CN103938822B - A kind of mounting method of inorganic heat-insulation decoration board - Google Patents
A kind of mounting method of inorganic heat-insulation decoration board Download PDFInfo
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- CN103938822B CN103938822B CN201410144507.4A CN201410144507A CN103938822B CN 103938822 B CN103938822 B CN 103938822B CN 201410144507 A CN201410144507 A CN 201410144507A CN 103938822 B CN103938822 B CN 103938822B
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Abstract
A kind of inorganic heat-insulation decoration board, leveling layer on the metope being included in base course wall, the supporting piece of anchoring L-type on the metope of base course wall, supporting piece is made up of level board and vertical plate, the vertical plate of supporting piece is anchored on base course wall, leveling layer is pasted the plate body of inorganic heat-insulation decoration board, the bottom of plate body coordinates with supporting piece level board, several U-shaped fastener is set between adjacent plate body, U-shaped fastener coordinates with the side of plate body, U-shaped fastener is anchored on base course wall, filling with sealant in gap between adjacent plate body, fluid sealant arranges venting plug, one end of venting plug is positioned between the space of leveling layer and plate body, Open Side Down is communicated with air for the other end of venting plug.Installation steps are base course wall process, metope bracing wire is constructed, cut, process the plate body of inorganic heat-insulation decoration board, install supporting piece, prepared polymer bonding mortar, paste inorganic heat-insulation decoration board plate body, U-shaped fastener, the process of plate seam are installed, venting plug are installed.
Description
Technical field
The present invention relates to a kind of ornament materials, is exactly a kind of mounting method of inorganic heat-insulation decoration board.
Background technology
Inorganic heat-insulation decoration board is material important in insulation and decoration, existing inorganic heat-insulation decoration board is being installed and there is following shortcoming in use procedure: the exterior wall 1, installing inorganic heat-insulation decoration board is coarse, inorganic heat-insulation decoration board out-of-flatness after installation, inorganic heat-insulation decoration board connectivity robustness is low; 2, plate body entirety is for pasting on body of wall, and belong to the mode pasting suspension, after adhesive failure, inorganic heat-insulation decoration board comes off, and application life is shorter, and simple pasting easily causes the edge of plate body to paste unstable situation, and plate body edge tilts; Inorganic heat-insulation decoration board is arranged on body of wall through plate body by the U-shaped fastener of the employing 3, had, this mode will be carried out destructiveness to plate body itself and be installed, cause inorganic heat-insulation decoration board impaired, inorganic heat-insulation decoration board can be caused during installation to damage, the phenomenon that Long-Time Service causes inorganic heat-insulation decoration board to ftracture; 4, form gap between the inorganic heat-insulation decoration board after installing, cause the foreign material such as rainwater to enter corrosion inorganic heat-insulation decoration board and adhesive layer along gap, cause inorganic heat-insulation decoration board to loosen; 5 plate bodys form steam when not drying completely after installing, and steam is residual can cause plate body to expand, and Long-Time Service can cause plate body to be out of shape, even the phenomenon such as plate body cracking.
Summary of the invention
For solving the problem, the object of this invention is to provide a kind of mounting method of inorganic heat-insulation decoration board, is a kind of long service life, firmly heat insulating decorative board after installation.
The present invention for achieving the above object, be achieved through the following technical solutions: a kind of inorganic heat-insulation decoration board, leveling layer on the metope being included in base course wall, the supporting piece of anchoring L-type on the metope of base course wall, supporting piece is made up of level board and vertical plate, the vertical plate of supporting piece is anchored on base course wall, leveling layer is pasted the plate body of inorganic heat-insulation decoration board, the bottom of plate body coordinates with supporting piece level board, several U-shaped fastener is set between adjacent plate body, U-shaped fastener coordinates with the side of plate body, U-shaped fastener is anchored on base course wall, filling with sealant in gap between adjacent plate body, fluid sealant arranges venting plug, one end of venting plug is positioned between the space of leveling layer and plate body, Open Side Down is communicated with air for the other end of venting plug.
Described plate body periphery digs one week outside, and the width dug is 2.5 ~ 3mm, the degree of depth 2 ~ 2.5mm.
The side of described plate body offers groove, and slot is in the middle part of side, and the wide length for 2mm, groove of the end panel angle 50 ~ 80mm of groove, the degree of depth 6 ~ 8mm of groove, groove is 80 ~ 100mm.
A mounting method for inorganic heat-insulation decoration board, comprises the steps: 1. base course wall process: the metope of base course wall adopts to plaster uses cement mortar entirety levelling, re-uses boundary mortar and carries out interface processing to substrate surface, processed rear formation leveling layer; 2. metope bracing wire construction: the actual installation control line ejecting every block plate on leveling layer, arranges the plate body installation site of every block inorganic heat-insulation decoration board, marks U-shaped fastener bore position in the surrounding of the plate body installation site of inorganic heat-insulation decoration board; 3. cut, process the plate body of inorganic heat-insulation decoration board: cut according to the step plate body of snap the line to inorganic heat-insulation decoration board 2., the plate body of the inorganic heat-insulation decoration board after cutting is processed according to thickness difference, concrete processing is as follows: when I plate thickness is 6 ~ 8mm, one week outside is dug in the periphery in the plate face of the plate body of inorganic heat-insulation decoration board, the width dug is 2.5 ~ 3mm, the degree of depth 2 ~ 2.5mm; When II plate thickness is for being greater than 8mm, slot in the side of panel, slot is in the middle part of side, and the wide length for 2mm, groove of the end panel angle 50 ~ 80mm of groove, the degree of depth 6 ~ 8mm of groove, groove is 80 ~ 100mm; 4. supporting piece is installed: the position of supporting piece is at the two ends, bottom of the installation site of the plate body of every block inorganic heat-insulation decoration board, supporting piece is fixed on the metope of base course wall by anchoring piece, installation site and the U-shaped fastener bore position of supporting piece are holed, drilling depth is greater than anchorage depth 5 ~ 15mm, cleans out and carry out installation supporting piece in boring metapore; 5. prepared polymer bonding mortar; 6. the plate body of inorganic heat-insulation decoration board is pasted: the surrounding after the plate body of inorganic heat-insulation decoration board is coated with limit and smears the cube shaped polymer bonding mortar that 40 ~ 50mm is wide, 12 ~ 15mm is thick, middle part uniform application after the plate body of inorganic heat-insulation decoration board 6 ~ 8 diameters are the tubular polymer bonding mortar that 120-150mm, 12 ~ 15mm are thick, and the area of polymer bonding mortar is not less than 60% of the plate body plate face area of inorganic heat-insulation decoration board; Often paste the plate body of one piece of inorganic heat-insulation decoration board, remove the mortar extruded in time; 7. install U-shaped fastener: U-shaped fastener is arranged on U-shaped fastener bore position by anchoring piece, anchoring piece enters solid Shen Du≤25 ㎜ of effective Mao of base course wall; 8. plate seam process: the formation plate seam between the plate body of adjacent inorganic heat-insulation decoration board, after polymer bonding mortar drying, side and the peripheral part thereof of the plate body of inorganic heat-insulation decoration board is first cleaned with scrub-brush, again along plate tape edge along pasting U.S. line paper, on the cross section of decorative panel, at least twice waterproofing agent of organosilicon is brushed with hairbrush, after waterproofing agent of organosilicon surface drying, in plate seam, embed insulating foam bar, then squeeze weather proofing silicone sealant; U.S. line paper is taken off after squeezing weather proofing silicone sealant; 9. venting plug is installed: after weather proofing silicone sealant dries, in the middle of vertical plate seam, venting plug is installed, the hole that subdrilling matches with venting plug, and fluid sealant is coated with venting plug surrounding in hole, by in venting plug embedded hole, steam vent, completes the installation of the plate body of inorganic heat-insulation decoration board down.
Described step 5. in polymer bonding mortar following step be installed be prepared: (1) prepare raw material according to following weight parts: Portland cement (strength grade 42.5) 400 parts, SILICA FUME 40-60 part, silica sand (40-70 order) 600 parts, nanometer rubber powder 8-12 parts, hydroxypropyl methyl cellulose ether 1-2 parts, copolymer condensation rubber powder 2-3 parts; (2) SILICA FUME, nanometer rubber powder and hydroxypropyl methyl cellulose ether are mixed and form component A; (3) silica sand and copolymer condensation rubber powder are mixed formation B component; (4) (2) step is prepared component A, step (3) B component and Portland cement one lead to mixing and stirring, obtain polymer bonding mortar.
Described step 6. in, be pasted onto on leveling layer by the bottom-up plate body by inorganic heat-insulation decoration board of the plinth of base course wall after smearing polymer bonding mortar, fix elongated supporting plate bar at the base place of the plate body of bottom row's inorganic heat-insulation decoration board.
The invention has the advantages that: the present invention has following advantage: 1, leveling layer is the process to metope, on smooth face, construction can improve stability and the fastness of heat insulating decorative board; 2, supporting piece fastness strong, can be anticorrosion, the supporting piece of L-type coordinates with leveling layer, and due to leveling layer is vertical plane, and therefore the level board of the supporting piece of L-type can keep level, can keep vertical after making plate body placement; 3, plate body is fastened on base course wall by U-shaped fastener, can, to the edge fastening of plate body, prevent edge from tilting; 4, fluid sealant makes the junction of plate body keep sealing state, can prevent air inlet of directly intaking, avoid the corrosion of water and dust to save bit by bit, increase the service life; 5 venting plugs can keep air pressure balance, are convenient to moist gas simultaneously and discharge, increase the service life, and Open Side Down that rainwater can be avoided to enter for the other end of venting plug.The present invention also has advantage compact, cheap for manufacturing cost and easy to use simple for structure.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention; Fig. 2 be along Fig. 1 A-A line analyse and observe structure for amplifying schematic diagram; Fig. 3 be the B-B line of Fig. 1 analyse and observe one of structure for amplifying schematic diagram; Fig. 4 be the B-B line of Fig. 1 analyse and observe structure for amplifying schematic diagram two.
Reference numeral: 1 plate body 2 supporting piece 3U type fastener 4 adhesive layer 5 leveling layer 6 base course wall 7 venting plug 8 fluid sealant.
Detailed description of the invention
A kind of inorganic heat-insulation decoration board, as depicted in figs. 1 and 2, leveling layer 5 on the metope being included in base course wall 6, leveling layer is the process to metope, and on smooth face, construction can improve stability and the fastness of heat insulating decorative board.The supporting piece 2 of anchoring L-type on the metope of base course wall 6, supporting piece 2 is made up of level board and vertical plate, the supporting piece 2 of L-type is 40 ㎜ × 40 ㎜ Zinc-coated angle steels, fastness is strong, can be anticorrosion, the vertical plate of supporting piece 2 is anchored on base course wall 6, supporting piece 2 anchoring parallel with base course wall 6 of L-type, level board is formed after fitting completely with base course wall 6, the supporting piece of L-type coordinates with leveling layer, due to leveling layer is vertical plane, and therefore the level board of the supporting piece of L-type can keep level, can keep vertical after plate body 1 is placed.Leveling layer 5 is pasted the plate body 1 of inorganic heat-insulation decoration board, adhesive layer 4 is formed between leveling layer 5 and plate body 1, the middle part of plate body 1 and edge are all carried out pasting fixing, the bottom of plate body 1 coordinates with supporting piece 2 level board, between adjacent plate body 1, several U-shaped fastener 3 is set, be preferably 6, U-shaped fastener 3 coordinates with the side of plate body 1, U-shaped fastener 3 is anchored on base course wall 6, simple pasting easily causes the edge of plate body to paste unstable situation, plate body edge tilts, plate body 1 is fastened on base course wall by U-shaped fastener 3, can to the edge fastening of plate body, prevent edge from tilting.Filling with sealant 8 in gap between adjacent plate body 1, fluid sealant 8 makes the junction of plate body keep sealing state, can prevent air inlet of directly intaking, avoid the corrosion of water and dust to save bit by bit, increase the service life.Fluid sealant 8 is arranged venting plug 7, one end of venting plug 7 is positioned between the space of leveling layer 5 and plate body 1, Open Side Down is communicated with air for the other end of venting plug 7, venting plug 7 can keep air pressure balance, be convenient to moist gas discharge simultaneously, increase the service life, Open Side Down that rainwater can be avoided to enter for the other end of venting plug 7.
A kind of mounting method of inorganic heat-insulation decoration board, comprise the steps: 1. base course wall process: the metope of base course wall adopts to plaster uses cement mortar entirety levelling, re-use boundary mortar and interface processing is carried out to substrate surface, process rear formation leveling layer, plaster very hard after doing by cement mortar, the anchoring of supporting piece and U-shaped fastener can be applicable to, improve stability.After boundary mortar process, the overall hole of cement mortar can be closed, reduce the absorbability of body of wall, reach resistance to delay, reduce moisture in the light block suction clad can mortar, ensure that clad can mortar material bonds gelling under better condition, improves substrate surface intensity, ensures the adhesion stress of mortar, the bonding bridging effect of undertaking masonry and wipe one's face, ensures to make base course wall and the plate body one pasted afterwards firmly overall; There is permanent bond intensity, not aging, not aquation, do not form the membranous structure affecting durable bond; The secondary exempted before plastering waters operation, avoids body of wall drying shrinkage.2. metope bracing wire construction: the actual installation control line ejecting every block plate on leveling layer, arranges the plate body installation site of every block inorganic heat-insulation decoration board, marks U-shaped fastener bore position in the surrounding of the plate body installation site of inorganic heat-insulation decoration board; According to designing requirement, constructure scheme and on-the-spot metope working control point, bullet is vertical, horizontal control lines, after measuring the real size of door and window, body of wall etc., draw material cutting plan, leveling layer ejects the actual installation control line of every block plate, according to snap the line situation, provide the real size inventory of corresponding every block plate; Snap the line mode is easy to operate, and accuracy is high, can improve the efficiency of construction.3. cut, process the plate body of inorganic heat-insulation decoration board: cut according to the step plate body of snap the line to inorganic heat-insulation decoration board 2., the plate body of the inorganic heat-insulation decoration board after cutting is processed according to thickness difference, concrete processing is as follows: I as shown in Figure 3, when plate thickness is 6 ~ 8mm, one week outside is dug in the periphery in the plate face of the plate body of inorganic heat-insulation decoration board, digging width is 2.5 ~ 3mm, the degree of depth 2 ~ 2.5mm; II as shown in Figure 4, when plate thickness is for being greater than 8mm, slots in the side of panel, and slot is in the middle part of side, and the wide length for 2mm, groove of the end panel angle 50 ~ 80mm of groove, the degree of depth 6 ~ 8mm of groove, groove is 80 ~ 100mm;
The force part thickness of slab of U-shaped fastener and plate contact should lower than 3mm.When panel is 6 ~ 8mm, usually surperficial edging is removed thickness 2.5 ~ 3mm, remaining position is stressed thickness of slab; When panel is greater than 8mm, at grooved faces, groove width 2mm, residual thickness is all greater than 3mm, can ensure the safety after installing.4. supporting piece is installed: the position of supporting piece is at the two ends, bottom of the installation site of the plate body of every block inorganic heat-insulation decoration board, supporting piece is fixed on the metope of base course wall by anchoring piece, installation site and the U-shaped fastener bore position of supporting piece are holed, drilling depth is greater than anchorage depth 5 ~ 15mm, clean out in boring metapore and carry out installation supporting piece, hole after cleaning can keep the vertical insertion of anchoring piece, avoid occurring crooked situation, without the need to revising the angle of anchoring piece, the inside of makeover process to base course wall is avoided to cause damage, protection base course wall; 5. prepared polymer bonding mortar: polymer bonding mortar is installed following step and is prepared:
(1) prepare raw material according to following weight parts: Portland cement (strength grade 42.5) 400 parts, SILICA FUME 40-60 part, silica sand (40-70 order) 600 parts, nanometer rubber powder 8-12 parts, hydroxypropyl methyl cellulose ether 1-2 parts, copolymer condensation rubber powder 2-3 parts; (2) SILICA FUME, nanometer rubber powder and hydroxypropyl methyl cellulose ether are mixed and form component A; (3) silica sand and copolymer condensation rubber powder are mixed formation B component; (4) (2) step is prepared component A, step (3) B component and Portland cement one lead to mixing and stirring, obtain polymer bonding mortar.This polymer bonding mortar combines in batches, 6. the plate body of inorganic heat-insulation decoration board is pasted: it is wide that 40 ~ 50mm is smeared on the surrounding painting limit after the plate body of inorganic heat-insulation decoration board, the cube shaped polymer bonding mortar that 12 ~ 15mm is thick, middle part uniform application after the plate body of inorganic heat-insulation decoration board 6 ~ 8 diameters are 120-150mm, the tubular polymer bonding mortar that 12 ~ 15mm is thick, the area of polymer bonding mortar is not less than 60% of the plate body plate face area of inorganic heat-insulation decoration board, be pasted onto on leveling layer by the bottom-up plate body by inorganic heat-insulation decoration board of the plinth of base course wall after smearing polymer bonding mortar, elongated supporting plate bar is fixed at the base place of the plate body of bottom row's inorganic heat-insulation decoration board, supporting plate bar entirety can hold plate body, plate body is not directly contacted with ground, reduce the damage of damage to plate body of making moist, increase the service life, often paste the plate body of one piece of inorganic heat-insulation decoration board, remove the mortar extruded in time, the position of smearing polymer bonding mortar can promote the entirety of plate body to paste on body of wall, and periphery and the middle part of plate body are all fixed, and it is minimum that this smears polymer bonding mortar amount that shape uses, and firm pasting is high.7. install U-shaped fastener: U-shaped fastener is arranged on U-shaped fastener bore position by anchoring piece, anchoring piece enters solid Shen Du≤25 ㎜ of effective Mao of base course wall, the edge of U-shaped fastener and the edging of plate body or slot fit.8. plate seam process: the formation plate seam between the plate body of adjacent inorganic heat-insulation decoration board, after polymer bonding mortar drying, side and the peripheral part thereof of the plate body of inorganic heat-insulation decoration board is first cleaned with scrub-brush, again along plate tape edge along pasting U.S. line paper, on the cross section of decorative panel, at least twice waterproofing agent of organosilicon is brushed with hairbrush, after waterproofing agent of organosilicon surface drying, in plate seam, embed insulating foam bar, then squeeze weather proofing silicone sealant; U.S. line paper is taken off after squeezing weather proofing silicone sealant.Can effective waterproof after the process of plate seam, avoid rainwater washing away and corroding plate body and body of wall, the foam strip of filling can solve the problem of heat radiation of leaking out between plate seam, improve warmth retention property, weather proofing silicone sealant displacement ability to bear is strong, be specially adapted to, on the larger inorganic heat-insulation decoration board of the difference variation of environment for use, be that the gap between plate body remains unchanged as far as possible, increase thermal property.The aesthetic property, water proofing property etc. of quality to whole decoration of exterior wall system of squeezing silicone sealant are most important.In squeezing weather proofing silicone sealant process, rifle mouth stretches into about 4 more than ㎜ in gap, and high ejecting plate face 3 ~ 5mm answered by glue, and squeezing should slowly be carried out continuously, must not occur hole or bubble.Act in accordance with a direction after squeezing silicone sealant immediately glue-line to be repaiied and scrape smooth, can not move back and forth back and forth, in order to avoid entrain into air to form bubble.9. venting plug is installed: after weather proofing silicone sealant dries, in the middle of vertical plate seam, venting plug is installed, the hole that subdrilling matches with venting plug, and fluid sealant is coated with venting plug surrounding in hole, by in venting plug embedded hole, steam vent, completes the installation of the plate body of inorganic heat-insulation decoration board down.Down, with water-inlet-proof, blocking, venting plug is installed must firm leakproof for steam vent.
The plate body that above-mentioned mounting method is applicable to inorganic heat-insulation decoration board is two-sided compound and one side compound, and wherein double-sided composite plate is vertical fibers rock-wool heat insulation plate, vertical fibers glass wool thermal insulation board; One side composite plate is foamed glass insulation board, foamed ceramic insulation board, cement insulation board, vacuum insulation board thermal insulation board, glass bead insulation plate.
Technical scheme of the present invention is not restricted in the scope of embodiment of the present invention.The technology contents of the not detailed description of the present invention is known technology.
Claims (3)
1. the mounting method of an inorganic heat-insulation decoration board, it is characterized in that: comprise the steps: 1. base course wall process: the metope of base course wall adopts to plaster uses cement mortar entirety levelling, re-use boundary mortar and interface processing is carried out to substrate surface, process rear formation leveling layer; 2. metope bracing wire construction: the actual installation control line ejecting every block plate on leveling layer, arranges the plate body installation site of every block inorganic heat-insulation decoration board, marks U-shaped fastener bore position in the surrounding of the plate body installation site of inorganic heat-insulation decoration board; 3. cut, process the plate body of inorganic heat-insulation decoration board: cut according to the step plate body of snap the line to inorganic heat-insulation decoration board 2., the plate body of the inorganic heat-insulation decoration board after cutting is processed according to thickness difference, concrete processing is as follows: when I plate thickness is 6 ~ 8mm, one week outside is dug in the periphery in the plate face of the plate body of inorganic heat-insulation decoration board, the width dug is 2.5 ~ 3mm, the degree of depth 2 ~ 2.5mm; When II plate thickness is for being greater than 8mm, slot in the side of panel, slot is in the middle part of side, and the wide length for 2mm, groove of the end panel angle 50 ~ 80mm of groove, the degree of depth 6 ~ 8mm of groove, groove is 80 ~ 100mm; 4. supporting piece is installed: the position of supporting piece is at the two ends, bottom of the installation site of the plate body of every block inorganic heat-insulation decoration board, supporting piece is fixed on the metope of base course wall by anchoring piece, installation site and the U-shaped fastener bore position of supporting piece are holed, drilling depth is greater than anchorage depth 5 ~ 15mm, cleans out and carry out installation supporting piece in boring metapore; 5. prepared polymer bonding mortar; 6. the plate body of inorganic heat-insulation decoration board is pasted: the surrounding after the plate body of inorganic heat-insulation decoration board is coated with limit and smears the cube shaped polymer bonding mortar that 40 ~ 50mm is wide, 12 ~ 15mm is thick, middle part uniform application after the plate body of inorganic heat-insulation decoration board 6 ~ 8 diameters are the tubular polymer bonding mortar that 120-150mm, 12 ~ 15mm are thick, and the area of polymer bonding mortar is not less than 60% of the plate body plate face area of inorganic heat-insulation decoration board; Often paste the plate body of one piece of inorganic heat-insulation decoration board, remove the mortar extruded in time; 7. install U-shaped fastener: U-shaped fastener is arranged on U-shaped fastener bore position by anchoring piece, anchoring piece enters solid Shen Du≤25 ㎜ of effective Mao of base course wall; 8. plate seam process: the formation plate seam between the plate body of adjacent inorganic heat-insulation decoration board, after polymer bonding mortar drying, side and the peripheral part thereof of the plate body of inorganic heat-insulation decoration board is first cleaned with scrub-brush, again along plate tape edge along pasting U.S. line paper, on the cross section of decorative panel, at least twice waterproofing agent of organosilicon is brushed with hairbrush, after waterproofing agent of organosilicon surface drying, in plate seam, embed insulating foam bar, then squeeze weather proofing silicone sealant; U.S. line paper is taken off after squeezing weather proofing silicone sealant; 9. venting plug is installed: after weather proofing silicone sealant dries, in the middle of vertical plate seam, venting plug is installed, the hole that subdrilling matches with venting plug, and fluid sealant is coated with venting plug surrounding in hole, by in venting plug embedded hole, steam vent, completes the installation of the plate body of inorganic heat-insulation decoration board down.
2. the mounting method of a kind of inorganic heat-insulation decoration board according to claim 1, is characterized in that: described step 5. in polymer bonding mortar following step be installed be prepared: (1) prepare raw material according to following weight parts: Portland cement 400 parts, SILICA FUME 40-60 part, silica sand 600 parts, nanometer rubber powder 8-12 parts, hydroxypropyl methyl cellulose ether 1-2 parts, copolymer condensation rubber powder 2-3 parts; (2) SILICA FUME, nanometer rubber powder and hydroxypropyl methyl cellulose ether are mixed and form component A; (3) silica sand and copolymer condensation rubber powder are mixed formation B component; (4) (2) step is prepared component A, step (3) B component and Portland cement one lead to mixing and stirring, obtain polymer bonding mortar.
3. the mounting method of a kind of inorganic heat-insulation decoration board according to claim 1, it is characterized in that: described step 6. in, be pasted onto on leveling layer by the bottom-up plate body by inorganic heat-insulation decoration board of the plinth of base course wall after smearing polymer bonding mortar, fix elongated supporting plate bar at the base place of the plate body of bottom row's inorganic heat-insulation decoration board.
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| CN104278809B (en) * | 2014-09-26 | 2016-02-10 | 浙江振申绝热科技股份有限公司 | Foam glass waterproof fireproofing heat insulation decoration integrated plate |
| CN104790619B (en) * | 2015-05-05 | 2017-08-25 | 马兴爱 | A kind of thin-coat plaster heat insulation decoration integrated plate and production system and production method |
| CN104947903A (en) * | 2015-06-09 | 2015-09-30 | 江苏佰家丽新材料科技有限公司 | System and method for installing polyester fiberboard |
| CN106193500A (en) * | 2016-09-09 | 2016-12-07 | 北京振利节能环保科技股份有限公司 | Strengthen vertical hair rock wool heat-preservation decoration integrated board, system and the construction method of system |
| CN106759993A (en) * | 2016-12-26 | 2017-05-31 | 武汉德欧节能科技有限公司 | A kind of external heat insulating wall and construction method |
| CN109138331A (en) * | 2017-06-28 | 2019-01-04 | 陈军 | A kind of anchor structure and its installation method of decorating outer wall of building plate |
| CN107152135A (en) * | 2017-06-30 | 2017-09-12 | 温岭市普利建材科技有限公司 | Wall decorating plate mounts construction method |
| CN107119873A (en) * | 2017-06-30 | 2017-09-01 | 温岭市普利建材科技有限公司 | Wall face hard decorative layer |
| CN108086620A (en) * | 2017-12-30 | 2018-05-29 | 浙江亚厦装饰股份有限公司 | For the decorative components and trailing of wall |
| CN108532884B (en) * | 2018-04-24 | 2019-08-30 | 湖北沛函建设有限公司 | The rapid constructing method of decorative board for wall |
| CN111119357A (en) * | 2018-10-31 | 2020-05-08 | 慧邦开源（北京）科技有限公司 | Construction method of external heat-insulating layer of wall |
| CN109577590A (en) * | 2018-11-29 | 2019-04-05 | 武汉市盘龙明达建筑有限公司 | A kind of work of nature stone decorative construction method |
| CN109838065B (en) * | 2019-03-16 | 2021-04-20 | 北京金碧合力建筑设计工程有限公司 | Floor tile ground paving construction method |
| CN110541533A (en) * | 2019-09-05 | 2019-12-06 | 河南天虹节能墙体材料有限公司 | Assembled integrated ultrathin stone heat-insulation decorative plate and production method thereof |
| CN113431286A (en) * | 2021-06-21 | 2021-09-24 | 北新集团建材股份有限公司 | Mounting structure and mounting method of decorative plate |
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