CN1715578A - Dry hanging wall surface decoration structure of electromagnetic shield firous ceramic back lining and its construction mthod - Google Patents
Dry hanging wall surface decoration structure of electromagnetic shield firous ceramic back lining and its construction mthod Download PDFInfo
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Abstract
The present invention belongs to the field of building structure, and includes wall, surface decorating board and anchoring kit to connect the wall and the surface decorating board. The present invention features the surface decorating board of fiber ceramic board, the back lining board set between the fiber ceramic board and the wall and with metal spraying layer facing the wall, the anchoring connection of the back lining board to wall and the adhering between the back lining board and the fiber ceramic board. The present invention also provides the construction process. The present invention solves the problems of installing super thin decorating board and providing electromagnetic shield and raises the heat insulating effect of building. The present invention may be used widely in the outer and inner decoration of building.
Description
Technical field
The invention belongs to the field of building construction, relate in particular to a kind of have electro-magnetic screen function, adopt the cladding mode of backing fiber ceramic board to be fixed in the architectural decoration structure and the job practices thereof on building external and internal wall surface.
Background technology
Along with the popularizing and using of various electric appliance and electronic products, companion's and " the electromagnetic wave pollution " of life be on the rise, caused domestic and international expert's very big concern already.Electromagnetic wave, be the different wave length that produces in normal operation of various electronic equipments (comprising air conditioner, computer, television set, refrigerator, micro-wave oven, sound equipment, mobile phone etc.) and the electromagnetic radiation as waves of frequency, reproached as electronic waste or electron radiation pollution by scientist, it is quite serious to the harm that people bring.
Electromagnetic power density sharply increases in, the unit volume intensive day by day at current electromagnetic spectrum, high-low level device or equipment mixes factors such as use in a large number and cause under the situation that equipment and system's electromagnetic environment go from bad to worse, and the importance that building carries out electromagnetic shielding just seems more outstanding.
Electromagnetic shielding is exactly to carrying out the isolation of electromagnetic field between two area of space, to control electric field, magnetic field and electromagnetic wave by induction and the radiation of a zone to another zone.
Mainly contain conductive rubber, metal knitted net, multiple conductive rubber and electroconductive cement as electromagnetic shielding material commonly used in the anti-electromagnetic shielding construction of building now.
Mainly will consider four factors when select using what kind electromagnetic shielding material: shield effectiveness requires, has or not environmental sealing requirement, mounting structure requirement and cost requirement.
Because in the above-mentioned electromagnetic shielding material, the implementation cost of first three kind is than higher, so it is mainly used in the electromagnetic shielding at certain room (as machine room or safe care registry) or certain position, the then electro-magnetic screen layers that are used to make whole building of electroconductive cement more.
But exist some shortcomings when being to use electroconductive cement to serve as electromagnetic shielding material: the one, shield effectiveness is unbalanced, and is effective to the electromagnetic wave attenuation of low side frequency, and centering, high-frequency electromagnetic wave attenuation effect are relatively poor; The 2nd, cement self is from great, when the building that some have been built up carries out the electromagnetic shielding transformation, adopt electroconductive cement can increase the supporting power of whole building frame or framework greatly, particularly for the transformation of some highrise buildings, its use can be subjected to certain restriction.
Nowadays can see the curtain wall of decorating as the skin face with stone material or porcelain decorative panel everywhere, it is with its unique style, the beautiful profile of elegance, make building have more sense of the times and artistic feeling, become urban architecture and stepped into one of modern important symbol.
Current so-called stone material, Vitrolite curtain wall, truly belong to cladding dalle facing, its construction technology mainly is the requirement of arranging by design, directly on dalles such as stone material, man-made stone, porcelain or pottery plate, slot or the hole, adopt crab-bolt and hanging fastener that dalle is fixedly installed on the interior wall face or cylinder of building, to obtain comparatively ideal decorative effect.
Because it is fixed on metope or the cylinder by hanging member with sheet material and the direct connection of body of wall anchoring piece expansion bolt, and does not need to paste with cement mortar pouring or cement edge.So adopt cladding mounting process (claiming the dry-hanging method construction again) both can not be subjected to the influence of construction environment, reduce wet trade, improve efficiency of construction, have good decorating effect again, alleviate the building deadweight, overcome the plurality of advantages such as disadvantage of cement mortar cementing agent the stone material infiltration.
The day for announcing is on June 25th, 2003, notification number is to disclose a kind of " stone plate dry hanging and furred ceiling " in the Chinese patent of CN 1112494C, it brings up several strong and reliable screws on stone slab, with the metal suspension member structure trunks such as stone slab and body of wall or floor are fastenedly connected then, its have firm, reliable, permanent, installation is simply safe, facing is smooth attractive in appearance, can save characteristics such as a large amount of precious metals and expensive real estate, cost be low.
In addition, publication number is that CN1407192A's " a kind of new technology of body of wall arranging decorative panel plant nail rivet clasp point pasting method ", publication number is " a kind of job practices that is used for curtain wall " of CN1464150A and the Chinese invention patent applications such as " a kind of job practicess of curtain wall " that publication number is CN1464151A, for the draw bail between dry-hung plate facing and the body of wall, job practices etc. argumentation is arranged all.
But, disclosed various dry-hanging method construction technologies of above-mentioned document or method, all be at thickness greater than 0.8～1cm, planar dimension less than the dalle of 800 * 800mm., because the thinner thickness of its dalle, can't slot, work such as punching less than 0.8cm, planar dimension dalle for thickness, can not adopt above-mentioned cladding mounting process to carry out construction and installation greater than the ultra-thin specification of super large of 800 * 800mm.
Fiber ceramic board, it is a kind of inorganic mineral fiber that in base layer, contains, one side at base layer is provided with glazed layer, and size (long * wide * thick) is a ceramic post sintering plate-like product 2～3m * 1.5～2m * 0.03～0.06m, ultra-thin, and its thickness only is 3～6mm usually.
Because the unit area porcelain plate of fiber ceramic board is in light weight, toughness is strong, intensity is high, can significantly reduce the load-bearing of house and frame construction; Because of the length and width of fiber ceramic board, the ratio of gauge are much better than existing porcelain plate or ceramic tile series products, the area of monolithic fiber ceramic board is big, for the whole building area of need decorating, the effect of beautifying that the piece between the porcelain plate has obtained minimizing, whole metope to greatest extent strengthens greatly; In addition, its surface texture densification, can polish, make that it is antibiotic, stain resistance and hardness improves greatly, have stronger antibiotic, stain resistance, can substitute various dalles such as existing marble, granite fully, become a kind of high-grade Green environmental-protection building ornament materials of building trade decorative constructure interior or exterior space rapidly.
Summary of the invention
Technical problem to be solved by this invention provides a kind of electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure and job practices thereof, it has that weight per unit area is light, planar design is flexible, decorative effect is better, easy construction, is being easy to change, in the advantage such as environmental protection, can also provides good electro-magnetic screen function for various structure or building.
Technical scheme of the present invention is: a kind of electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure is provided, comprises body of wall, incrustation sheet material and connect both anchoring external member, it is characterized in that: described incrustation sheet material is fiber ceramic board; One backer board that has a flash coating is set between fiber ceramic board and body of wall, and the flash coating of its backer board is towards the body of wall setting; On backer board, be provided for and the be fixedly connected draw bail of usefulness of anchoring external member; Backer board is through being fixedly connected with draw bail anchoring external member; Become one by cementing agent is bonding between backer board and the fiber ceramic board.
A kind of implementation of the technical program, its described anchoring external member comprises through the affixed L shaped member of first securing member and body of wall, is used for fixing the T shape junction plate of backer board and is used for affixed L shaped member and second securing member of T shape junction plate, and the transverse end that its T shape junction plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape junction plate position and regulates screw; Described draw bail is the 3rd securing member of pre-buried setting on backer board; Backer board and T shape junction plate are connected and fixed through the 3rd securing member.
The another kind of implementation of the technical program, its described anchoring external member comprise through the affixed L shaped member of first securing member and body of wall, be used for fixing the T shape plate of backer board and be used for affixed L shaped member and second securing member of T shape plate, the transverse end that its T shape plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape Board position and regulates screw; Described draw bail is the backing contact panel of the inserting groove that has the vertical plate that can hold T shape plate that is provided with on position corresponding with the vertical plate of T shape plate on the backer board; The backing contact panel is pegged graft with the vertical plate of T shape plate and is cooperated; Become one by cementing agent is bonding between the vertical plate of T shape plate and the inserting groove of backing contact panel and the backer board.
Another implementation of the technical program, its described anchoring external member comprises through the affixed L shaped member of first securing member and body of wall, is used for fixing the T shape plate of backer board and is used for affixed L shaped member and second securing member of T shape plate, and the transverse end that its T shape plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape Board position and regulates screw; Described draw bail is the slot that is provided with in the end of backer board; The vertical plate of T shape plate is pegged graft with the slot of backer board end and is cooperated.
Between described backer board and body of wall, adiabator layer is set; Adiabator layer is polyethylene foam insulation layer, polyurethane foam insulation layer or rubber-plastic foamed insulation layer.
Described cementing agent is conventional weather resistant neutral glue, as AB glue, strong adhesive, cloud stone glue, epoxy adhesive or 502 glue.
The flash coating of described backer board, for routine through the flash coating that forms of pressurization spraying plating of heating.
The present invention also provides a kind of job practices of above-mentioned electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure, and it is characterized in that: its construction technology comprises
(1) site inspection: confirm construction part, bonding construction size is confirmed;
(2) measure unwrapping wire: determine the setting-out of construction alignment, cut size and cooperate definite;
(3) anchoring external member install to be adjusted: according to fixedly anchoring external member of position line, adjust the vertical and planeness of external member, make the end of each anchoring external member horizontal flat vertical and on same plane;
(4) cladding backer board: handle the draw bail of backer board and anchoring external member well, check position line, horizon, wall on the backer board connects backer board with the anchoring external member, adjust its position, and fixation is fixed;
(5) paste fiber ceramic board: deployed cementing agent, the cementing agent that backer board surface applied 4～6mm is thick, the cementing agent of fiber ceramic board back side coating 3～5mm, wall on the fiber ceramic board is adjusted its position, the location;
(6) joint filling inspection: paste the single face cuticula, fill slit between each fiber ceramic board, check the bonding hollowing situation that whether exists of fiber ceramic board with fluid sealant or gap filler;
(7) plate face cleaning is checked: remove diaphragm, plate surface and ditch seam are cleaned out;
(8) acceptance on examination: check vertical, the planeness of fiber ceramic board, check the overall appearance quality, check the saturation ratio of fluid sealant or gap filler.
Between described cladding backer board operation (4) and stickup fiber ceramic board operation (5), as required, also can be provided with to fill out and irritate the heat insulating material operation: per 2～6m
2Fill out filling once, check and fill out the filling foaming quality, check whether anchoring external member place irritates real.
Compared with the prior art, advantage of the present invention is:
1. employing mode of sprayed metal layer on backer board realizes electro-magnetic screen function, its shield effectiveness (the particularly shield effectiveness of full frequency band) is better than electroconductive cement greatly on the one hand, its implementation cost is also far below other electromagnetic shielding materials, on the other hand, adopt the electromagnetic shielding carrier of cladding fiber ceramic board structure as building, alleviate the supporting power of building greatly, be particularly suitable for transformation, the extension project of highrise building.
2. adopt the decoration of cladding fiber ceramic board as the inside and outside metope of building, compare with traditional stone material dry suspending architectural decoration structure, its weight per unit area is at 25kg/m
2Below, be better than traditional stone material (45kg/m greatly
2More than), can significantly reduce the load-bearing of house and frame construction, reduce the requirement of strength of fabric structure;
3. the fiber ceramic board single-block area is at 2m
2More than, adopting industrialized mass, its product color is even, and Difference Control is good, and in conjunction with the variation and the collocation of glazed layer color, pattern, its planar design is more flexible, excellent decoration effect;
4. once cladding area is big, and (single-block area of traditional stone material only is 0.3～1m usually
2), adopt independent rank extension mode, easy construction, quick can be dismantled separately, is easy to change, and product is radiationless, and consumptive material is few, more environmental protection;
5. fill out the filling foaming thermal-insulating between back sheet and body of wall, construction is convenient, can satisfy decoration, heat insulation and protect the requirement of anchoring external member, killing three birds with one stone simultaneously.
Description of drawings
The present invention will be further described below in conjunction with drawings and Examples.
Fig. 1 is one of the present invention program's a structural representation;
Fig. 2 is the present invention program's two a structural representation;
Fig. 3 is the present invention program's three a structural representation;
Fig. 4 is a working procedure schematic flow sheet of the present invention;
Fig. 5 is a shield effectiveness trial curve of the present invention;
Fig. 6 is the shield effectiveness trial curve of electroconductive cement.
1 is body of wall among the figure, and 2 is adiabator layer, and 3 is backer board, and 4,13,14 is cementing agent, 6 is first securing member, and 7 is L shaped member, and 8 is second securing member, and 9 is that T shape fishplate bar, 10 is the 3rd securing member, 11 is T shape plate, and 12 is the backing contact panel, and 15 is T shape plate, and 16 is flash coating.
The specific embodiment
Among Fig. 1, in technical scheme of the present invention, cladding decorative board structure comprises body of wall 1, fiber ceramic board 5 and connects both anchoring external members, its anchoring external member comprises through the affixed L shaped member 7 of first securing member 6 and body of wall, is used for fixing the T shape fishplate bar 9 of incrustation sheet material and is used for affixed L shaped member and second securing member 8 of T shape fishplate bar, and the transverse end that its T shape fishplate bar connects with L shaped member offers ellipse or the U-shaped adjusting screw (not shown) that is used to regulate T shape Board position.
One backer board 3 that has a flash coating 16 is set between the vertical plate of fiber ceramic board and T shape fishplate bar, and the flash coating of its backer board is towards the body of wall setting, is provided on backer board and the be fixedly connected draw bail of usefulness of anchoring external member; Backer board is through being fixedly connected with draw bail anchoring external member; Become one by cementing agent is bonding between backer board and the fiber ceramic board.
Among this figure, described draw bail is the 3rd securing member 10 of pre-buried setting on backer board; Backer board and T shape junction plate are connected and fixed through the 3rd securing member.
Wherein, also adiabator layer 2 can be set between backer board and body of wall, its adiabator layer is polyethylene foam insulation layer, polyurethane foam insulation layer or rubber-plastic foamed insulation layer.
Adiabator layer is set, can increases or improve the heat insulation or heat preservation effect of building.
Owing to adopt the structure that a flash coating is set in the one side of backer board, make whole decorating structure when beautifying the environment, also had the function of electromagnetic shielding.
Its cementing agent is conventional weather resistant neutral glue, as AB glue, strong adhesive, cloud stone glue, epoxy adhesive or 502 glue, and the flash coating of its backer board, the flash coating that forms through the pressurization spraying plating of heating for routine is prior art, no longer narration.
Adopt flash coating towards the technical scheme that body of wall is provided with, can avoid its with fiber ceramic board bonding process in destroyed, influence shield effectiveness; Avoid simultaneously influencing bonding firm degree because the existence of flash coating influences the bonding force between cementing agent and the backer board.
In addition, adopt the compound reinforcement form that backer board and backer board draw bail are set, successfully solved the thinner thickness of the fiber ceramic board sheet material of ultra-thin specification, can not adopt cladding mounting process to carry out the problem of construction and installation.
Among Fig. 2, described anchoring external member comprises through the affixed L shaped member 7 of first securing member 6 and body of wall 1, is used for fixing the T shape plate 11 of backer board and is used for affixed L shaped member and second securing member 8 of T shape plate.
Among this figure, described draw bail is the backing contact panel 12 of the inserting groove that has the vertical plate that can hold T shape plate that is provided with on position corresponding with the vertical plate of T shape plate on the backer board; The backing contact panel is pegged graft with the vertical plate of T shape plate and is cooperated.
All the other same Fig. 1.
According to the requirement of constructure scheme, can become one by cementing agent is bonding between the vertical plate of T shape plate and the inserting groove of backing contact panel and between the vertical plate of T shape plate and the backer board.
In addition, adopt the compound reinforcement form of backer board and backing contact panel, successfully solved the thinner thickness of the fiber ceramic board sheet material of ultra-thin specification, can not adopt cladding mounting process to carry out the problem of construction and installation.
Among Fig. 3, described anchoring external member comprises through the affixed L shaped member of first securing member 6 and body of wall 1, is used for fixing the T shape plate 15 of backer board and is used for affixed L shaped member and second securing member 8 of T shape plate.
Among this figure, described draw bail is the slot that is provided with in the end of backer board; The vertical plate of T shape plate is pegged graft with the slot of backer board end and is cooperated.
Can become one by the cementing agent bonding between the vertical plate of T shape plate and the slot of backer board end.
All the other same Fig. 1.
Among Fig. 4, this structure the concrete steps or the operation of job practices be:
(1) site inspection: confirm construction part, bonding construction size is confirmed;
(2) measure unwrapping wire: determine the setting-out of construction alignment, cut size and cooperate definite;
(3) anchoring external member install to be adjusted: according to fixedly anchoring external member of position line, adjust the vertical and planeness of external member, make the end of each anchoring external member horizontal flat vertical and on same plane;
(4) cladding backer board: handle the draw bail of backer board and anchoring external member well, check position line, horizon, wall on the backer board connects backer board with the anchoring external member, adjust its position, and fixation is fixed;
(5) paste fiber ceramic board: deployed cementing agent, the cementing agent that backer board surface applied 4～6mm is thick, the cementing agent of fiber ceramic board back side coating 3～5mm, wall on the fiber ceramic board is adjusted its position, the location;
(6) joint filling inspection: paste the single face cuticula, fill slit between each fiber ceramic board, check the bonding hollowing situation that whether exists of fiber ceramic board with fluid sealant or gap filler;
(7) plate face cleaning is checked: remove diaphragm, plate surface and ditch seam are cleaned out;
(8) acceptance on examination: check vertical, the planeness of fiber ceramic board, check the overall appearance quality, check the saturation ratio of fluid sealant or gap filler.
Between described cladding backer board operation and stickup fiber ceramic board operation, as required, also can be provided with to fill out and irritate the heat insulating material operation: per 2～6m
2Fill out filling once, check and fill out the filling foaming quality, check whether anchoring external member place irritates real.
(thickness is 3～6mm) to " Bao Simei " board fiber ceramic board that above-mentioned fiber ceramic board adopts Zibo Dehuilai Decorative Porcelain Plate Co., Ltd to produce, backer board is the porcelain stone backer board, it is good that thickness selects 10mm, the size that cuts of backer board gets final product with the measure-alike of fiber ceramic board that needs to install, so that construction and replacing in the future, adiabator layer can adopt the polyethylene foam insulation layer, polyurethane foam insulation layer or rubber-plastic foamed insulation layer, gluing thickness according to the instructions for use of cementing agent and the area size of the fiber ceramic board of waiting to bond decide, all the other are prior art, the technical requirements of its construction and acceptance criteria can no longer be narrated at this referring to relevant technologies rules and/or the relevant industries standard (for example CECM 101:98 or the like) of China Engineering Construction Standardization Association about Building porcelain plate decorative engineering aspect.
Above-mentioned electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure, through the compatible inspection center of national electronics industry safety and electronics adopt the coaxial method of testing of flange detect (report number: CESI05-PB0690), the shield effectiveness of crucial frequency is as follows:
| Test frequency (MHz) | Shield effectiveness SE (dB) |
| 30 | 58.8 |
| 50 | 58.7 |
| 100 | 56.9 |
| 300 | 47.9 |
| 500 | 39.9 |
| 1000 | 19.2 |
| 1500 | 20.7 |
Its shield effectiveness test curve is referring to shown in Figure 5.
Fig. 6 is the shield effectiveness trial curve of electroconductive cement.
As seen the data of Fig. 5 and Fig. 6 are compared, the shield effectiveness of the present invention's structure is better than the shield effectiveness of electroconductive cement greatly at full test frequency Duan Shangjun, and the shielding equilibrium degree in its whole test frequency section is better, can play good shielding action to the electromagnetic wave of conventional frequency section.
Because the present invention has adopted the reinforcement form that backer board and backer board draw bail are set, the dalle that has successfully solved ultra-thin specification can not adopt cladding mounting process to carry out the problem of construction and installation, one side at backer board is provided with flash coating, solved the problem of electromagnetic shielding, adiabator layer is set, increases or improved the heat insulation or heat preservation effect of building.
In addition, adopt dry-hanging method with fiber ceramic board as external and internal wall surface decoration, in light weight, the planar design that can give full play to fiber ceramic board flexibly, easy construction, change conveniently, outward appearance is beautiful and advantage such as environmental protection, will make it become a kind of high-grade Green environmental-protection building ornament materials of building trade decorative constructure interior or exterior space rapidly.
The present invention can be widely used in the decoration/finishing field of building interior or exterior space.
Claims (10)
1. electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure comprises body of wall, incrustation sheet material and connects both anchoring external member, it is characterized in that:
Described incrustation sheet material is fiber ceramic board;
One backer board that has a flash coating is set between fiber ceramic board and body of wall, and the flash coating of its backer board is towards the body of wall setting;
On backer board, be provided for and the be fixedly connected draw bail of usefulness of anchoring external member;
Backer board is through being fixedly connected with draw bail anchoring external member;
Become one by cementing agent is bonding between backer board and the fiber ceramic board.
2. according to the described electromagnetic shielding fiber ceramic board of claim 1 backing dry hanging wall surface decoration structure, it is characterized in that described anchoring external member comprises through the affixed L shaped member of first securing member and body of wall, is used for fixing the T shape junction plate of backer board and is used for affixed L shaped member and second securing member of T shape junction plate, the transverse end that its T shape junction plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape junction plate position and regulates screw;
Described draw bail is the 3rd securing member of pre-buried setting on backer board;
Backer board and T shape junction plate are connected and fixed through the 3rd securing member.
3. according to the described electromagnetic shielding fiber ceramic board of claim 1 backing dry hanging wall surface decoration structure, it is characterized in that described anchoring external member comprises through the affixed L shaped member of first securing member and body of wall, is used for fixing the T shape plate of backer board and is used for affixed L shaped member and second securing member of T shape plate, the transverse end that its T shape plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape Board position and regulates screw;
Described draw bail is the backing contact panel of the inserting groove that has the vertical plate that can hold T shape plate that is provided with on position corresponding with the vertical plate of T shape plate on the backer board;
The backing contact panel is pegged graft with the vertical plate of T shape plate and is cooperated;
Become one by cementing agent is bonding between the vertical plate of T shape plate and the inserting groove of backing contact panel and the backer board.
4. according to the described electromagnetic shielding fiber ceramic board of claim 1 backing dry hanging wall surface decoration structure, it is characterized in that described anchoring external member comprises through the affixed L shaped member of first securing member and body of wall, is used for fixing the T shape plate of backer board and is used for affixed L shaped member and second securing member of T shape plate, the transverse end that its T shape plate connects with L shaped member offers the ellipse or the U-shaped that are used to regulate T shape Board position and regulates screw;
Described draw bail is the slot that is provided with in the end of backer board;
The vertical plate of T shape plate is pegged graft with the slot of backer board end and is cooperated.
5. according to the described electromagnetic shielding fiber ceramic board of claim 1 backing dry hanging wall surface decoration structure, it is characterized in that between described backer board and body of wall, adiabator layer being set.
6. according to the described electromagnetic shielding fiber ceramic board of claim 5 backing dry hanging wall surface decoration structure, it is characterized in that described adiabator layer is polyethylene foam insulation layer, polyurethane foam insulation layer or rubber-plastic foamed insulation layer.
7. according to claim 1,2,3 or 4 described electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structures, it is characterized in that described cementing agent is for conventional weather resistant neutral glue, as AB glue, strong adhesive, cloud stone glue, epoxy adhesive or 502 glue.
8. according to the described electromagnetic shielding fiber ceramic board of claim 1 backing dry hanging wall surface decoration structure, it is characterized in that the flash coating of described backer board, for routine through the flash coating that forms of pressurization spraying plating of heating.
9. the job practices of an electromagnetic shielding fiber ceramic board backing dry hanging wall surface decoration structure as claimed in claim 1, it is characterized in that: its construction technology comprises
(1) site inspection: confirm construction part, bonding construction size is confirmed;
(2) measure unwrapping wire: determine the setting-out of construction alignment, cut size and cooperate definite;
(3) anchoring external member install to be adjusted: according to fixedly anchoring external member of position line, adjust the vertical and planeness of external member, make the end of each anchoring external member horizontal flat vertical and on same plane;
(4) cladding backer board: handle the draw bail of backer board and anchoring external member well, check position line, horizon, wall on the backer board connects backer board with the anchoring external member, adjust its position, and fixation is fixed;
(5) paste fiber ceramic board: deployed cementing agent, the cementing agent that backer board surface applied 4～6mm is thick, the cementing agent of fiber ceramic board back side coating 3～5mm, wall on the fiber ceramic board is adjusted its position, the location;
(6) joint filling inspection: paste the single face cuticula, fill slit between each fiber ceramic board, check the bonding hollowing situation that whether exists of fiber ceramic board with fluid sealant or gap filler;
(7) plate face cleaning is checked: remove diaphragm, plate surface and ditch seam are cleaned out;
(8) acceptance on examination: check vertical, the planeness of fiber ceramic board, check the overall appearance quality, check the saturation ratio of fluid sealant or gap filler.
10. according to the job practices of the described electromagnetic shielding fiber ceramic board of claim 8 backing dry hanging wall surface decoration structure, it is characterized in that between described cladding backer board operation (4) and stickup fiber ceramic board operation (5), filling out in addition and irritating the heat insulating material operation: per 2～6m
2Fill out filling once, check and fill out the filling foaming quality, check whether anchoring external member place irritates real.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100126354A CN100376754C (en) | 2005-06-30 | 2005-06-30 | Dry hanging wall surface decoration structure of electromagnetic shield firous ceramic back lining and its construction mthod |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100126354A CN100376754C (en) | 2005-06-30 | 2005-06-30 | Dry hanging wall surface decoration structure of electromagnetic shield firous ceramic back lining and its construction mthod |
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| CN1715578A true CN1715578A (en) | 2006-01-04 |
| CN100376754C CN100376754C (en) | 2008-03-26 |
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| CN101113606B (en) * | 2006-07-27 | 2010-06-23 | 株式会社天实库 | Dry type permeable back mounted outer insulation wall |
| CN103015542A (en) * | 2012-12-20 | 2013-04-03 | 山东万鑫建设有限公司 | External heat insulation construction method of cast-in-place foam external wall |
| CN103590564A (en) * | 2013-11-04 | 2014-02-19 | 苏州金螳螂建筑装饰股份有限公司 | Stainless steel dry hanging device |
| CN103643774A (en) * | 2013-10-14 | 2014-03-19 | 成军 | Zero-consumption mesh fibrous ceramic plate nano sticking construction method |
| WO2019128176A1 (en) * | 2017-12-26 | 2019-07-04 | 深圳市宝鹰建设集团股份有限公司 | Thin light-transmissive marble dry hanging construction method and structure thereof |
| CN110886447A (en) * | 2018-09-11 | 2020-03-17 | 上海力佳新材料科技有限公司 | Synthetic stone material board |
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| CN2073613U (en) * | 1990-09-03 | 1991-03-20 | 常州电子计算机厂 | Shielded board for electromagnet |
| JPH07150682A (en) * | 1993-11-25 | 1995-06-13 | Motomichi Katou | Composite panel |
| CN2332766Y (en) * | 1998-08-24 | 1999-08-11 | 王召鹏 | Dry hanging fixer for outer curtain wall decorative stone of building |
| CN2632204Y (en) * | 2003-01-24 | 2004-08-11 | 淄博德惠来装饰瓷板有限公司 | Extra-thin fibrous ceramic board |
| CN2658272Y (en) * | 2003-09-30 | 2004-11-24 | 张在东 | Exposed wall structure of building |
| CN1307354C (en) * | 2003-11-19 | 2007-03-28 | 康玉范 | Thermal insulation and water-proof decorative wall and roofing |
| CN2806600Y (en) * | 2005-06-30 | 2006-08-16 | 淄博德惠来装饰瓷板有限公司 | Dry-hanging type wall surface decorative structure containing electromagnetic screen fiber reinforced cement board and back lining slab |
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2005
- 2005-06-30 CN CNB2005100126354A patent/CN100376754C/en not_active Expired - Fee Related
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| CN101113606B (en) * | 2006-07-27 | 2010-06-23 | 株式会社天实库 | Dry type permeable back mounted outer insulation wall |
| CN103015542A (en) * | 2012-12-20 | 2013-04-03 | 山东万鑫建设有限公司 | External heat insulation construction method of cast-in-place foam external wall |
| CN103015542B (en) * | 2012-12-20 | 2015-04-15 | 山东万鑫建设有限公司 | External heat insulation construction method of cast-in-place foam external wall |
| CN103643774A (en) * | 2013-10-14 | 2014-03-19 | 成军 | Zero-consumption mesh fibrous ceramic plate nano sticking construction method |
| CN103590564A (en) * | 2013-11-04 | 2014-02-19 | 苏州金螳螂建筑装饰股份有限公司 | Stainless steel dry hanging device |
| CN103590564B (en) * | 2013-11-04 | 2015-11-04 | 苏州金螳螂建筑装饰股份有限公司 | Stainless steel is cladding |
| WO2019128176A1 (en) * | 2017-12-26 | 2019-07-04 | 深圳市宝鹰建设集团股份有限公司 | Thin light-transmissive marble dry hanging construction method and structure thereof |
| CN110886447A (en) * | 2018-09-11 | 2020-03-17 | 上海力佳新材料科技有限公司 | Synthetic stone material board |
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