CN202831494U - Integration decorative sheet of imitating granites and energy saving stone materials - Google Patents
Integration decorative sheet of imitating granites and energy saving stone materials Download PDFInfo
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- CN202831494U CN202831494U CN201220469465.8U CN201220469465U CN202831494U CN 202831494 U CN202831494 U CN 202831494U CN 201220469465 U CN201220469465 U CN 201220469465U CN 202831494 U CN202831494 U CN 202831494U
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- polymer mortar
- artificial granite
- surface layer
- glass fiber
- resistant glass
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Abstract
The utility model relates to an ordinary portland cement heat preservation decorative sheet, in particular to an integration decorative sheet of imitating granites and energy saving stone materials. The integration decorative sheet of imitating the granites and the energy saving stone materials is suitable for structure maintenance, hear preservation and decoration of a shear wall structure, a frame structure and the outer wall of a brick-concrete structure building. The integration decorative sheet of imitating the granites and the energy saving stone materials comprises a polystyrene foaming sheet, a polymer mortar surface layer, an alkali-resistant glass fiber cell layer, a polymer mortar inner layer and an imitation-granite coating. The polymer mortar inner layer is coated on the outer portion of the polystyrene foaming sheet. The alkali-resistant glass fiber cell layer is laid on the outer portion of the polymer mortar inner layer. The polymer mortar surface layer is poured on the outer portion of the alkali-resistant glass fiber cell layer. The imitation-granite coating is coated on the outer portion of polymer mortar surface layer in a sprayed mode. A plurality of preformed holes are formed in the polystyrene foaming sheet. When the polymer mortar inner layer is coated and the polymer mortar surface layer is poured, mortar columns are formed which enables the polymer mortar inner layer, the polymer mortar surface layer, the alkali-resistant glass fiber cell layer and the polystyrene foaming sheet to be formed into a whole.
Description
Technical field
What the energy-conservation stone material of the utility model, artificial granite one decorative panel related to is a kind of Portland cement heat insulating decorative board, is applicable to structural maintenance, insulation and the decoration of shear wall structure, frame construction and brick-and-concrete buildings exterior wall.
Background technology
At present, at home and abroad employed various wall thermal insulating system kinds are a lot of on building exterior wall heat preserving market and the decoration of exterior wall market, mainly contain to paste the rock wool external insulation system, paste foam cement plate external insulation system, paste EPS, XPS plate external insulation system, the hard-foam polyurethane external insulation system, insulation fragment of brick heat-preserving wall, foamed ceramic heat insulation system etc., various imitative stone materials coatings decorations, fluorine carbon lacquer is decorated, and aluminum curtain walls is decorated, and face brick is decorated, stone curtain wall is decorated etc.
For the body of wall of three kinds of structures of construction market, can use integrated material to solve insulation and the decoration difficult problem of exterior wall.Need not to finish first heat insulation system and make again decoration, the time-consuming delay duration, adopt integrated technology integrated heat insulation function and decoration functions, peak discharge realizes the building site batch production to the greatest extent, a large amount of economical with materials, artificial, duration and building costs are the developing direction of modern architecture and conservation-minded society.
Summary of the invention
The utility model is to provide a kind of energy-conservation stone material, artificial granite integral decorative plate for above-mentioned weak point.The utility model Realization of Product collection insulation, decoration integrated; and product has lightweight, structure and production technology is simple, structural strength is high, good heat insulating, fireproof performance excellence and decorative effect are splendid; can save a large amount of limited rock material resources if be widely used; protection massif, forest, vegetation; directly our ecological environment of protection produces huge and far-reaching influence to the ecological homeostasis in the future.
Energy-conservation stone material, artificial granite integral decorative plate are to take following technical scheme to realize: energy-conservation stone material, artificial granite integral decorative plate comprise foamed polystyrene board (EPS foamed board), polymer mortar surface layer, alkali resistant glass fiber compartment, polymer mortar internal layer and artificial granite coating.Be externally coated with the polymer mortar internal layer at foamed polystyrene board, be equipped with the alkali resistant glass fiber clathrum in polymer mortar internal layer outside, outside the alkali resistant glass fiber clathrum, be cast with the polymer mortar surface layer, outside the polymer mortar surface layer, spray the artificial granite coating.
Be provided with several preformed holes at foamed polystyrene board, form the mortar post at coated polymer mortar internal layer, when being cast with the polymer mortar surface layer, with polymer mortar internal layer, polymer mortar surface layer with alkali resistant glass fiber clathrum, foamed polystyrene board tightly drawknot form an integral body together, and increase energy-conservation stone material, artificial granite integral decorative plate compressive strength.
At the foamed polystyrene board back side or the side be embedded with the installation steel tank, fixing energy-conservation stone material artificial granite integral decorative plate be used for to be installed.
Described alkali resistant glass fiber clathrum adopts self-adhering-type, and alkali resistant glass fiber grid specification is 100g～120g/m
2
Described polymer mortar surface layer and polymer mortar internal layer all adopt cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water to mix.
Energy-conservation stone material, artificial granite integral decorative plate preparation method are as follows:
1, foamed polystyrene board is pressed the designing requirement cutting forming;
2, at the pre-buried installation steel tank in the foamed polystyrene board back side or side of cutting forming;
3, being embedded with the outside coated polymer mortar of the foamed polystyrene board internal layer that steel tank is installed, the foamed polystyrene board that is coated with the polymer mortar internal layer is put into the drying room maintenance, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, takes out in the drying room;
4, with the outside alkali resistant glass fiber clathrum of laying of the polymer mortar internal layer of the foamed polystyrene board after the maintenance;
5, the above-mentioned foamed polystyrene board that is equipped with the alkali resistant glass fiber clathrum is placed in the casting mold, cast polymer mortar surface layer, the foamed polystyrene board that is cast with the polymer mortar surface layer is put into the drying room maintenance with casting mold, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, take out the demoulding in the drying room, take out integral decorative plate one week of natural curing;
6, outside the polymer mortar surface layer, spray the artificial granite coating, after natural curing 45-48 hour, be coated with artificial granite coating surface sprayed surface protective agent again, namely make energy-conservation stone material, the integrated ornament finished product of artificial granite after natural drying.
Described artificial granite coating adopts commercially available artificial granite coating.
Described surface protectant adopts third transparency protected dose of commercially available silicon.
Described polymer mortar surface layer and polymer mortar internal layer raw material are made after adopting cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water according to following weight per distribution ratio mixing and stirring; Wherein
Cement 35-40%
Rubber powder 1.5-2%
Yellow ground 40-50%
Polypropylene fiber 1-2%
Swell soil 2-3%
Water surplus.
Described cement adopts commercially available 42.5R label cement.
Described rubber powder adopts commercially available NH2090 type latex powder.
Described foamed polystyrene board adopts the flame-retardant polystyrene foamed board.
Energy-conservation stone material; artificial granite one decorative panel is reasonable in design; preparation method is convenient and practical; the utility model Realization of Product collection insulation; decoration integrated; because it is generous that the polymer mortar surface layer sprays artificial granite coating good looking appearance outward; and product has lightweight; structure and production technology are simple; structural strength is high; good heat insulating; fireproof performance excellence and decorative effect are splendid; can save a large amount of limited rock material resources if be widely used; the protection massif; forest; vegetation; directly our ecological environment of protection produces huge and far-reaching influence to the ecological homeostasis in the future.
Description of drawings
The utility model is described in further detail below with reference to accompanying drawing:
Fig. 1 is energy-conservation stone material, artificial granite one decorative board structure embodiment 1.
Fig. 2 is energy-conservation stone material, artificial granite one decorative board structure embodiment 2.
The specific embodiment
With reference to accompanying drawing 1,2, energy-conservation stone material, artificial granite integral decorative plate comprise foamed polystyrene board (EPS foamed board) 5, polymer mortar surface layer 2, alkali resistant glass fiber compartment 3, polymer mortar internal layer 4 and artificial granite coating 1.Be externally coated with polymer mortar internal layer 4 at foamed polystyrene board 5, be equipped with alkali resistant glass fiber clathrum 3 in polymer mortar internal layer 4 outsides, outside alkali resistant glass fiber clathrum 3, be cast with polymer mortar surface layer 2, in polymer mortar surface layer 2 outer spraying artificial granite coatings 1.
Be provided with several preformed holes at foamed polystyrene board 5, form mortar post 7 at coated polymer mortar internal layer 4, when being cast with polymer mortar surface layer 2, with polymer mortar internal layer 4, polymer mortar surface layer 2 with alkali resistant glass fiber clathrum 3, foamed polystyrene board 5 tightly drawknot form an integral body together, and increase energy-conservation stone material, artificial granite integral decorative plate compressive strength.
Be embedded with installation steel tank 6 at foamed polystyrene board 5 back sides (seeing accompanying drawing 1) or side (seeing accompanying drawing 2), be used for installing fixing energy-conservation stone material artificial granite integral decorative plate.
Described alkali resistant glass fiber clathrum 3 adopts self-adhering-type, and alkali resistant glass fiber grid specification is 100g～120g/m
2
Selected polymer mortar surface layer 2 and polymer mortar internal layer 4 all adopt cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water to mix.
Energy-conservation stone material, artificial granite integral decorative plate preparation method are as follows:
1, foamed polystyrene board is pressed the designing requirement cutting forming;
2, at the pre-buried installation steel tank 6 in foamed polystyrene board 5 back sides or side of cutting forming;
3, be embedded with the outside coated polymer mortar of the foamed polystyrene board internal layer 4 that steel tank is installed, the foamed polystyrene board that is coated with polymer mortar internal layer 4 is put into the drying room maintenance, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, takes out in the drying room;
4, with the outside alkali resistant glass fiber clathrum 3 of laying of the polymer mortar internal layer of the foamed polystyrene board after the maintenance;
5, the above-mentioned foamed polystyrene board that is equipped with alkali resistant glass fiber clathrum 3 is placed in the casting mold, cast polymer mortar surface layer, the foamed polystyrene board that is cast with polymer mortar surface layer 2 is put into the drying room maintenance with casting mold, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, take out the demoulding in the drying room, take out integral decorative plate one week of natural curing;
6, in polymer mortar surface layer 2 outer spraying artificial granite coatings 1, after natural curing 45-48 hour, be coated with artificial granite coating 1 surface spraying surface protectant again, namely make energy-conservation stone material, the imitative integrated ornament finished product of sandstone after natural drying.
Described artificial granite coating 1 adopts commercially available artificial granite coating.
Described surface protectant adopts third transparency protected dose of commercially available silicon.
Described polymer mortar surface layer 2 and polymer mortar internal layer 4 raw materials are made after adopting cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water according to following weight per distribution ratio mixing and stirring; Wherein
Cement 35-40%
Rubber powder 1.5-2%
Yellow ground 40-50%
Polypropylene fiber 1-2%
Swell soil 2-3%
Water surplus
Described cement adopts commercially available 42.5R label cement.
Described rubber powder adopts commercially available NH2090 type latex powder.
Described foamed polystyrene board 5 adopts the flame-retardant polystyrene foamed board.
Energy-conservation stone material, artificial granite integral decorative plate preparation method are as follows:
1, foamed polystyrene board is pressed the designing requirement cutting forming;
2, at the pre-buried installation steel tank 6 in foamed polystyrene board 5 back sides or side of cutting forming;
3, be embedded with the outside coated polymer mortar of the foamed polystyrene board internal layer 4 that steel tank is installed, the foamed polystyrene board that is coated with polymer mortar internal layer 4 is put into the drying room maintenance, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, takes out in the drying room;
4, with the outside alkali resistant glass fiber clathrum 3 of laying of the polymer mortar internal layer of the foamed polystyrene board after the maintenance;
5, the above-mentioned foamed polystyrene board that is equipped with alkali resistant glass fiber clathrum 3 is placed in the casting mold, cast polymer mortar surface layer, the foamed polystyrene board that is cast with polymer mortar surface layer 2 is put into the drying room maintenance with casting mold, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, take out the demoulding in the drying room, take out integral decorative plate one week of natural curing;
6, in polymer mortar surface layer 2 outer spraying artificial granite coatings 1; after natural curing 45-48 hour; be coated with artificial granite coating 1 surface spraying surface protectant again, namely making energy-conservation stone material, the integrated ornament finished product of artificial granite after natural drying.
Described artificial granite coating 1 adopts commercially available artificial granite coating.
Described surface protectant adopts third transparency protected dose of commercially available silicon.
Described polymer mortar surface layer 2 and polymer mortar internal layer 4 raw materials are made after adopting cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water according to following weight per distribution ratio mixing and stirring; Wherein
Cement 35 Kg (35%)
Yellow ground 50 Kg (50%)
Water 8 Kg (8%)
Described cement adopts commercially available 42.5R label cement.
Described rubber powder adopts commercially available NH2090 type latex powder.
Described foamed polystyrene board 5 adopts the flame-retardant polystyrene foamed board.
Energy-conservation stone material, artificial granite integral decorative plate preparation method are as follows:
1, foamed polystyrene board is pressed the designing requirement cutting forming;
2, at the pre-buried installation steel tank 6 in foamed polystyrene board 5 back sides or side of cutting forming;
3, be embedded with the outside coated polymer mortar of the foamed polystyrene board internal layer 4 that steel tank is installed, the foamed polystyrene board that is coated with polymer mortar internal layer 4 is put into the drying room maintenance, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, takes out in the drying room;
4, with the outside alkali resistant glass fiber clathrum 3 of laying of the polymer mortar internal layer of the foamed polystyrene board after the maintenance;
5, the above-mentioned foamed polystyrene board that is equipped with alkali resistant glass fiber clathrum 3 is placed in the casting mold, cast polymer mortar surface layer, the foamed polystyrene board that is cast with polymer mortar surface layer 2 is put into the drying room maintenance with casting mold, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, take out the demoulding in the drying room, take out integral decorative plate one week of natural curing;
6, in polymer mortar surface layer 2 outer spraying artificial granite coatings 1; after natural curing 45-48 hour; be coated with artificial granite coating 1 surface spraying surface protectant again, namely making energy-conservation stone material, the integrated ornament finished product of artificial granite after natural drying.
Described artificial granite coating 1 adopts commercially available artificial granite coating.
Described surface protectant adopts third transparency protected dose of commercially available silicon.
Described polymer mortar surface layer 2 and polymer mortar internal layer 4 raw materials are made after adopting cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water according to following weight per distribution ratio mixing and stirring; Wherein
Cement 38 Kg (38%)
Rubber powder 1.8 Kg (1.8%)
Yellow ground 45Kg (45%)
Polypropylene fiber 1.5Kg (1.5%)
Swell soil 2.5Kg (2.5%)
Water 11.2Kg (11.2%)
Described cement adopts commercially available 42.5R label cement.
Described rubber powder adopts commercially available NH2090 type latex powder.
Described foamed polystyrene board 5 adopts the flame-retardant polystyrene foamed board.
Energy-conservation stone material, artificial granite integral decorative plate preparation method are as follows:
1, foamed polystyrene board is pressed the designing requirement cutting forming;
2, at the pre-buried installation steel tank 6 in foamed polystyrene board 5 back sides or side of cutting forming;
3, being embedded with the outside coated polymer mortar of the foamed polystyrene board internal layer 4 that steel tank is installed, the foamed polystyrene board that is coated with polymer mortar internal layer 4 is put into the drying room maintenance, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, takes out in the drying room;
4, with the outside alkali resistant glass fiber clathrum 3 of laying of the polymer mortar internal layer of the foamed polystyrene board after the maintenance;
5, the above-mentioned foamed polystyrene board that is equipped with alkali resistant glass fiber clathrum 3 is placed in the casting mold, cast polymer mortar surface layer, the foamed polystyrene board that is cast with polymer mortar surface layer 2 is put into the drying room maintenance with casting mold, the drying room temperature is 50-55 ℃, after maintenance 18-24 hour, take out the demoulding in the drying room, take out integral decorative plate one week of natural curing;
6, in polymer mortar surface layer 2 outer spraying artificial granite coatings 1, after natural curing 45-48 hour, be coated with artificial granite coating 1 surface spraying surface protectant again, namely make energy-conservation stone material, the integrated ornament finished product of artificial granite after natural drying.
Described artificial granite coating 1 adopts commercially available artificial granite coating.
Described surface protectant adopts third transparency protected dose of commercially available silicon.
Described polymer mortar surface layer 2 and polymer mortar internal layer 4 raw materials are made after adopting cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water according to following weight per distribution ratio mixing and stirring; Wherein
Cement 40 Kg (40%)
Rubber powder 1.5Kg (1.5%)
Yellow ground 40Kg (40%)
Swell soil 2Kg (2%)
Water 15.5Kg (15.5%)
Described cement adopts commercially available 42.5R label cement.
Described rubber powder adopts commercially available NH2090 type latex powder.
Described foamed polystyrene board 5 adopts the flame-retardant polystyrene foamed board.
The energy-conservation stone material that the energy-conservation stone material of the utility model, artificial granite integral decorative plate preparation method are made, artificial granite integral decorative plate detect through related detection unit:
1, shock resistance 〉=10J, it is qualified to impact;
2, tensile strength 〉=0.15MPa;
3, water absorption rate≤400g/M
2
4, former mortar draws and dials intensity 〉=0.6MPa;
5, coefficient of thermal conductivity 0.04W/(m. k);
6, compressive strength/anti-folding is by force than≤2.5.
Claims (6)
1. an energy-conservation stone material, artificial granite integral decorative plate is characterized in that: comprise foamed polystyrene board, polymer mortar surface layer, alkali resistant glass fiber compartment, polymer mortar internal layer and artificial granite coating; Be externally coated with the polymer mortar internal layer at foamed polystyrene board, be equipped with the alkali resistant glass fiber clathrum in polymer mortar internal layer outside, outside the alkali resistant glass fiber clathrum, be cast with the polymer mortar surface layer, outside the polymer mortar surface layer, spray the artificial granite coating.
2. a kind of energy-conservation stone material according to claim 1, artificial granite integral decorative plate, it is characterized in that: be provided with several preformed holes at foamed polystyrene board, form the mortar post at coated polymer mortar internal layer, when being cast with the polymer mortar surface layer, with polymer mortar internal layer, polymer mortar surface layer with alkali resistant glass fiber clathrum, foamed polystyrene board tightly drawknot form an integral body together, and increase energy-conservation stone material, artificial granite integral decorative plate compressive strength.
3. a kind of energy-conservation stone material according to claim 1, artificial granite integral decorative plate is characterized in that: at the foamed polystyrene board back side or the side be embedded with the installation steel tank, be used for installing fixing energy-conservation stone material, artificial granite integral decorative plate.
4. a kind of energy-conservation stone material according to claim 1, artificial granite integral decorative plate is characterized in that: described alkali resistant glass fiber clathrum adopts self-adhering-type alkali resistant glass fiber grid, and specification is 100g～120g/m
2
5. a kind of energy-conservation stone material according to claim 1, artificial granite integral decorative plate, it is characterized in that: described polymer mortar surface layer and polymer mortar internal layer all adopt cement, rubber powder, yellow ground, polypropylene fiber, swell soil, water to mix.
6. a kind of energy-conservation stone material according to claim 1, artificial granite integral decorative plate is characterized in that: described foamed polystyrene board 5 employing flame-retardant polystyrene foamed boards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220469465.8U CN202831494U (en) | 2012-09-16 | 2012-09-16 | Integration decorative sheet of imitating granites and energy saving stone materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220469465.8U CN202831494U (en) | 2012-09-16 | 2012-09-16 | Integration decorative sheet of imitating granites and energy saving stone materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202831494U true CN202831494U (en) | 2013-03-27 |
Family
ID=47943237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220469465.8U Expired - Lifetime CN202831494U (en) | 2012-09-16 | 2012-09-16 | Integration decorative sheet of imitating granites and energy saving stone materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202831494U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102828597A (en) * | 2012-09-16 | 2012-12-19 | 南京敬邺达新型建筑材料有限公司 | Stone-saving artificial granite integral decorative plate and production method thereof |
| CN105294020A (en) * | 2015-10-15 | 2016-02-03 | 陈惊雷 | Preparation method of simulated granite sheet material |
| CN107268913A (en) * | 2016-04-08 | 2017-10-20 | 上海层达实业股份有限公司 | Granite insulating-fireproof composite board |
-
2012
- 2012-09-16 CN CN201220469465.8U patent/CN202831494U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102828597A (en) * | 2012-09-16 | 2012-12-19 | 南京敬邺达新型建筑材料有限公司 | Stone-saving artificial granite integral decorative plate and production method thereof |
| CN105294020A (en) * | 2015-10-15 | 2016-02-03 | 陈惊雷 | Preparation method of simulated granite sheet material |
| CN105294020B (en) * | 2015-10-15 | 2018-05-25 | 陈惊雷 | A kind of preparation method of artificial granite plate |
| CN107268913A (en) * | 2016-04-08 | 2017-10-20 | 上海层达实业股份有限公司 | Granite insulating-fireproof composite board |
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| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130327 |