is between 60% to 97% that described decoration particle accounts for particle effects board percentage by weight; Described decoration particle is that particle diameter is the unorganic glass particle between 5 order to 60 orders; Described colloid is unsaturated polyester resin; It is that aluminium hydrate powder or titanium dioxide filler, unsaturated polyester resin and glass fiber form that described glass fiber reinforced plastic is strengthened lamella; Described pattern decorative layer is comprised of spraying painting pigment and transparent UV resin.
In the various embodiments described above, described glass fiber reinforced plastic is glass fiber reinforced plastics, be commonly called as FRP (Fiber Reinforced Plastics), it is fibre-reinforced plastics, it is to using glass fiber and goods (glass fabric, band, felt, yarn etc.) thereof, as reinforcing material, to make a kind of composite material of matrix material with synthetic resin.According to the fiber difference adopting, be divided into glass fiber reinforced composite plastics (GFRP), carbon fiber strengthens composite plastic (CFRP), and boron fibre strengthens composite plastic etc.; According to used resin kind difference, therefore there is the title of organic toughened glass, fiber glass epoxy, phenolic fiberglass reinforced plastics.Fibre reinforced composites are by fortifying fibre and matrix composition, and the diameter of fiber (or whisker) is very little, generally below 10 μ m, defect is less again less, breaking strain is about in 30/1000ths, is fragile material, easy damaged, ruptures and is corroded.Matrix phase is for fiber, and intensity, modulus are all much lower, but can withstand large strain, often has viscoplasticity and elastoplasticity, is toughness material.Glass fiber reinforced plastics product light weight is and hard, and non-conductive, mechanical strength is high, can replace steel manufacturing machine part and automobile, ship housing etc.
In the various embodiments described above, the particle diameter of indication is when certain physical characteristic of tested particle or the homogenous spheres of physical behavio(u)r and a certain diameter (or combination) are the most close, the equivalent grain size using the diameter of this spheroid (or combination) as tested particle just, what particle diameter reflected is granular size, in a lot of granulometries, adopt method of sieving choosing, with the screen cloth of different sizes, see that can particle pass through sieve aperture exactly.
Particle diameter refers to the size of feed particles, and generally the maximum length with particle represents.Mesh means the size of the screen size of standard screen.In Taylor standard sieve, so-called mesh is exactly 2.54 centimetres of screen numbers in (1 inch) length, and referred to as order.For example, 200 object sieves, refer to that the screen cloth of every 2.54 centimetre lengths of this sieve has 200 sieve apertures, and its screen size is 0.074 millimeter (mesh is fewer, and screen size is larger).
In concrete production, the preparation method of large specification decoration particle thin plate of the present utility model is as follows:
(1) A surface glass steel is strengthened lamella preparation, the aluminium hydrate powder that is 0～55 by percentage by weight or titanium dioxide and surplus are furnished with the unsaturated polyester resin of curing compound and accelerator and put into same container, after fully stirring, evenly be coated on flat plate mold surface, during coating, uniform fold glass layer, forms the resin bed that is enclosed with glass fiber and filling aluminium hydrate or titanium dioxide, curing molding.
(2) composite particles effects board, unsaturated polyester resin percentage by weight 60～97, that the decoration particle of particle diameter between 5 order to 60 orders and surplus are furnished with curing compound and accelerator is put into same container, after fully stirring, evenly being cast in made A surface glass steel strengthens on lamella, scrape thicknessing, curing molding.
When the another side of the particle effects board of large specification decoration particle thin plate is also compounded with B surface glass steel and strengthens lamella, preparation method is, the aluminium hydrate powder that is 0～55 by percentage by weight or titanium dioxide and surplus are furnished with the unsaturated polyester resin of curing compound and accelerator and put into same container, after uniform stirring, evenly be coated on the another side of substrate, during coating, uniform fold glass layer, formation is enclosed with the resin bed of glass fiber and aluminium hydrate powder or titanium dioxide filler, curing molding.
When the A surface glass steel reinforcement sheet surfaces of large specification decoration particle thin plate is also compounded with A face pattern decorative layer, preparation method is, at described A surface glass steel, strengthen sheet surfaces, by flat panel inkjet mode, enclose trick paint layer, then at the coat of colo(u)r surface transparent UV resin of showering to certain thickness, by ultraviolet photo-curing, process moulding.
When the B surface glass steel reinforcement sheet surfaces of large specification decoration particle thin plate is also compounded with B face pattern decorative layer, preparation method is, at described B surface glass steel, strengthen sheet surfaces, by flat panel inkjet mode, enclose trick paint layer, then at the coat of colo(u)r surface transparent UV resin of showering to certain thickness, by ultraviolet photo-curing, process moulding.
The above; it is only preferred embodiment of the present utility model; not in order to limit the utility model, any trickle modification that every foundation technical spirit of the present utility model is done above embodiment, be equal to and replace and improve, within all should being included in the protection domain of technical solutions of the utility model.
Claims (7)
1. a large specification decoration particle thin plate, is characterized in that: described large specification intensity thin plate is that particle effects board and glass fiber reinforced plastic are strengthened the bonding layer structural panel being composited of lamella, wherein: particle effects board is for passing through the interconnective decoration particle aggregate of colloid; Described decoration particle is transparent or semitransparent opaque or reflective polyhedron or plates; It is transparent or semitransparent or opaque that described glass fiber reinforced plastic is strengthened lamella.
2. large specification decoration particle thin plate according to claim 1, is characterized in that: it is that A surface glass steel is strengthened lamella that the glass fiber reinforced plastic of described large specification intensity thin plate is strengthened lamella, is located at the surface of particle effects board, and bonding is combined into whole sheet material mutually.
3. large specification decoration particle thin plate according to claim 2, is characterized in that: described large specification intensity thin plate also comprises an A face pattern decorative layer, and this pattern decorative layer is located at A surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described A face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
4. according to the large specification decoration particle thin plate described in claim 2 or 3, it is characterized in that: described large specification intensity thin plate also comprises a B face pattern decorative layer, this pattern decorative layer is located at particle effects board surface, and bonding is complex as whole sheet material mutually; Described B face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
5. large specification decoration particle thin plate according to claim 1, it is characterized in that: the glass fiber reinforced plastic of described large specification intensity thin plate is strengthened lamella and strengthened lamella and B surface glass steel reinforcement lamella for comprising A surface glass steel, particle effects board is located at A surface glass steel and is strengthened, between lamella and B surface glass steel reinforcement lamella, mutually boning and being combined into whole sheet material.
6. large specification decoration particle thin plate according to claim 5, is characterized in that: described large specification intensity thin plate also comprises an A face pattern decorative layer, and this pattern decorative layer is located at A surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described A face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
7. large specification decoration particle thin plate according to claim 6, is characterized in that: described large specification intensity thin plate also comprises a B face pattern decorative layer, and this pattern decorative layer is located at B surface glass steel and is strengthened sheet surfaces, and bonding is complex as whole sheet material mutually; Described B face pattern decorative layer is the transparent or semitransparent medium that forms the pigment of decorative pattern or have decorative pattern.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104047407A (en) * | 2014-07-10 | 2014-09-17 | 余建平 | Large-specification decoration particle thin plate |
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| CN104047407A (en) * | 2014-07-10 | 2014-09-17 | 余建平 | Large-specification decoration particle thin plate |
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