CN205577297U - Outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward - Google Patents
Outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward Download PDFInfo
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- CN205577297U CN205577297U CN201520968210.XU CN201520968210U CN205577297U CN 205577297 U CN205577297 U CN 205577297U CN 201520968210 U CN201520968210 U CN 201520968210U CN 205577297 U CN205577297 U CN 205577297U
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Abstract
The utility model provides an outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward which flexible building structure adhesive formation sealing layer is wrapped up in to upright six bread of silk rock wool board embryo that the core found silk rock wool board for enhancement mode, and the sealing layer outside is strengthened through basalt fiber net cloth, calcium silicate board structure protection side bar frame is established on net cloth outside limit, openly establishes the finish coat, and the mortar backing is established at the back. Flexible building structure adhesive and basalt fiber net cloth will found a rock wool board embryo and tightly wrap up and glue as an organic wholely, form net muscle complex body, make reinforcing patch material and found the common atress of silk rock wool board embryo, improve timber intensity, rigidity, crack resistance and wholeness, stand silk rock wool board surface and realize sealedly, effectively avoid ageing or weing, prolong the life of rock wool. Panel through six protection adopts the technology of gluing the anchor and combining with pasting of building outer wall, has ensured the safety of long -term use, is the outer insulation fire thermal -insulation decorative integrated board of outer wall who is applicable to little high level and following building.
Description
Technical field
This utility model belongs to external wall outer insulation Material Field, be specifically related to a kind of use calcium silicate board make frame, polymer bonding mortar as backing, tapestry brick as finish coat, by Special flexible building structure adhesive, enhancement mode is found silk rock cotton board and carries out the exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board of hexahedro protection.
Background technology
nullFor a long time，Country is more and more tighter to the fire protection requirement of external wall exterior insulation work，Owing to using organic insulation material to do in external wall outer insulation engineering，Fire takes place frequently，Inorganic heat insulation material is applied and is given birth to，But most inorganic heat insulation materials are high by unit weight、Poor thermal insulation property、Hydrophobicity is poor、Vertical tensile strength is low、Price and restricted by market，And have rock wool excellent performance only，Its acidity coefficient >=1.6、Unit weight >=100kg/m、The rock wool that shot content is low，Stable performance、Heat conductivity is low、Hydrophobicity is good、Price is relatively cheap，It is widely used in external wall exterior insulation work，But owing to it belongs to soft body，Tensile strength only has >=15KPa，The tensile strength of vertical silk rock cotton board embryo is also only >=80KPa，Even if two sides composition polymer mortar，Though tensile strength is improved，But strength and stiffness still can not meet requirement，Crack resistance and globality are poor，Still can not meet the heat insulation decoration integrated plate requirement to heat insulation core material，So can only do, external wall outer insulation is thin smears system.
In order to adapt to the development of architectural industrialization, external wall outer insulation conventional thin plastoring system, due to cannot the wet trade of operational procedure pollution environment many, easy of reduction of erection time many, the most progressively completed in factory by multiple working procedure, job site only needs the heat insulation decoration integrated plate of one installation procedure to replace.And the heat insulation core material of present stage heat insulation decoration integrated plate is organic insulation material, do not reach A level fire protection requirement, can stand the restriction that external wall external thermal insulation fire protecting performance is the most sternly required by country.Inorganic A level fire-retardant heat-insulation material is then low due to its tensile strength, cannot be fabricated to again heat insulation decoration integrated plate, constrains the application space of inorganic A level fire-retardant heat-insulation material.
Rock-wool heat insulation plate heat conductivity in inorganic A level fire-retardant heat-insulation material is minimum, only≤0.04w/(m.k), as organic styrofoam；The tensile strength of vertical silk rock cotton board embryo is close with other inorganic heat insulation materials, is to have the heat insulation core material that the heat-insulation system in the external wall exterior insulation work thin-coat plaster system of A level fire protection requirement and curtain wall cavity is commonly used.
The rock cotton board that external wall external thermal insulation uses at present, strengths in tension and compression is the lowest, the tensile strength of vertical silk rock cotton board embryo also only has 80Kpa, comprcssive strength to only have 40Kpa, although some rock cotton board have smeared a bed boundary agent at positive and negative, the most simply one in order to improve rock cotton board and polymer mortar and the transition zone of anticracking grout adhesive property；Rock cotton board positive and negative is smeared by some employing polymer decorative mortars, the most also press people's alkali resistant glass fibre open weave cloth, the vertical tensile strength improving rock cotton board is had certain effect, but owing to the alkali resistance of glass fiber reticular cloth is far below basalt grid cloth, easily corroded by cement, poor durability；Additionally cement mortar belongs to fragile material, and smearing thickness is the most very thin, and cracking resistance is the lowest, and rock wool belongs to soft material, it is difficult to supporting role is at the pressure of mortar surface, and compressive property is low, so under a certain pressure, decorative mortar will rupture, and causes the destruction of vertical silk rock cotton board embryo；Particularly position, corner, is more easy to rupture failure.So the heat-insulation system being only limited in thin-coat plaster system and curtain wall cavity.
At present, external wall outer insulation material market occur in that a kind of with vertical silk rock cotton board embryo as heat insulation core material, the bonding calcium silicate board in two sides, the true mineral varnish of facial ornament, sandwich style heat insulation decoration integrated plate that four sides are exposed, the globality of this heat insulation decoration integrated plate is poor, intensity is low, side is the most impaired to make moist, under the common effect of internal stress and external carbuncle, easily delamination comes off, and service life is short, in use there is potential safety hazard.
Utility model content
This utility model purpose is to provide a kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board, solves commonly use the low deficiency of organic heat-insulating core fire protecting performance in prior art and use vertical silk rock cotton board as intensity during heat insulation core material, rigidity, crack resistance and the technical problem of globality difference；Solve there is no hermetically sealed protection effect due to the heat insulation core material of existing rock-wool heat insulation plate, the problem that the side of rock wool is the most impaired to make moist, service life is low；Additionally, also solve external wall outer insulation engineering to paste the problem that outdoor tile is severely limited.
For realizing above-mentioned technical purpose, this utility model adopts the following technical scheme that
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board, its core is that enhancement mode founds silk rock cotton board, it is characterised in that: described enhancement mode is found the basalt fibre grid cloth that silk rock cotton board found silk rock cotton board embryo by block vertical silk rock cotton board embryo and hexahedro parcel and is constituted；Described basalt fibre grid cloth is adhesively fixed by the outer surface of Flexible Building Structures adhesive with vertical silk rock cotton board embryo；Described enhancement mode is stood four sides of silk rock cotton board and is laid calcium silicate board frame, and four sides that described calcium silicate board frame founds silk rock cotton board by Flexible Building Structures adhesive and inner side enhancement mode are adhesively fixed；Described enhancement mode is stood the front, outside of silk rock cotton board and is set tapestry brick, and described tapestry brick founds silk rock cotton board by the enhancement mode of Flexible Building Structures adhesive with inner side and calcium silicate board frame upper side edge is adhesively fixed；Described enhancement mode is found the external back surface of silk rock cotton board and is set mortar backing, and the enhancement mode of described mortar backing and inner side founds silk rock cotton board and calcium silicate board frame lower side is adhesively fixed.
As the preferred technical scheme of this utility model, described basalt fibre grid cloth includes transversely U-shaped basalt grid cloth and longitudinally U-shaped basalt grid cloth, the end correspondence of the U-shaped of described transversely U-shaped basalt grid cloth stands the front, outside of silk rock cotton board embryo, the upper and lower side of the vertical silk rock cotton board embryo of two sides of U-shaped correspondence respectively；The end correspondence of the U-shaped of described longitudinally U-shaped basalt grid cloth founds the external back surface of silk rock cotton board embryo, the left and right side of the vertical silk rock cotton board embryo of two sides of U-shaped correspondence respectively.
It is further preferred that six faces that described Flexible Building Structures adhesive is coated on vertical silk rock cotton board embryo form sealant.
Further, described transversely U-shaped basalt grid, longitudinally U-shaped basalt grid cloth are completely immersed in Special flexible building structure adhesive and are close to vertical silk rock cotton board embryogenesis enhancement layer.
Preferably, described Flexible Building Structures adhesive can be epoxies adhesive or polyurethane tackifier.
Preferably, described calcium silicate board frame be thickness be the exterior wall special-purpose water-proof calcium silicate board of 4～8mm.
Preferably, described tapestry brick is the outdoor tile of firing of 240mm × 60mm × 6mm, forms the finish coat that heat insulation decoration integrated plate is complete.
It is furthermore preferred that described mortar backing is overcoat and the polymer bonding mortar of the transition zone bonding with construction wall being formed and enhancement mode being stood silk rock cotton board, its thickness is 2～3mm.
Compared with prior art, the beneficial effects of the utility model are:
1, its core uses basalt fibre grid cloth and Special flexible building structure adhesive to replace the glass fiber reticular cloth in conventional art and polymer mortar, by the vertical silk hexahedro parcel of rock cotton board embryo, form a new net muscle complex, vertically after the surface spraying Special flexible building structure adhesive of fiber rock wool warming plate, the two ends of chopped fiber are tightly wrapped up by application specific architecture adhesive, the fiber of parcel is mutually bonded integral simultaneously, add the basalt fibre net of press-in high intensity, two faces making vertical fiber rock wool warming plate form firm pliable and tough plate face, greatly improve tensile strength and the cracking resistance of rock cotton board, make enhancing adhesive material and original vertical silk common stress of rock cotton board embryo, it is effectively increased resistance to tension and the cracking resistance of rock-wool heat insulation plate.The tensile strength making the enhancement mode rock cotton board of 100kg/m unit weight reaches >=120Kpa, and the tensile strength of the enhancement mode rock cotton board of 120kg/m unit weight reaches >=200Kpa；
2, exposed rock wool fibers surface is bonded as one and is pressed in side adhesive by the basalt fibre net bound edge in two big faces by basalt fibre grid cloth and Special flexible building structure adhesive, it is collectively forming a solid net muscle housing in complete surface with two big faces, effectively raise intensity, rigidity and the globality of vertical fiber rock wool warming plate, through enhancement process vertical fiber rock wool warming plate chopped fiber will not sagging, come off, stopped heat-insulation system cavity, the drawback such as come off；
4, Flexible Building Structures adhesive is coated on six faces formation sealants of vertical silk rock cotton board embryo, effectively improve rock wool suitable moisture absorption moisture absorption to go mouldy rotten drawback, make rock cotton board remain at drying regime, extend the service life of rock-wool heat insulation plate, can be with the building same life-span；
5, simply its surface has been carried out reinforcement process due to enhancement mode rock-wool heat insulation plate, the open shape space of vertical silk rock cotton board embryo is closed, do not affect the internal structure of rock-wool heat insulation plate, thus at all will not reduce its heat-insulating property, its heat conductivity can be reduced on the contrary, improve the heat-insulating property of rock cotton board；
6, the fiber of rock cotton board is relatively short, surface ratio loosely, prick the hand, chopped fiber easily comes off along with air flies upward, causes environmental pollution, and its surface of enhancement mode rock-wool heat insulation plate is a solid entirety, chopped fiber does not comes off, pricks the hand, thus improves the environmental-protecting performance of rock wool.
7, the structure that anchor combines is glued in order to realize installation system, protection enhancement mode stands the raising without damage and further heat insulating decorative board bending resistance of silk rock cotton board side, anti-pressure ability, guarantee the fire protecting performance of tapestry brick fireproof heat preservation decorative board, four sides founding silk rock cotton board in enhancement mode are provided with heat conductivity only≤0.2 w/(m.k), tensile strength >=1Mpa, A level fireproof exterior wall is with waterproof calcium silicate board frame, calcium silicate board frame is pasted onto enhancement mode by Special flexible building structure adhesive and stands on four sides of silk rock cotton board, anchoring piece one end that system is installed is anchored on base course wall, the other end is anchored on the frame of tapestry brick fireproof thermal insulation decoration integrated board, the most solid and reliable but also overcome the most serious cold-heat bridge that conventional art causes；
8, it is without damage and further ensure that the fire protecting performance of tapestry brick fireproof heat preservation decorative board that tapestry brick fireproof thermal insulation decoration integrated board is bonding with base course wall for convenience, protection enhancement mode stands silk rock cotton board bottom surface, the bottom surface founding silk rock cotton board in enhancement mode is provided with mortar backing, mortar backing uses polymer bonding mortar to be directly bonded in enhancement mode and stands the bottom surface of silk rock cotton board, is formed and protects excessive layer.
9, finish coat uses Special flexible building structure adhesive to replace the sticking mortar in conventional art, tapestry brick is pasted onto enhancement mode and stands before silk rock cotton board.Special flexible building structure adhesive bonding applique surface brick not hollowing, do not ftracture, do not fall off, more firm, more durable.
This utility model exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board fundamentally solves that the not enough and existing rock cotton board tension of organic heat-insulating core fire protecting performance, resistance to compression, bending resistance, breaking resistance be low and moisture absorption moisture absorption, the defect of globality difference, substantially the problem that external wall outer insulation engineering sticking brick is severely limited is solved, open up bigger application space and long-range development prospect for rock-wool heat insulation plate, open the prospect of broadness for external wall outer insulation engineering facing variation.This utility model is rational in infrastructure, technique is simple, easy to make.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board that this utility model relates to；
Fig. 2 is the cross-sectional view of A-A section in Fig. 1；
Fig. 3 is the overall structure schematic diagram that the enhancement mode that this utility model relates to founds silk rock cotton board 1；
Fig. 4 is the cross-sectional view of B-B section in Fig. 1；
Fig. 5 is the structural representation of the transversely U-shaped basalt grid cloth 1.21 that this utility model relates to；
Fig. 6 is the installment state schematic diagram of the external wall outer insulation fireproof thermal insulation decoration integrated board that this utility model relates to；
Fig. 7 is the structural representation of the anchoring piece 7 that this utility model relates to.
Reference: 1-enhancement mode founds silk rock cotton board, 1.1-founds silk rock cotton board embryo, 1.2-basalt fibre grid cloth, 1.21-transversely U-shaped basalt grid cloth, 1.22-longitudinally U-shaped basalt grid cloth, 2-Flexible Building Structures adhesive, 3-calcium silicate board frame, 4-tapestry brick, 5-mortar backing, 6-body of wall, 7-anchoring piece.
Detailed description of the invention
Being described principle of the present utility model and feature below in conjunction with accompanying drawing, example is served only for explaining this utility model, is not intended to limit scope of the present utility model.
Such as Fig. 1 and Fig. 2, this utility model relates to a kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board, founds silk rock cotton board 1, Flexible Building Structures adhesive 2, calcium silicate board frame 3, mortar backing 5 and tapestry brick 4 including enhancement mode.It is characterized in that: four sides that described enhancement mode is stood outside silk rock cotton board 1 set calcium silicate board frame 3, before set tapestry brick 4, the back side sets mortar backing；Described calcium silicate board frame 3 and tapestry brick 4 found silk rock cotton board 1 by the enhancement mode of Flexible Building Structures adhesive 2 with inner side and are adhesively fixed；Described mortar backing 5 uses polymer bonding mortar to be directly bonded in enhancement mode and stands after silk rock cotton board 1；Enhancement mode is stood silk rock cotton board 1 and carries out hexahedro closing protection；Described Flexible Building Structures adhesive 2 is epoxies adhesive or polyurethane tackifier.
Such as Fig. 3 and Fig. 4, the enhancement mode that this utility model relates to is found silk rock cotton board 1 and is included vertical silk rock cotton board embryo 1.1, basalt fibre grid cloth 1.2 and the Flexible Building Structures adhesive 2 of bulk, six faces of described vertical silk rock cotton board embryo 1.1 are all enclosed with the basalt fibre grid cloth 1.2 of high intensity, described basalt fibre grid cloth 1.2 is adhesively fixed by the outer surface of Flexible Building Structures adhesive 2 with vertical silk rock cotton board embryo 1.1, and described Flexible Building Structures adhesive 2 is coated on six faces of vertical silk rock cotton board embryo 1.1 and forms sealant.Described basalt fibre grid cloth 1.2 is completely immersed in Special flexible building structure adhesive 2 and is close to vertical silk rock cotton board embryo 1.1；Vertical six faces of silk rock cotton board embryo are tightly wrapped up.
Such as Fig. 5, described basalt fibre grid cloth 1.2 includes transversely U-shaped basalt grid cloth 1.21 and longitudinally U-shaped basalt grid cloth 1.22, both shapes are identical, the end correspondence of the U-shaped of described transversely U-shaped basalt grid cloth 1.21 stands the front bottom surface of silk rock cotton board embryo 1.1, the upper and lower side of the vertical silk rock cotton board embryo 1.1 of two sides of U-shaped correspondence respectively；The end correspondence of the U-shaped of described longitudinally U-shaped basalt grid cloth 1.22 stands the rear bottom surface of silk rock cotton board embryo 1.1, the left and right side of the vertical silk rock cotton board embryo 1.1 of two sides of U-shaped correspondence respectively.Basalt fibre grid cloth is cut into the specification of two pieces of difference two different sides of each band, by being sprayed on the Special flexible building structure adhesive of vertical silk rock cotton board embryo surface, basalt fibre grid cloth is pasted onto on vertical silk rock cotton board embryo, make basalt fibre grid cloth immerse special Flexible Building Structures adhesive 2, vertical six faces of silk rock cotton board embryo are tightly wrapped up.
Fig. 6, during installation, exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board by polymer bonding mortar and anchoring piece 7 with body of wall 6 is glued anchor and is integrated, described anchoring piece 7 is metal anchorage, its one end is fixed with body of wall 6 by plastic expanding bolt, in the short groove that the calcium silicate board frame 3 of other end insertion tapestry brick fireproof thermal insulation decoration integrated board is outputed at the scene and fill polymer bonding mortar in short groove, anchoring piece 7 is made to be bonded as one with calcium silicate board frame 3, the viscous anchor of formation system combines, the installation making tapestry brick fireproof thermal insulation decoration integrated board is more firm, more reliable, more durable, Fig. 7 is the structural representation of the anchoring piece 7 that this utility model relates to.
Method is simple for this utility model production, easily operates, and concrete grammar is as follows:
1, horizontal hair rock cotton board is cut into rock cotton sliver by the gauge using special equipment to found silk rock cotton board 1 according to the enhancement mode that design requires in factory；Rock cotton sliver is sent into tipper, rock cotton sliver is overturn 90 °, makes rock cotton sliver fiber be vertically arranged, become vertical silk rock cotton sliver；Mould and special tool, facility are used to make the vertical neat close-packed arrays of silk rock cotton sliver；The rock cotton board embryo being fabricated to vertical fiber by special equipment i.e. founds silk rock cotton board embryo 1.1, and the specification of vertical silk rock cotton board embryo 1.1 has 1200mm × 600mm, 900mm × 600mm, 600mm × 600mm..
2, basalt fibre grid cloth is utilized to make transversely U-shaped basalt grid cloth 1.21 and longitudinally U-shaped basalt grid cloth 1.22, cutting is carried out according to the size of the respective face of vertical silk rock cotton board embryo 1.1, make a face and add the U-shaped basalt grid cloth of two sides, the most above plus lower side, followed by left and right side.
3, by the Flexible Building Structures adhesive 2 of special double-component according to rubber master batch than the ratio of quick dry agent 4 to 1, use motor stirrer to stir, put into glue-injection machine storage glue tank, the quantity once stirred must not exceed the quantity being finished at the appointed time.
4, the vertical silk rock cotton board embryo 1.1 made is put into glue-injection machine injecting glue sticky net at twice, first by Special flexible building structure adhesive 2 roller coating a to face and corresponding two sides of vertical silk rock cotton board embryo 1.1 respective transversal U-shaped basalt grid cloth 1.21；Basalt fibre grid cloth 1.21 is pasted and fixed on the vertical silk rock cotton board embryo 1.1 that plastic roll completes, use scraper plate to be struck off by basalt fibre grid cloth 1.21, make basalt fibre grid cloth 1.21 be completely immersed in Special flexible building structure adhesive 2 and be close to vertical silk rock cotton board embryo 1.1；The basalt fibre grid cloth of two sides of U-shaped is pressed into side Special flexible building structure adhesive 2 simultaneously and is close to vertical silk rock cotton board embryo 1.1；After Special flexible building structure adhesive 2 solidifies, vertical silk rock cotton board embryo 1.1 is overturn 180 °, according to above operational approach, longitudinally U-shaped basalt grid cloth 1.22 is pasted another respective face and respective side edge being fixed to found silk rock cotton board embryo 1.1.Make enhancement mode and found silk rock cotton board 1.
5, the calcium silicate board frame 3 cut and enhancement mode are stood silk rock cotton board 1 and together send into frame synthesizer, the interface of four sides and calcium silicate board frame 3 that found silk rock cotton board 1 in enhancement mode coats Special flexible building structure adhesive 2, calcium silicate board frame 3 is pasted and fixed on enhancement mode and stands on four sides of silk rock cotton board 1, pressurizeed maintenance by hot press.
6, the enhancement mode of compound good frame 3 is found silk rock cotton board 1 and send into mortar compounding machine, enhancement mode is stood the silk rock cotton board back side by mortar compounding machine and smears polymer bonding mortar backing 5 and strike off compacting feeding steam-cured room maintenance.
7, the enhancement mode pasting calcium silicate board frame 3 and mortar backing 5 is found silk rock cotton board 1 and send into tapestry brick composite production line, after enhancement mode founds the front roller coating Special flexible building structure adhesive 2 of silk rock cotton board 1, in entering special equipment, tapestry brick 4 is pasted and fixed on enhancement mode and stands the front of silk rock cotton board 1, after having operated, maintenance of pressurizeing in plate is sent into hot press.
8, plate is sent into pressurization maintenance in hot press, and so far tapestry brick fireproof thermal insulation decoration integrated board completes.
The exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board that this utility model relates to uses the mounting process that viscous anchor combines when mounted, with polymer bonding mortar, tapestry brick fireproof thermal insulation decoration integrated board is pasted on body of wall 6, anchoring piece 7 one end is anchored on body of wall 6 by plastic expanding bolt simultaneously, in the pendant groove of the calcium silicate board frame 3 that the other end inserts tapestry brick fireproof thermal insulation decoration integrated board, the most solid and reliable but also overcome the most serious cold-heat bridge that conventional art causes.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (8)
1. an exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board, its core is that enhancement mode founds silk rock cotton board (1), it is characterised in that: described enhancement mode is found the basalt fibre grid cloth (1.2) that silk rock cotton board (1) found silk rock cotton board embryo (1.1) by block vertical silk rock cotton board embryo (1.1) and hexahedro parcel and is constituted；Described basalt fibre grid cloth (1.2) is adhesively fixed by the outer surface of Flexible Building Structures adhesive (2) with vertical silk rock cotton board embryo (1.1)；Described enhancement mode is stood four sides of silk rock cotton board (1) and is laid calcium silicate board frame (3), and four sides that described calcium silicate board frame (3) founds silk rock cotton board (1) by Flexible Building Structures adhesive (2) and inner side enhancement mode are adhesively fixed；Described enhancement mode is stood the front, outside of silk rock cotton board (1) and is set tapestry brick (4), and described tapestry brick (4) founds silk rock cotton board (1) by the enhancement mode of Flexible Building Structures adhesive (2) with inner side and calcium silicate board frame (3) side is adhesively fixed；Described enhancement mode is found the external back surface of silk rock cotton board (1) and is set mortar backing (5), and the enhancement mode of described mortar backing (5) and inner side founds silk rock cotton board (1) and calcium silicate board frame (3) another side is adhesively fixed.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 1, it is characterized in that: described basalt fibre grid cloth (1.2) includes transversely U-shaped basalt grid cloth (1.21) and longitudinally U-shaped basalt grid cloth (1.22), the end correspondence of the U-shaped of described transversely U-shaped basalt grid cloth (1.21) stands the front, outside of silk rock cotton board embryo (1.1), the upper and lower side of vertical silk rock cotton board embryo (1.1) of two sides of U-shaped correspondence respectively；The end correspondence of the U-shaped of described longitudinally U-shaped basalt grid cloth (1.22) founds the external back surface of silk rock cotton board embryo (1.1), the left and right side of vertical silk rock cotton board embryo (1.1) of two sides of U-shaped correspondence respectively.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 1, it is characterised in that: described Flexible Building Structures adhesive (2) is coated on six faces of vertical silk rock cotton board embryo (1.1) and forms sealant.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 2, it is characterised in that: described transversely U-shaped basalt grid cloth (1.21) and longitudinally U-shaped basalt grid cloth (1.22) are completely immersed in Special flexible building structure adhesive (2) and are close to vertical silk rock cotton board embryo (1.1) and form enhancement layer.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 1, it is characterised in that: described Flexible Building Structures adhesive (2) is epoxies adhesive or polyurethane tackifier.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 1, it is characterised in that: described calcium silicate board frame (3) be thickness be the exterior wall special-purpose water-proof calcium silicate board of 4～8mm.
A kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board the most according to claim 1, it is characterised in that: described tapestry brick (4) is the outdoor tile of firing of 240mm × 60mm × 6mm, forms the finish coat that heat insulation decoration integrated plate is complete.
8. according to a kind of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board described in claim 1～7 any one, it is characterized in that: described mortar backing (5) is overcoat and the polymer bonding mortar of the transition zone bonding with construction wall being formed and enhancement mode being stood silk rock cotton board, and its thickness is 2～3mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520968210.XU CN205577297U (en) | 2015-11-30 | 2015-11-30 | Outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520968210.XU CN205577297U (en) | 2015-11-30 | 2015-11-30 | Outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward |
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| CN205577297U true CN205577297U (en) | 2016-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520968210.XU Expired - Fee Related CN205577297U (en) | 2015-11-30 | 2015-11-30 | Outer wall facing brick fire prevention thermal -insulation decorative integrated board that keeps warm outward |
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| CN (1) | CN205577297U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105507527A (en) * | 2015-11-30 | 2016-04-20 | 北京东华绿源建筑装饰工程技术有限公司 | Fireproof, heat-insulation and decorative integrated plate with external heat-insulation face bricks for external walls |
| CN109469220A (en) * | 2018-10-15 | 2019-03-15 | 筑梦高科建筑有限公司 | A kind of heat preserving exterior wall and its architectural construction technology |
| CN109715893A (en) * | 2016-09-21 | 2019-05-03 | 日铁住金钢板株式会社 | Sandwich panel |
| CN112302273A (en) * | 2020-10-30 | 2021-02-02 | 新化县东泰特种耐火材料有限公司 | Energy-saving heat-insulating plate and preparation method thereof |
-
2015
- 2015-11-30 CN CN201520968210.XU patent/CN205577297U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105507527A (en) * | 2015-11-30 | 2016-04-20 | 北京东华绿源建筑装饰工程技术有限公司 | Fireproof, heat-insulation and decorative integrated plate with external heat-insulation face bricks for external walls |
| CN105507527B (en) * | 2015-11-30 | 2017-09-15 | 北京东华绿源建筑装饰工程技术有限公司 | A kind of preparation method of exterior wall heat preservation decorative lamination brick fireproof thermal insulation decoration integrated board |
| CN109715893A (en) * | 2016-09-21 | 2019-05-03 | 日铁住金钢板株式会社 | Sandwich panel |
| US10774525B2 (en) | 2016-09-21 | 2020-09-15 | Nippon Steel Coated Sheet Corporation | Sandwich panel |
| CN109469220A (en) * | 2018-10-15 | 2019-03-15 | 筑梦高科建筑有限公司 | A kind of heat preserving exterior wall and its architectural construction technology |
| CN112302273A (en) * | 2020-10-30 | 2021-02-02 | 新化县东泰特种耐火材料有限公司 | Energy-saving heat-insulating plate and preparation method thereof |
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