CN103276831B - Inorganic compounding A level does not fire warming plate wall insulation system and construction method - Google Patents
Inorganic compounding A level does not fire warming plate wall insulation system and construction method Download PDFInfo
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- CN103276831B CN103276831B CN201310264810.3A CN201310264810A CN103276831B CN 103276831 B CN103276831 B CN 103276831B CN 201310264810 A CN201310264810 A CN 201310264810A CN 103276831 B CN103276831 B CN 103276831B
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Abstract
The invention discloses inorganic compounding A level and do not fire warming plate wall insulation system, including base course wall layer from inside to outside, binding sand pulp layer, inorganic compounding A level does not fire insulation flaggy, bottom decorative mortar layer, Alkali-resisting fiberglass mesh or steel mesh layer, surface layer decorative mortar layer, finish coat, inorganic compounding A level is not fired insulation flaggy and is included heat insulation core material layer and be respectively arranged on the interface enhancement layer of heat insulation core material layer outer surface and inner surface, heat insulation core material layer is by polymer mortar, granular polystyrene, the agitated cast molding of inorganic glass bead, interface enhancement layer is combined Alkali-resisting fiberglass mesh by polymer waterproof anti-crack mortar and forms.The invention also discloses the construction method of lid heat-insulation system.The invention have the advantages that native system has good water-proofing anticracking performance, thermal and insulating performance, fire safety performance and environmental-protecting performance simultaneously, service life is long, it is adaptable to the body of wall built under various weather conditions and roof heat insulation.And its construction method is the most easily operated, work efficiency is high, and the construction period is short.
Description
Technical field
The present invention relates to building field, in particular inorganic compounding A level does not fire warming plate wall insulation system and construction method.
Background technology
At present, architectural energy consumption becomes three big " big power consumers " of AND ENERGY RESOURCES CONSUMPTION IN CHINA side by side with industrial consumption energy, traffic power consumption.Especially
It is the architectural energy consumption the most soaring lifting with residence comfort along with building total amount, in drastically nose-up tendency.China builds
Not only consume energy height, and efficiency of energy utilization is the lowest, and unit building energy consumption exceeds 2～3 times than country under equal weather conditions.I
Generally there is building enclosure heat insulation property and poor air-tightness, heat-supply metering charge inefficiency in state's present stage urban house building
Etc. problem, as a example by the residential housing accounting for China's urban architecture gross area about 60%, heating districts town-property area there are about 40
Hundred million square metres, the average energy consumption of Heating Season in 2000 be about 25kg coal/square metre, if realize on the basis of existing 50% energy-conservation,
Then about can save 0.5 hundred million tons of standard coals every year.Therefore building energy conservation is the sustainable development that the Chinese government vigorously advocates in recent years
Strategy, contributes to the important state basic policy of energy-saving and emission-reduction, environmental conservation, building masonry wall is incubated, heat insulation process be implement
One of important measures of building energy conservation.The principal mode of present stage external wall outer insulation has: organic heat-insulating plate (EPS/XPS/PU etc.)
Exterior wall heat-preserving system, inorganic heat insulation material (cement board/kervit microbead insulated sand slurry) wall insulation system etc., above-mentioned several
All there is certain defect in heat-insulation system, though organic plates class heat-insulation system thermal and insulating performance is preferable, but its fire protecting performance is poor, combustion
Burn thing toxicity and become greatly its weakness；Though mineral-type heat-insulation system fire protecting performance is excellent, but due to some shortcomings of insulation material self,
Efflorescence as crisp in surface, easy, fall slag, adhesion strength is low, water absorption rate is big, and its heat-insulating property the most all be difficult to meet building
The requirement of energy-conservation 65%, greatly limit the range of this type of insulation material.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, it is provided that a kind of simple in construction, thermal and insulating performance are good, fire prevention
The high inorganic compounding A level of safety does not fire warming plate wall insulation system and construction method.
The present invention is achieved by the following technical solutions:
Inorganic compounding A level does not fire warming plate wall insulation system, including base course wall layer from inside to outside, binding sand pulp layer, nothing
Machine composite A-grade does not fire insulation flaggy, bottom decorative mortar layer, Alkali-resisting fiberglass mesh or steel mesh layer, surface layer decorative mortar layer, finish coat,
Described inorganic compounding A level is not fired insulation flaggy and is included heat insulation core material layer and be respectively arranged on heat insulation core material layer outer surface and inner surface
Interface enhancement layer, described heat insulation core material layer is by polymer mortar, granular polystyrene, the agitated cast molding of inorganic glass bead, institute
State interface enhancement layer to be combined Alkali-resisting fiberglass mesh by polymer waterproof anti-crack mortar and form.
As the optimal way of the present invention, described binding sand pulp layer, bottom decorative mortar layer and surface layer decorative mortar layer are by polymer
Modified mortar is constituted.
As the one of which optimal way of the finish coat of the present invention, described finish coat is made up of flexible waterproof putty and coating.
As the another kind of optimal way of the finish coat of the present invention, described finish coat is by face brick adhesive mortar, face brick and pointing stuff structure
Become.
As the optimal way of the present invention, described inorganic compounding A level is not fired insulation flaggy and is fixed on base course wall layer by anchoring piece
On.
Inorganic compounding A level does not fire the construction method of warming plate wall insulation system, comprises the steps:
(1) process of base course wall layer
A) when base course wall layer is sintered article masonry, interface processing can not be done in its surface, should arrange waterproof mortar and look for outside it
Flat bed；
B) when base course wall layer is concrete, its surface should brushing boundary mortar, then rendering concrete mortar levelling layer；
C) when base course wall layer is air-entrained concrete building block, ALC external wall, its surface should brushing boundary mortar, so
Rear rendering waterproof mortar screed-coat；
(2) mortar of binding sand pulp layer, bottom decorative mortar layer and surface layer decorative mortar layer makes
Binding sand pulp layer, bottom decorative mortar layer and surface layer decorative mortar layer are made by specialty polymer modified mortar, in proportion
Preparation specialty polymer modified mortar, and carry out mechanical agitation, it is ensured that stirring, mixing time is for many after feeding intake
In 5min, once preparation consumption is advisable to be finished in 4h, and the hot weather construction time preferably controls in 2h；
(3) inorganic compounding A level does not fire the paving of insulation flaggy
A) should remove its surface floating dust before inorganic compounding A level does not fire warming plate paving, if desired should brushing boundary mortar, then
Criticize again after boundary mortar surface drying and scrape the above-mentioned adhesive mortar made；
B) inorganic compounding A level is not fired insulation flaggy and is pasted from the beginning of the first floor, is ejecting horizontal line arranging away from ground 300mm eminence
Aluminum alloy base bracket, the most laterally pastes inorganic compounding A level on aluminum alloy base bracket and does not fire insulation
Plate, inorganic compounding A level does not fire warming plate should use full patch method, during stickup, every piece of inorganic compounding A with the stickup of base course wall layer
Level is not fired and is uniformly criticized the adhesive mortar composition bonding mortar layer scraping a layer thickness not less than 3mm on warming plate, and bonding area should be greater than
95%, to paste in time and be expressed on base course wall layer, the seam gap between plate and plate cannot be greater than 2mm, up and down between row
It is long that inorganic compounding A level does not fire the warming plate vertical fissure of displacement 1/2 plate；
(4) bottom decorative mortar layer, Alkali-resisting fiberglass mesh or steel mesh layer, the construction of surface layer decorative mortar layer
When finish coat is coating ornamental surface, first decorative mortar is painted inorganic compounding A level and does not fire on insulation flaggy, thickness
Control 3～4mm, first strike off with big thick stick, then rub with the hands with plastics trowel flat, form bottom decorative mortar layer；Then by Alkali-resisting fiberglass mesh
In press-in bottom decorative mortar layer, forming Alkali-resisting fiberglass mesh layer, first floor metope answers paving bilayer Alkali-resisting fiberglass mesh, ground floor Alkali-resisting fiberglass mesh
Paving should use docking calculation, then carries out second layer Alkali-resisting fiberglass mesh paving, and remainder layer metope paving monolayer Alkali-resisting fiberglass mesh is alkaline-resisting
Lap width between screen cloth plane is not less than 50mm, and stubble overlap joint and lap width also should be pressed at negative and positive angle not less than 200mm, net
Cloth paving is smooth, corrugationless, should increase one 300mm × 400mm Alkali-resisting fiberglass mesh of patch along 45 ° of directions and strengthen at door-window opening；Resistance to
After alkali scrim layer is completed, outside Alkali-resisting fiberglass mesh layer insert anchoring piece inorganic compounding A level is not fired insulation flaggy be fixed；The end of at
When layer decorative mortar layer is most probably dried, then outside Alkali-resisting fiberglass mesh layer, smear second decorative mortar, second decorative mortar THICKNESS CONTROL
2～3mm, form surface layer decorative mortar layer；
When finish coat is decorating surface brick, bottom decorative mortar layer thickness controls 2～3mm；After the solidification of bottom decorative mortar, enter
The paving of row steel mesh layer, the mutual lap width in steel mesh limit is 40mm, and overlapping part is with the distance galvanized iron wire of no more than 300mm
By two net colligations together, steel mesh is blocked with U-shaped clamp during construction so that it is be close to bottom decorative mortar layer surface, then use anchor
Steel mesh is anchored on base course wall layer by bolt, and crab-bolt is fixed effective depth and be cannot be less than 30mm, locally at out-of-flatness, uses U-shaped card
Son flattens；After steel mesh layer paving, outside steel mesh layer insert anchoring piece inorganic compounding A level is not fired insulation flaggy be fixed；
Outside steel mesh layer, smear second decorative mortar again, and steel mesh is wrapped up, formation surface layer decorative mortar layer, bottom decorative mortar layer,
The gross thickness of Alkali-resisting fiberglass mesh or steel mesh layer and surface layer decorative mortar layer controls 7～9mm；
(5) outside surface layer decorative mortar layer, finish coat is laid.
The present invention has the advantage that compared to existing technology
The heat-insulation layer of this heat-insulation system uses by polymer mortar, granular polystyrene, the guarantor of the agitated cast molding of inorganic glass bead
The inorganic compounding A level that temperature core layer and interface enhancement layer are constituted does not fires insulation flaggy, and its fire protecting performance reaches A level, overcomes existing
The defect of some organic heat-insulating plate heat preserving system fire protecting performances difference, fire savety is high；And its heat conductivity is low, overcomes slurry
The site operation difficult quality of class heat-insulation system controls, thermal and insulating performance does not reaches standard, easy hollowing, come off, cracking etc. is all
Multimass hidden danger.Additionally, this heat-insulation system weatherability, freeze thawing resistance, water resistance are good, thoroughly solve external heat insulating wall hollowing,
The fundamental issues such as cracking.And its construction method is simple, it is easy to operation, it is simple to popularization and application.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention.
Detailed description of the invention
Elaborating embodiments of the invention below, the present embodiment is implemented under premised on technical solution of the present invention,
Give detailed embodiment and concrete operating process, but protection scope of the present invention is not limited to following embodiment.
Seeing Fig. 1, the inorganic compounding A level that the present embodiment provides does not fires warming plate wall insulation system, including base from inside to outside
Layer body of wall layer 1, binding sand pulp layer 2, inorganic compounding A level do not fire insulation flaggy 3, bottom decorative mortar layer 4, Alkali-resisting fiberglass mesh or
Steel mesh layer 5, surface layer decorative mortar layer 6, finish coat 7, inorganic compounding A level is not fired insulation flaggy 3 and is fixed on by anchoring piece 8
On base course wall layer 1.Inorganic compounding A level is not fired insulation flaggy 3 and is included heat insulation core material layer and be respectively arranged on outside heat insulation core material layer
The interface enhancement layer of surface and inner surface, heat insulation core material layer by polymer mortar, granular polystyrene, inorganic glass bead is agitated waters
Type casting moulding, interface enhancement layer is combined Alkali-resisting fiberglass mesh by polymer waterproof anti-crack mortar and forms.Binding sand pulp layer 2, bottom are wiped one's face sand
Pulp layer 4 and surface layer decorative mortar layer 6 are made up of Polymer-Modified Mortar.Bottom decorative mortar layer 4, Alkali-resisting fiberglass mesh or steel mesh layer 5,
Surface layer decorative mortar layer 6 collectively forms anti-cracking protective layer, and protection inorganic compounding A level does not fire insulation flaggy 3.Finish coat 7 has two
Planting constituted mode, one is to be made up of flexible waterproof putty and coating, and this kind of finish coat 7 selects Alkali-resisting fiberglass mesh layer；Another kind is
Being made up of face brick adhesive mortar, face brick and pointing stuff, this kind of finish coat 7 is heavier, therefore selects steel mesh layer.Resistance to owing to being provided with
Alkali screen cloth or steel mesh layer 5 so that finish coat 7 is not easily susceptible to cracking, increase pulling force each other.
The material of the heat insulation core material layer that above-mentioned composition inorganic compounding A level does not fire insulation flaggy 3 includes polymer mortar and is incubated light bone
Material, wherein polymer mortar uses the cement-based mortar of polymer modification, has cohesiveness and the pliability of excellence；It is incubated light bone
Material uses inorganic glass bead and the low B1 level of heat conductivity not to fire primary foam polyphenyl particle, and wherein, granular polystyrene is for having one
Determine that granularity, grating, heat conductivity be little, the insulation lightweight aggregate of flame retardant type；And inorganic glass bead is a kind of inorganic material of novel green
Material, nontoxic, Environmental Safety, inside is the inorganic particulate material of porous air cavity configuration, and physicochemical property is sufficiently stable, resistance to always
Changing weatherability strong, have the thermal insulation fire-proof sound absorption qualities of excellence, material combustion performance is A level, be resistant to 1000 degrees Celsius with
Upper high temperature, in building material industry, with glass bead as aglite, can improve mortar and easy mobility and from anti-intensity,
Reduce material shrinkage factor, improve product combination property, reduce comprehensive production cost；Inorganic compounding A level is made not fire insulation flaggy 3
While reaching A level fire protecting performance, greatly reduce the heat conductivity of warming plate, there is good thermal and insulating performance.
Above-mentioned composition inorganic compounding A level is not fired the interface enhancement layer of insulation flaggy 3 and is combined alkaline-resisting net by polymer waterproof anti-crack mortar
Cloth forms, and polymer waterproof anti-crack mortar has that pliability is good, the feature of anti-cracking waterproof excellent performance, polymer waterproof anti-crack sand
Slurry and Alkali-resisting fiberglass mesh are combined composition heat insulation core material layer inner surface and the interface enhancement layer of outer surface, needed for providing for heat insulation core material layer
Shock resistance, waterproof impervious characteristic and cracking resistance, flaggy water proofing property is poor, surface strength is low to overcome common inorganic insulation
Shortcoming.
The present embodiment additionally provides inorganic compounding A level and does not fire the construction method of warming plate wall insulation system, comprises the steps:
(1) process of base course wall layer 1
A) when base course wall layer 1 is sintered article masonry, interface processing can not be done in its surface, should arrange waterproof mortar outside it
Screed-coat；
B) when base course wall layer 1 is concrete, its surface should brushing boundary mortar, then rendering concrete mortar levelling layer；
C) when base course wall layer 1 is air-entrained concrete building block, ALC external wall, its surface should brushing boundary mortar,
Then waterproof mortar screed-coat is painted；
(2) mortar of binding sand pulp layer 2, bottom decorative mortar layer 4 and surface layer decorative mortar layer 6 makes
Binding sand pulp layer 2, bottom decorative mortar layer 4 and surface layer decorative mortar layer 6 are made by specialty polymer modified mortar,
Preparation specialty polymer modified mortar in proportion, and carry out mechanical agitation, it is ensured that stirring, mixing time is for complete from feeding intake
Afterwards no less than 5min, once preparation consumption is advisable to be finished in 4h, and the hot weather construction time preferably controls in 2h；
(3) inorganic compounding A level does not fire the paving of insulation flaggy 3
A) should remove its surface floating dust before inorganic compounding A level does not fire warming plate paving, if desired should brushing boundary mortar, then
Criticize again after boundary mortar surface drying and scrape the above-mentioned adhesive mortar made；
B) inorganic compounding A level is not fired insulation flaggy 3 and is pasted from the beginning of the first floor, is ejecting horizontal line setting away from ground 300mm eminence
Put aluminum alloy base bracket, aluminum alloy base bracket is the most laterally pasted inorganic compounding A level and does not fire guarantor
Temperature plate, inorganic compounding A level does not fire warming plate should use full patch method with base course wall layer 1 stickup, during stickup, inorganic multiple at every piece
Conjunction A level is not fired and is uniformly criticized the adhesive mortar composition binding sand pulp layer 2 scraping a layer thickness not less than 3mm, bonding area on warming plate
Should be greater than 95%, paste in time and be expressed on base course wall layer 1, the seam gap between plate and plate cannot be greater than 2mm, up and down
It is long that inorganic compounding A level between row does not fire the warming plate vertical fissure of displacement 1/2 plate；
(4) bottom decorative mortar layer 4, Alkali-resisting fiberglass mesh or steel mesh layer 5, the construction of surface layer decorative mortar layer 6
When finish coat 7 is coating ornamental surface, first decorative mortar is painted inorganic compounding A level and does not fire on insulation flaggy 3,
THICKNESS CONTROL, 3～4mm, first strikes off with big thick stick, then rubs with the hands flat with plastics trowel, forms bottom decorative mortar layer 4；Then ferrum is used
Alkali-resisting fiberglass mesh is pressed in bottom decorative mortar layer 4 by trowel, forms Alkali-resisting fiberglass mesh layer, and first floor metope answers paving bilayer Alkali-resisting fiberglass mesh,
Ground floor Alkali-resisting fiberglass mesh paving should use docking calculation, then carries out second layer Alkali-resisting fiberglass mesh paving, remainder layer metope paving monolayer
Alkali-resisting fiberglass mesh, the lap width between Alkali-resisting fiberglass mesh plane is not less than 50mm, also should press stubble overlap joint and lap width not at negative and positive angle
Less than 200mm, screen cloth paving is smooth, corrugationless, should increase one 300mm × 400mm of patch along 45 ° of directions alkaline-resisting at door-window opening
Screen cloth is strengthened；After Alkali-resisting fiberglass mesh layer is completed, outside Alkali-resisting fiberglass mesh layer, insert anchoring piece 8 inorganic compounding A level is not fired insulation flaggy
3 are fixed, and electricity consumption is drilled in inorganic compounding A level and does not fire punching at the angle seam of insulation flaggy 3, is inserted in the hole also by anchoring piece 8
The plane of plastic disc being twisted and be pressed onto in bottom decorative mortar layer 4, anchoring piece 8 with effective anchorage depth of base course wall layer 1 is:
Concrete wall is not less than 30mm；The Light Walls such as air entrained concrete are not less than 60mm, and hollowed-block masonry should use back twists knotting
Type crab-bolt, metope height is at below 20m, and every square metre arranges 6 crab-bolts, more than 20m's, and every square metre arranges 7～9
Individual crab-bolt；When bottom decorative mortar layer 4 eighty per cant is dried, then smearing second decorative mortar outside Alkali-resisting fiberglass mesh layer, second is smeared
Facing sand slurry THICKNESS CONTROL, 2～3mm, forms surface layer decorative mortar layer 6；
When finish coat 7 is decorating surface brick, bottom decorative mortar layer 4 THICKNESS CONTROL is 2～3mm；After the solidification of bottom decorative mortar,
Carrying out the paving of steel mesh layer, the mutual lap width in steel mesh limit is 40mm, and overlapping part is with the zinc-plated lead of the distance of no more than 300mm
By two net colligations together, cloudy external corner net should push down docking mesh sheet to silk.The steel meshes such as window side, parapet, subsiding crack are received at head,
Steel mesh is fixed on the body construction by application cement nail shimming, blocks steel mesh with U-shaped clamp so that it is be close to bottom and smear during construction
Facing sand pulp layer 4 surface, is then anchored at steel mesh on base course wall layer 1 by the distribution of two-way 500mm plum blossom-shaped by crab-bolt, steel mesh
Should be reliably connected with crab-bolt, crab-bolt is fixed effective depth and be cannot be less than 30mm, locally at out-of-flatness, flattens with U-shaped clamp；
After steel mesh layer paving, outside steel mesh layer insert anchoring piece 8 inorganic compounding A level is not fired insulation flaggy 3 be fixed, Gu
Determine mode same as above；Outside steel mesh layer, smear second decorative mortar again, and steel mesh wrapped up, form surface layer decorative mortar layer 6,
The gross thickness of bottom decorative mortar layer 4, steel mesh layer and surface layer decorative mortar layer 6 controls 7～9mm；
At surface layer decorative mortar layer 6 outer laying finish coat 7.
The inorganic compounding A level that this embodiment provides does not fires warming plate wall insulation system simple in construction, reasonable in design, makes full use of
Inorganic compounding A level does not fire the excellent properties of insulation flaggy 3 so that system entirety has good water-proofing anticracking performance, guarantor simultaneously
Temperature heat-proof quality, fire safety performance and environmental-protecting performance, service life is long, it is adaptable to the body of wall of building under various weather conditions
And roof heat insulation.And its construction method is simple and convenient, it is easy to operation, construction efficiency is high, and the construction period is short, it is simple to popularization and application.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all spirit in the present invention and former
Any amendment, equivalent and the improvement etc. made within then, should be included within the scope of the present invention.
Claims (4)
1. inorganic compounding A level does not fire warming plate wall insulation system, it is characterised in that: include base from inside to outside
Layer body of wall layer, binding sand pulp layer, inorganic compounding A level do not fire insulation flaggy, bottom decorative mortar layer, alkaline-resisting net
Cloth or steel mesh layer, surface layer decorative mortar layer, finish coat, described inorganic compounding A level is not fired insulation flaggy and is included protecting
Temperature core layer and be respectively arranged on the interface enhancement layer of heat insulation core material layer outer surface and inner surface, described heat insulation core material
Layer by polymer mortar, granular polystyrene, the agitated cast molding of inorganic glass bead, described interface enhancement layer by
Polymer waterproof anti-crack mortar is combined Alkali-resisting fiberglass mesh composition, and this inorganic compounding A level does not fire warming plate wall thermal insulating system
The construction of system comprises the steps:
(1) process of base course wall layer
A) when base course wall layer is sintered article masonry, interface processing is not done on its surface, should arrange anti-outside it
Water mortar levelling layer；
B) when base course wall layer is concrete, its surface should brushing boundary mortar, then rendering concrete mortar is looked for
Flat bed；
C) when base course wall layer is air-entrained concrete building block, ALC external wall, boundary should be brushed in its surface
Facing sand is starched, and then paints waterproof mortar screed-coat；
(2) mortar of binding sand pulp layer, bottom decorative mortar layer and surface layer decorative mortar layer makes
Binding sand pulp layer, bottom decorative mortar layer and surface layer decorative mortar layer are made by Polymer-Modified Mortar,
Prepared polymer modified mortar in proportion, and carry out mechanical agitation, it is ensured that stirring, mixing time is for hauling oneself willingly into
No less than 5min after material, being once finished in preparation consumption 4h, the hot weather construction time controls in 2h；
(3) inorganic compounding A level does not fire the paving of insulation flaggy
A) its surface floating dust should be removed before inorganic compounding A level does not fire warming plate paving, should brushing boundary mortar,
Then criticize again after boundary mortar surface drying and scrape the above-mentioned adhesive mortar made；
B) inorganic compounding A level do not fire insulation flaggy paste from the beginning of the first floor, away from ground 300mm eminence eject water
Horizontal line also arranges aluminum alloy base bracket, the most laterally pastes on aluminum alloy base bracket
Inorganic compounding A level does not fire warming plate, and inorganic compounding A level is not fired warming plate and should be used full with the stickup of base course wall layer
Patch method, during stickup, does not fire uniformly to criticize on warming plate every piece of inorganic compounding A level and scrapes a layer thickness not less than 3mm
Adhesive mortar constitute bonding mortar layer, bonding area should be greater than 95%, pastes in time and is expressed to base course wall
On layer, the seam gap between plate and plate cannot be greater than 2mm, and the inorganic compounding A level between row is not fired up and down
The warming plate vertical fissure of displacement 1/2 plate is long；
(4) bottom decorative mortar layer, Alkali-resisting fiberglass mesh or steel mesh layer, the construction of surface layer decorative mortar layer
When finish coat is coating ornamental surface, first decorative mortar is painted inorganic compounding A level and does not fire warming plate
On layer, THICKNESS CONTROL, 3～4mm, first strikes off with big thick stick, then rubs with the hands flat with plastics trowel, forms bottom and wipes one's face
Screed；Then being pressed into by Alkali-resisting fiberglass mesh in bottom decorative mortar layer, form Alkali-resisting fiberglass mesh layer, first floor metope should
Paving bilayer Alkali-resisting fiberglass mesh, ground floor Alkali-resisting fiberglass mesh paving should use docking calculation, then carry out the second layer alkaline-resisting
Screen cloth paving, remainder layer metope paving monolayer Alkali-resisting fiberglass mesh, the lap width between Alkali-resisting fiberglass mesh plane is not less than
50mm, also should press stubble overlap joint and lap width not less than 200mm at negative and positive angle, screen cloth paving is smooth, corrugationless,
One 300mm × 400mm Alkali-resisting fiberglass mesh of patch should be increased along 45 ° of directions at door-window opening to strengthen；Alkali-resisting fiberglass mesh layer spreads
After Hao, outside Alkali-resisting fiberglass mesh layer insert anchoring piece inorganic compounding A level is not fired insulation flaggy be fixed；The end of at
When layer decorative mortar layer is most probably dried, then smearing second decorative mortar outside Alkali-resisting fiberglass mesh layer, second is wiped one's face sand
Slurry THICKNESS CONTROL, 2～3mm, forms surface layer decorative mortar layer；
When finish coat is decorating surface brick, bottom decorative mortar layer thickness controls 2～3mm；Bottom is wiped one's face sand
After slurry solidification, carrying out the paving of steel mesh layer, the mutual lap width in steel mesh limit is 40mm, and overlapping part is with not quite
In 300mm distance galvanized iron wire by two net colligations together, block steel mesh with U-shaped clamp during construction,
Making it be close to bottom decorative mortar layer surface, be then anchored on base course wall layer by steel mesh by crab-bolt, crab-bolt is solid
Determine effective depth and cannot be less than 30mm, locally at out-of-flatness, flatten with U-shaped clamp；Steel mesh layer paving is complete
After, outside steel mesh layer insert anchoring piece inorganic compounding A level is not fired insulation flaggy be fixed；Again at steel mesh layer
Smear outward second decorative mortar, and steel mesh is wrapped up, formation surface layer decorative mortar layer, bottom decorative mortar layer,
The gross thickness of Alkali-resisting fiberglass mesh or steel mesh layer and surface layer decorative mortar layer controls 7～9mm；
(5) outside surface layer decorative mortar layer, finish coat is laid.
2. inorganic compounding A level as claimed in claim 1 does not fire warming plate wall insulation system, it is characterised in that:
Described finish coat is made up of flexible waterproof putty and coating.
3. inorganic compounding A level as claimed in claim 1 does not fire warming plate wall insulation system, it is characterised in that:
Described finish coat is made up of face brick adhesive mortar, face brick and pointing stuff.
4. inorganic compounding A level as claimed in claim 1 does not fire warming plate wall insulation system, it is characterised in that:
Described inorganic compounding A level is not fired insulation flaggy and is fixed on base course wall layer by anchoring piece.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2841796Y (en) * | 2005-10-11 | 2006-11-29 | 于陵 | Heat-preserving wall |
| CN101050665A (en) * | 2007-04-24 | 2007-10-10 | 武汉理工大学 | Self decoration composite silicate heat insulation plate |
| CN201891179U (en) * | 2010-11-09 | 2011-07-06 | 东营市东源新型建材有限公司 | Wall composite heat insulation system |
| CN102619287A (en) * | 2012-04-11 | 2012-08-01 | 青岛凤翔化工有限公司 | Inorganic heat-insulation fireproof plate |
| CN202430844U (en) * | 2011-12-19 | 2012-09-12 | 福建欧诺漆科技有限公司 | Heat insulating coating structure of composite heat insulating plate |
| CN203393863U (en) * | 2013-06-28 | 2014-01-15 | 安徽中瑞节能装饰材料集团有限公司 | Wall insulation system of inorganic compound A-level noncombustible insulation board |
-
2013
- 2013-06-28 CN CN201310264810.3A patent/CN103276831B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2841796Y (en) * | 2005-10-11 | 2006-11-29 | 于陵 | Heat-preserving wall |
| CN101050665A (en) * | 2007-04-24 | 2007-10-10 | 武汉理工大学 | Self decoration composite silicate heat insulation plate |
| CN201891179U (en) * | 2010-11-09 | 2011-07-06 | 东营市东源新型建材有限公司 | Wall composite heat insulation system |
| CN202430844U (en) * | 2011-12-19 | 2012-09-12 | 福建欧诺漆科技有限公司 | Heat insulating coating structure of composite heat insulating plate |
| CN102619287A (en) * | 2012-04-11 | 2012-08-01 | 青岛凤翔化工有限公司 | Inorganic heat-insulation fireproof plate |
| CN203393863U (en) * | 2013-06-28 | 2014-01-15 | 安徽中瑞节能装饰材料集团有限公司 | Wall insulation system of inorganic compound A-level noncombustible insulation board |
Non-Patent Citations (2)
| Title |
|---|
| STP超薄绝热外墙保温施工技术;周凯;《科技视界》;20121020(第29期);全文 * |
| STP超薄绝热板外墙外保温系统施工工艺;佟春玲;《山西建筑》;20120831;第38卷(第23期);全文 * |
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