CN101798861A - Heat-preserving and insulating and muffling system structure of steel mesh fiber spraying hanging panel - Google Patents

Heat-preserving and insulating and muffling system structure of steel mesh fiber spraying hanging panel Download PDF

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Publication number
CN101798861A
CN101798861A CN 201010118917 CN201010118917A CN101798861A CN 101798861 A CN101798861 A CN 101798861A CN 201010118917 CN201010118917 CN 201010118917 CN 201010118917 A CN201010118917 A CN 201010118917A CN 101798861 A CN101798861 A CN 101798861A
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China
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steel mesh
link plate
fiber spraying
mesh fiber
sound deadening
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Chinese (zh)
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韩旭
韩春贵
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韩旭
韩春贵
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Priority to CN 201010118917 priority Critical patent/CN101798861A/en
Publication of CN101798861A publication Critical patent/CN101798861A/en
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Abstract

The invention provides a heat-preserving and insulating and muffling system structure of a steel mesh fiber spraying hanging panel, comprising a building wall body, a wall surface external heat-preserving muffling engineering, a wall body, roofing and a heat-preserving muffling engineering in a partition wall. The wall body and the roofing are used as substrates; interface agents are sprayed on the substrates and are permeated and cured to form a waterproof layer; a heat-preserving muffling layer of the steel mesh fiber spraying hanging panel or/and a fiber spraying mixed heat-preserving muffling layer are anchored outside the waterproof layer; crack-resisting cement mortar or a protective surface hanging panel and a curtain wall protective layer are arranged outside the heat-preserving muffling layer; and a finishing coat is arranged outside the protective layer. The partition wall with heat preservation and muffling is formed by welding and combining the steel mesh fiber spraying hanging panel and wiping the cement mortar at two sides. A light-steel keel is used as a base frame, welded with the steel mesh fiber spraying hanging panel and externally paved by a protective layer hanging panel so as to form a movable partition wall. The invention is applicable for heat preservation and insulation, sound absorption and muffling of multilayer and high-rise civil buildings, public buildings and industrial factories and is especially suitable for energy saving and reforming of existing buildings. In addition, the invention has the advantages of high and low temperature resistance, no burning, corrosion resistance, no toxicity and the like.

Description

Steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure
(1) technical field
What the present invention relates to is a kind of steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure, specifically a kind of employing spraying method, with mineral wool and string is steel mesh fiber spraying keel link plate and steel mesh fiber spraying groove link plate and the steel mesh fiber spraying plane link plate that primary raw material is made, be applicable to multilayer and high-rise civil building, the thermal insulation of public building and industrial premises, the noise reduction fire prevention, stickup is anchored at basic unit, formation has thermal insulation, the sound absorption noise reduction, heatproof is not fired, corrosion-resistant, nonhazardous, anti-aging, it is strong that fiber is three-dimensional network-like structure arrangement shock resistance, integral seamless.And the building construction that matrix planeness and material is not had strict demand.
(2) background technology
Current, China's external wall outer insulation adopts the polyphenyl plate thin plastering system, the heat insulating material that relates to mainly contains polystyrene board (molding, extrusion molding), polyurethane etc., above heat insulating material heat insulation effect is better, but have that heat resistance is low, inflammable, burning back produces toxic gas, effect of heat insulation is poor, application life is short etc., therefore develop the good and incombustible inorganic heat insulation material of thermal and insulating performance, become pressing for of propelling building energy conservation work, researched and developed steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure on this basis.
Therefore in order better to improve fiber coating in the application aspect the building energy conservation, existing two patents can not satisfy the requirement in building energy conservation market, apply for that steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure are patent of invention.Original patent " Thermal insulation sound absorbent composite wall " patent No. LZ03211965.8, date of issue is on January 14th, 2004." thermal insulation system structure for mineral wool coated building " patent No. LZ200610009709.3, date of issue is on June 25th, 2008.Binding material, armour layer anticracking grout, metal or nonmetal curtain wall, open-work or non-open-work decorative panel, outdoor coating for wall surface have been mentioned, the thermal insulation sound absorption of building roofing, indoor and outdoor body of wall.
Not mentioned interfacial agents, string and mineral wool fibres are used with or layering is used, steel mesh fiber spraying hanging panel, the binding material prescription has increased advantages such as insect protected, waterproof, intensity height, quick solidifying, the armour layer anticracking grout does not need composite glass fiber net or galvanized electric welded mesh, the thermal insulation sound absorption construction of building roofing, indoor and outdoor body of wall has improvement greatly, with former invention the variation of matter is arranged, speed of application improves more than 3 times, increased water-fast insect protected function, the adding of string has reduced cost, and straw fully reclaims, and waste utilization benefits environmental protection.
Not mentioned overcoat metal or nonmetal link plate, partition wall heat preserving sound deadening, shrinkage joint accessory, anchoring piece, template spraying, the spraying of overcoat link plate, the inequilateral I-shaped aluminium that the overcoat link plate is used, link plate end socket I-shaped aluminium, aluminium alloys accessory, not mentioned anchoring is pasted with the heat preserving sound deadening layer of different structure:
1) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying plane link plate and plate.
2) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying groove link plate and plate;
3) steel mesh fiber spraying groove link plate squeezes the cotton felt heat preserving sound deadening layer of folder between plate;
4) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying keel link plate and plate;
5) steel mesh fiber spraying keel link plate and steel mesh fiber spraying plane link plate squeeze the cotton felt mixing heat preserving sound deadening layer of folder between plate;
6) steel mesh fiber spraying keel link plate and template, fiber coating mixing heat preserving sound deadening layer between plate;
7) steel mesh fiber spraying keel link plate and overcoat link plate, fiber coating mixing heat preserving sound deadening layer between plate;
8) anchoring piece metal keel and overcoat link plate fiber coating heat preserving sound deadening layer;
9) welding of steel mesh fiber spraying groove link plate is combined to form partition wall heat preserving sound deadening layer;
10) welding steel mesh fiber spraying plane link plate is combined to form movable partition wall heat preserving sound deadening layer between two lightgage steel joists.
(3) summary of the invention
The object of the present invention is to provide a kind of advanced technology reliable, have good thermal insulation absorb sound fire-resistant function, quick construction, good integrity, steel mesh fiber spraying hanging panel insulation, heat insulation a, muffling system structure that cost is low.
The object of the present invention is achieved like this: it comprises heat preserving sound deadening engineering in the outer heat preserving sound deadening engineering of construction wall and roofing and body of wall, roofing, the partition wall.
Alleged body of wall and roofing are basic unit, spary interfacial agents in basic unit, and at the waterproofing course of metope infiltration solidification formation comparatively robust, anchoring is pasted with the heat preserving sound deadening layer of different structure outside waterproofing course:
1) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying plane link plate and plate.
2) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying groove link plate and plate;
3) steel mesh fiber spraying groove link plate squeezes the cotton felt heat preserving sound deadening layer of folder between plate;
4) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying keel link plate and plate;
5) steel mesh fiber spraying keel link plate and steel mesh fiber spraying plane link plate squeeze the cotton felt mixing heat preserving sound deadening layer of folder between plate;
6) steel mesh fiber spraying keel link plate and template, fiber coating mixing heat preserving sound deadening layer between plate;
7) steel mesh fiber spraying keel link plate and overcoat link plate, fiber coating mixing heat preserving sound deadening layer between plate;
8) anchoring piece metal keel and overcoat link plate fiber coating heat preserving sound deadening layer;
9) welding of steel mesh fiber spraying groove link plate is combined to form partition wall heat preserving sound deadening layer;
10) welding steel mesh fiber spraying plane link plate is combined to form movable partition wall heat preserving sound deadening layer between two lightgage steel joists.
Outside the heat preserving sound deadening layer, be provided with the cracking-resistant cement mortar overcoat, metal or nonmetal link plate overcoat, metal or nonmetal curtain wall overcoat, the overcoat outside is provided with finish coat, except that metal or nonmetal curtain wall overcoat only are applicable to heat preserving sound deadening, other all is applicable to inside and outside heat preserving sound deadening.
The present invention can also comprise some features like this:
1, the interfacial agents used of described waterproofing course be methyl silicon sodium alcoholate, water, silicate of soda, urea by 1: 6: 14: 1.4 weight ratio is mixed and is formed thick liquid, described fiber is a mineral wool fibres, the fiber that straw forms through mechanical treatment (optional as required one or both mix use).
2, described steel mesh fiber spraying hanging panel it comprise:
1) steel mesh fiber spraying groove link plate, tailor with steel fabric sheet and to be welded into the net groove, the net slot welding has anchoring piece, zinc-plated anticorrosion, the formation of plate face groove is to be placed in the net groove with 5mm * many of 20mm band steels when fiber coating, and spray mo(u)lding is burn-on and extracted out behind the net bottom, under the steel mesh of link plate front, form many grooves, the steel mesh fiber spraying groove link plate that hence obtains one's name fills up groove firm grip steel mesh when smearing anticracking grout, make anticracking grout increase cracking resistance;
2) steel mesh fiber spraying keel link plate is tailored with steel fabric sheet and to be welded into the net groove, and the net slot welding has anchoring piece and keel, keel are to be welded with 1mm * 30mm band steel, and are zinc-plated anticorrosion, the spray mo(u)lding net bottom of burn-oning, be fixed on the keel with boring the tail nail when the overcoat link plate is installed, it is very convenient to construct;
3) steel mesh fiber spraying plane link plate is tailored with steel fabric sheet and to be welded into the net groove, and the net slot welding has anchoring piece, and is zinc-plated anticorrosion, the spray mo(u)lding net bottom of burn-oning, and special-purpose link plate also was used for partition wall simultaneously when overcoat was curtain wall construction;
4) steel mesh fiber spraying external corner link plate, tailor with steel fabric sheet and to be welded into the net groove, net groove one face down bonding has anchoring piece, zinc-plated anticorrosion, spray mo(u)lding is burn-on at the bottom of the private network, and net bottom is welded with special-purpose anchoring piece, what external corner link plate front was welded with keel is keel external corner link plate, external corner link plate front have groove for groove external corner link plate, external corner link plate front be the plane be plane external corner link plate, three kinds of supporting respectively and corresponding link plates of external corner link plate use in door and window mouth and other external corner heat preserving sound deadening.
3, described heat preserving sound deadening layer is that the steel mesh fiber spraying hanging panel anchoring sticks on basic unit and basic unit's fiber coating in conjunction with forming the heat preserving sound deadening layer, and it has the heat preserving sound deadening layer of following structure:
1) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying plane link plate and plate;
2) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying groove link plate and plate;
3) steel mesh fiber spraying groove link plate squeezes the cotton felt heat preserving sound deadening layer of folder between plate;
4) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying keel link plate and plate;
5) steel mesh fiber spraying keel link plate and steel mesh fiber spraying plane link plate squeeze the cotton felt mixing heat preserving sound deadening layer of folder between plate;
6) steel mesh fiber spraying keel link plate and template, fiber coating mixing heat preserving sound deadening layer between plate;
7) steel mesh fiber spraying keel link plate and overcoat link plate, fiber coating mixing heat preserving sound deadening layer between plate;
8) anchoring piece metal keel and overcoat link plate fiber coating heat preserving sound deadening layer;
9) welding of steel mesh fiber spraying groove link plate is combined to form partition wall heat preserving sound deadening layer;
10) welding steel mesh fiber spraying plane link plate is combined to form movable partition wall heat preserving sound deadening layer between two lightgage steel joists.
Steel mesh fiber spraying hanging panel and metal keel are to be prefabricated in the factory and to be welded, transporting on-the-spot anchoring to installs, other is that in-situ spraying forms, be and adopt fiber coating machinery that fiber and binding material are delivered to the substrate surface that is sprayed respectively, the ejection muzzle when not reaching substrate surface both fully mix be pasted in the steel mesh fiber spraying hanging panel net groove or building basic unit waterproofing course surface on, through evaporation, solidify back formation steel mesh fiber spraying hanging panel and steel mesh fiber spraying external corner link plate or directly form the heat preserving sound deadening layer in basic unit.
Binding material is that silicate of soda, methyl silicon sodium alcoholate, cellulose, urea, prodan, water are 4: 1: 0.32 according to weight ratio: 0.4: 0.54: 10, mix forming thick liquid; The weight proportion of binding material and fiber is 1.2: 1.
4, described overcoat is outdoor anticracking grout, metal, nonmetal link plate, and one or more in metal, the nonmetal curtain wall mix use.Indoor anticracking grout, one or more of open-work, non-open-work metal or non-metal board mix use.
5, described finish coat is an outdoor use coating, metal, non metallic decorative plate, in one or more mix and use, indoor coating, one or more of the metal of open-work, non-open-work or non metallic decorative plate mix and use.
6, described fixed partition wall heat preserving sound deadening is with steel mesh fiber spraying groove link plate welding combination, form the heat preserving sound deadening layer, smear cement mortar in heat preserving sound deadening layer both sides and constitute fixed partition wall, it perhaps is base frame with the lightgage steel joist, welding steel mesh fiber spraying plane link plate between two lightgage steel joists, four lightgage steel joists are one group, lay the overcoat link plate and be fixed on composition monolithic partition board on the lightgage steel joist outside the link plate of steel mesh fiber spraying plane, and polylith constitutes movable partition wall.
7, be provided with in the described heat preserving sound deadening layer that to be fixed on the anchoring piece that is connected and fixed with overcoat in the building basic unit be that V-arrangement anchoring piece and lightgage steel joist are welded to form metal keel or flitch, be used for being connected and support heat preserving sound deadening layer between basic unit and the overcoat.
8, in outdoor body of wall overcoat anticracking grout, be provided with horizontal stroke and longitudinal extension seam accessory, or in outdoor and indoor wall overcoat anticracking grout, any shrinkage joint accessory be not set.
9, inequilateral I-shaped aluminium, end socket I-shaped aluminium and the overcoat link plate aluminium alloys accessory of the use of overcoat link plate, they are to be fixed on the keel, the overcoat link plate are embedded in the groove overcoat link plate retractable.
The present invention is at construction wall with steel mesh fiber spraying hanging panel, roofing, insulations such as partition wall, heat insulation, use the system architecture that constitutes in the noise reduction, steel mesh fiber spraying hanging panel is in factory's spray mo(u)lding, with mineral wool and string, binding material is a primary raw material, mineral wool mixes use in proportion with string or layering is used, using string is for stalk being made full use of and reducing steel mesh fiber spraying hanging panel cost, manufacture craft: place mould → put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → enter storehouse to wait to dispatch from the factory at operating platform in mould.
It is anticracking grout that steel mesh fiber spraying groove link plate is mainly used overcoat, it is metal or nonmetal link plate that steel mesh fiber spraying keel link plate (itself having the steel band keel) is mainly used overcoat, it is metal or nonmetal link plate that steel mesh fiber spraying plane link plate is mainly used curtain wall construction that overcoat is various materials and partition wall and overcoat, and three kinds of supporting respectively and corresponding spraying hanging panels of external corner link plate use in door and window mouth and other external corner heat preserving sound deadening.
Entering the job site anchoring and paste installation, is primary raw material with interfacial agents, bonding cream mainly, and steel mesh, anchoring piece are for auxiliary fixing.
The present invention can divide ten by heat preserving sound deadening layer subitem, overcoat, heat preserving sound deadening layer, use position, job practices, the relation between them see Table 1, in use can make different selections according to different needs, every all has similar system construction, but equal independent utility.
Table 1
Partition wall divides fixed and active type, and fixed is that ceiling and ground are fixed with expansion bolt with steel mesh fiber spraying groove link plate welding combination, and both sides are smeared cement mortar and constituted partition wall.
The active type partition wall is that grouping is installed, subsidiary accessory.Four lightgage steel joists are one group, and about 1200mm is wide, and coca arrives the distance of ceiling according to ground and decides.Lightgage steel joist and steel mesh fiber spraying plane link plate welding combination, there is lightgage steel joist to bind and back cover up and down, overcoat link plate (as gypsum plank) is fixed on the lightgage steel joist with boring the tail nail in two sides, two or four even distribution push rod bolts are arranged at the top, the push rod bolt can be threaded in the partition wall, the partition wall location segment is put backing plate well on the good ground of finishing, and partition group is stood on the backing plate, screws out top push rod bolt then and pushes up to ceiling and firm.Other combination is so carried out, and the door and window position makes according to actual needs, and the wide partition group actual measurement of not enough 1200mm is manufactured.Each upright seam was covered with ornamental strip after the body of wall aggregate erection finished, and skirting and decorative thread are installed in ground and ceiling position.
If think mobile wall, ornamental strip skirting decorative thread to be removed, in the push rod bolt cycle partition wall, movable support bracket (movable support bracket of band small wheels) is installed under single group wall, and the single group of picking-up body of wall moves to other position and re-assemblies.Partition wall is obvious with steel mesh fiber spraying hanging panel erasure effect, has cut off between the room and the transmission sound of two family house.
(4) description of drawings
" steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure " figure of Fig. 1 anticracking grout overcoat;
" steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure " figure of Fig. 2 mask link plate overcoat;
Fig. 3 curtain wall is overcoat " steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure " figure;
The insulation of Fig. 4 anticracking grout overcoat partition wall steel mesh fiber spraying hanging panel, heat insulation, muffling system structure figure;
The insulation of Fig. 5 mask link plate overcoat partition wall steel mesh fiber spraying hanging panel, heat insulation, muffling system structure figure;
Fig. 6 is steel mesh fiber spraying plane or groove link plate net groove figure;
Fig. 7 is steel mesh fiber spraying plane or groove external corner link plate net groove figure;
Fig. 8 is steel mesh fiber spraying keel link plate net groove figure;
Fig. 9 is steel mesh fiber spraying keel external corner link plate net groove figure;
Figure 10 is steel mesh fiber spraying hanging panel bottom surface net sheet figure;
Figure 11 is steel mesh fiber spraying hanging panel bottom surface external corner net sheet figure;
Figure 12 is the schematic diagram of steel mesh fiber spraying keel link plate bottom surface A;
Figure 13 is the schematic diagram of steel mesh fiber spraying external corner link plate bottom surface B;
Figure 14 is the schematic diagram of steel mesh fiber spraying plane or groove link plate bottom surface C;
Figure 15 is steel mesh fiber spraying keel link plate or keel external corner link plate front (bottom surface is A or B) schematic diagram;
Figure 16 is the schematic diagram in steel mesh fiber spraying groove link plate front (bottom surface is C);
Figure 17 is the schematic diagram in steel mesh fiber spraying groove external corner link plate front (bottom surface is B);
Figure 18 is the schematic diagram of link plate front, steel mesh fiber spraying plane (bottom surface is C);
Figure 19 is the schematic diagram in external corner link plate front, steel mesh fiber spraying plane (bottom surface is B);
Figure 20 is the schematic diagram of fiber coating template;
Figure 21 is the schematic diagram of anticracking grout transverse expansion joint accessory;
Figure 22 is the schematic diagram of overcoat link plate accessory;
Figure 23 is the schematic diagram of anticracking grout longitudinal extension seam accessory;
Figure 24 is the schematic diagram of anchoring piece metal keel;
Figure 25 is the schematic diagram of overcoat link plate inequilateral I-shaped aluminium;
Figure 26 is the schematic diagram of word aluminium on the overcoat link plate end socket.
(5) specific embodiment
In conjunction with the accompanying drawings the present invention is done in more detail and describe: Fig. 1,2,3,4,5 structure illustrated in table 2
Table 2
Project 1. basic unit 2. waterproofing course 3. heat preserving sound deadening layer 4. overcoat 5. air-permeable layer 6. overcoat 7. overcoat
The structure title Solid brick body of wall porous brick body of wall reinforced concrete wall or other material body of wall Interfacial agents Steel mesh fiber spraying hanging panel and fiber coating mix totally 10 kinds Cracking-resistant cement mortar Air duct Various material link plates Various material curtain walls
Describe according to Fig. 1: building basic unit 1. on the spraying interfacial agents form waterproofing course 2., waterproofing course has the effect that damp proof insulation is wet, increase heat preserving sound deadening layer and base adhesive intensity, but outside waterproofing course two kinds of heat preserving sound deadening layers of anchoring stickup 3. a kind of:
1) steel mesh fiber spraying groove link plate squeezes the cotton felt heat preserving sound deadening layer of folder between plate;
2) the heat preserving sound deadening layer (integral seamless) of (distance between plates is from 10-15cm) fiber coating combination between steel mesh fiber spraying groove link plate and plate.
Outside the heat preserving sound deadening layer, smear cracking-resistant cement mortar 4..
Describe according to Fig. 2: building basic unit 1. on the spraying interfacial agents form waterproofing course 2., waterproofing course has the effect that damp proof insulation is wet, increase heat preserving sound deadening layer and base adhesive intensity, but outside waterproofing course five kinds of heat preserving sound deadening layers of anchoring stickup 3. a kind of:
1) steel mesh fiber spraying keel link plate and steel mesh fiber spraying plane link plate squeeze the cotton felt of folder and form the heat preserving sound deadening layer between plate;
2) the heat preserving sound deadening layer of template fiber coating combination between steel mesh fiber spraying keel link plate and plate;
3) the heat preserving sound deadening layer of steel mesh fiber spraying keel link plate and the combination of overcoat link plate fiber coating;
4) the heat preserving sound deadening layer of anchoring piece metal keel and overcoat link plate fiber coating;
5) the heat preserving sound deadening layer that fiber coating combines between steel mesh fiber spraying keel link plate and plate.
Between heat preserving sound deadening layer and overcoat, be provided with the air communication channel air-permeable layer 5., outside air-permeable layer, can fix various overcoat link plates 6. by keel.
Describe according to Fig. 3: building basic unit 1. on the spraying interfacial agents form waterproofing course 2., waterproofing course has the effect that damp proof insulation is wet, increase heat preserving sound deadening layer and base adhesive intensity, 3. anchoring pastes fiber coating combines between steel mesh fiber spraying plane link plate and plate heat preserving sound deadening layer outside waterproofing course, the air communication channel air-permeable layer is arranged 5. at heat preserving sound deadening layer peripheral hardware, the curtain wall overcoat that can fix various materials by Curtain wall frame outside air-permeable layer 7..
Describe according to Fig. 4: with steel mesh fiber spraying groove link plate welding combination, ceiling and ground are fixed with expansion bolt, form firm partition wall heat preserving sound deadening layer 3., and both sides are smeared cracking-resistant cement mortar and constituted overcoat 4..
Describe according to Fig. 5: with steel mesh fiber spraying plane link plate and lightgage steel joist welding combination movable partition wall, with four lightgage steel joists is one group, 3. welding steel mesh fiber spraying plane link plate is combined to form the heat preserving sound deadening layer between lightgage steel joist, wide about 1.2m, the height ratio indoor canopy is a monolithic partition board with the few 40mm of ground interplanar distance, the air communication channel air-permeable layer is arranged 5. at heat preserving sound deadening layer peripheral hardware, outside air-permeable layer, can fix various overcoat link plates 6. by keel, the monolithic partition board all has lightgage steel joist to bind and back cover up and down, two or four even distribution push rod bolts are arranged at the top, the push rod bolt can be threaded in the partition wall, to put backing plate 20mm well thick for the partition wall location segment on the good ground of finishing, partition board is stood on the backing plate, screwing out top push rod bolt then pushes up to ceiling and firm, other combination is so carried out, the door and window position makes according to actual needs, the wide partition board of not enough 1200mm is manufactured by real size, each upright seam was covered with ornamental strip after the body of wall aggregate erection finished, skirting and decorative thread are installed in ground and ceiling position, if think mobile wall, ornamental strip skirting decorative thread is removed, the cycle of push rod bolt within the walls, movable support bracket is installed under the monolithic partition board, and picking-up monolithic partition board moves to other position and re-assemblies.
Describe according to Fig. 6: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh,, become steel mesh fiber spraying plane and groove link plate net groove after anticorrosion through zinc-plated again with the mechanical flanging tee T anchoring piece of burn-oning with the spot welder point.
Describe according to Fig. 7: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh,, become steel mesh fiber spraying plane and groove link plate external corner net groove after anticorrosion through zinc-plated again with the mechanical flanging tee T anchoring piece of burn-oning with the spot welder point.
Describe according to Fig. 8: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh with the spot welder point, again with mechanical flanging burn-on tee T anchoring piece and the wide steel band keel of the thick 30mm of 1mm, become steel mesh fiber spraying keel link plate net groove after anticorrosion through zinc-plated.
Describe according to Fig. 9: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh with the spot welder point, again with mechanical flanging burn-on tee T anchoring piece and the wide steel band keel of the thick 30mm of 1mm, become steel mesh fiber spraying keel link plate external corner net groove after anticorrosion through zinc-plated.
Describe according to Figure 10: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh, become steel mesh fiber spraying hanging panel bottom surface net sheet after anticorrosion through zinc-plated with the spot welder point.
Describe according to Figure 11: use the 2.8mm diameter wire, be welded into the net sheet of 100mm * 100mm mesh, be welded with scholar's font anchoring piece, become steel mesh fiber spraying hanging panel bottom surface external corner net sheet after anticorrosion through zinc-plated with the spot welder point.
Describe according to Figure 12: place mould → put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying keel link plate bottom surface B at operating platform in mould, mainly using overcoat is the building heat preserving noise reduction of metal or nonmetal link plate.
Describe according to Figure 13: place mould → in mould, put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying external corner link plate bottom surface (keel and groove and plane) A at operating platform, mainly use the heat preserving sound deadening of building door window and other external corner.
Describe according to Figure 14: place mould → in mould, put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying plane or groove link plate bottom surface C at operating platform, it is anticracking grout that steel mesh fiber spraying groove link plate is mainly used overcoat, and it is that curtain wall construction and partition wall and overcoat are the building heat preserving noise reduction of metal or nonmetal link plate that steel mesh fiber spraying plane link plate is mainly used overcoat.
Describe according to Figure 15: place mould → put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying keel link plate front (but bottom surface A or B) at operating platform in mould, mainly using overcoat is the building heat preserving noise reduction of metal or nonmetal link plate.
Describe according to Figure 16: place mould → put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying groove link plate front (bottom surface is C) at operating platform in mould, mainly using overcoat is the building heat preserving noise reduction of anticracking grout.
Describe according to Figure 17: place mould → in mould, put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become steel mesh fiber spraying groove external corner link plate front (bottom surface is A) at operating platform, main application overcoat is an anticracking grout, the heat preserving sound deadening of building door window and other external corner.
Describe according to Figure 18: place mould → put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become link plate front, steel mesh fiber spraying plane (bottom surface is C) at operating platform in mould, mainly using overcoat and be curtain wall construction and partition wall and overcoat is the building heat preserving noise reduction of metal or nonmetal link plate.
Describe according to Figure 19: place mould → in mould, put into link plate net groove → fiber coating → welding bottom surface net sheet → demoulding drying → become external corner link plate front, steel mesh fiber spraying plane (bottom surface is A) at operating platform, main application overcoat is a curtain wall construction, the heat preserving sound deadening of building door window and other external corner.
Describe according to Figure 20: the keel link plate is vertical arrangement when being used in body of wall, connect seam for fear of producing between the misoperation plate, leave certain distance between layout board for this reason, adopt the template fiber coating between plate, guarantee to form holistic heat preserving sound deadening layer, template is inserted and is hung between two keel link plates, moves continuation on the full rear pattern plate of fiber spray, can a plurality of templates carry out simultaneously.
Describe according to Figure 21: the transverse expansion joint accessory that is provided with in the anticracking grout overcoat, the thick shrinkage joint accessory of not establishing of anticracking grout design<18mm.
Describe according to Figure 22: used aluminium alloys link plate accessory when overcoat adopts link plate.
Describe according to Figure 23: the longitudinal extension seam accessory that is provided with in the anticracking grout overcoat, the thick shrinkage joint accessory of not establishing of anticracking grout design<18mm.
Describe according to Figure 24: when the construction wall heat preserving sound deadening does not use steel mesh fiber spraying hanging panel, the vertical anchoring metal of metope keel, with inequilateral I-shaped aluminium and link plate end socket I-shaped aluminum or aluminum alloy link plate accessory crosswise fixed overcoat link plate (as the thick calcium silicate board of 8mm), plate is wide to be controlled in the 500mm, spray fiber heat preserving sound deadening material between overcoat link plate and basic unit, the full back of spray is last layer overcoat link plate fixedly, by that analogy.
Describe according to Figure 25: the inequilateral I-shaped aluminium that uses when overcoat adopts nonmetal link plate.
Describe according to Figure 26: the end socket I-shaped aluminium that uses when overcoat adopts nonmetal link plate.

Claims (10)

1. steel mesh fiber spraying hanging panel insulation, heat insulation, muffling system structure, it comprises construction wall and outer heat preserving sound deadening engineering of roofing and body of wall, roofing, heat preserving sound deadening engineering in the partition wall, alleged body of wall and roofing are basic unit, spary interfacial agents in basic unit, infiltration solidification forms the waterproofing course of comparatively robust, anchoring is pasted with steel mesh fiber spraying hanging panel and basic unit's fiber coating heat preserving sound deadening layer of different structure outside waterproofing course, in fiber coating heat preserving sound deadening layer, be provided with the anchoring piece that is anchored in the basic unit, anchoring piece and overcoat are connected and fixed, outside the heat preserving sound deadening layer, be provided with the cracking-resistant cement mortar overcoat, metal or nonmetal link plate overcoat, metal or nonmetal curtain wall overcoat, the overcoat outside is provided with finish coat.
Except that metal or nonmetal curtain wall overcoat only are applicable to heat preserving sound deadening, other all is applicable to inside and outside heat preserving sound deadening.
The partition wall heat preserving sound deadening is with steel mesh fiber spraying hanging panel welding combination, both sides are smeared cement mortar and are constituted fixed partition wall, be base frame with the lightgage steel joist perhaps, weld steel mesh fiber spraying hanging panel between two lightgage steel joists, outside steel mesh fiber spraying hanging panel, lay the overcoat link plate and constitute movable partition wall.
2. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: the interfacial agents that described waterproofing course is used be methyl silicon sodium alcoholate, water, silicate of soda, urea by 1: 6: 14: 1.4 weight ratio is mixed and is formed thick liquid, described fiber is a mineral wool fibres, the fiber that straw forms through mechanical treatment (optional as required one or both mix use).
3. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: it comprises 1 described steel mesh fiber spraying hanging panel) steel mesh fiber spraying groove link plate, tailor with steel fabric sheet and to be welded into the net groove, the net slot welding has anchoring piece, zinc-plated anticorrosion, the formation of plate face groove is to be placed in the net groove with 5mm * many of 20mm band steels when fiber coating, spray mo(u)lding is burn-on and is extracted out behind the net bottom, under the steel mesh of link plate front, form many grooves, steel mesh fiber spraying groove link plate hence obtains one's name, when smearing anticracking grout, fill up groove firm grip steel mesh, make anticracking grout increase cracking resistance; 2) steel mesh fiber spraying keel link plate is tailored with steel fabric sheet and to be welded into the net groove, and the net slot welding has anchoring piece and keel, keel are to be welded with 1mm * 30mm band steel, and are zinc-plated anticorrosion, the spray mo(u)lding net bottom of burn-oning, be fixed on the keel with boring the tail nail when the overcoat link plate is installed, it is very convenient to construct; 3) steel mesh fiber spraying plane link plate is tailored with steel fabric sheet and to be welded into the net groove, and the net slot welding has anchoring piece, and is zinc-plated anticorrosion, the spray mo(u)lding net bottom of burn-oning, and special-purpose link plate also was used for partition wall simultaneously when overcoat was curtain wall construction; 4) steel mesh fiber spraying external corner link plate is tailored with steel fabric sheet and to be welded into the net groove, and net groove one face down bonding has anchoring piece, and is zinc-plated anticorrosion, and spray mo(u)lding is burn-on at the bottom of the private network, and net bottom is welded with special-purpose anchoring piece.
What external corner link plate front was welded with keel is keel external corner link plate, what external corner link plate front had groove is groove external corner link plate, external corner link plate front be the plane for plane external corner link plate, three kinds of supporting respectively and corresponding spraying hanging panels of external corner link plate use in door and window mouth and other external corner heat preserving sound deadening.
4. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: described heat preserving sound deadening layer is that the steel mesh fiber spraying hanging panel anchoring sticks on basic unit and basic unit's fiber coating in conjunction with forming the heat preserving sound deadening layer, and it has the heat preserving sound deadening layer of following structure:
1) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying plane link plate and plate;
2) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying groove link plate and plate;
3) steel mesh fiber spraying groove link plate squeezes the cotton felt heat preserving sound deadening layer of folder between plate;
4) fiber coating mixing heat preserving sound deadening layer between steel mesh fiber spraying keel link plate and plate;
5) steel mesh fiber spraying keel link plate and steel mesh fiber spraying plane link plate squeeze the cotton felt mixing heat preserving sound deadening layer of folder between plate;
6) steel mesh fiber spraying keel link plate and template, fiber coating mixing heat preserving sound deadening layer between plate;
7) steel mesh fiber spraying keel link plate and overcoat link plate, fiber coating mixing heat preserving sound deadening layer between plate;
8) anchoring piece metal keel and overcoat link plate fiber coating heat preserving sound deadening layer;
9) welding of steel mesh fiber spraying groove link plate is combined to form partition wall heat preserving sound deadening layer;
10) welding steel mesh fiber spraying plane link plate is combined to form movable partition wall heat preserving sound deadening layer between two lightgage steel joists.
Steel mesh fiber spraying hanging panel and metal keel are to be prefabricated in the factory and to be welded, transporting on-the-spot anchoring to installs, other is that in-situ spraying forms, be and adopt fiber coating machinery that fiber and binding material are delivered to the substrate surface that is sprayed respectively, the ejection muzzle when not reaching substrate surface both fully mix be pasted in the steel mesh fiber spraying hanging panel net groove or building basic unit waterproofing course surface on, through evaporation, solidify back formation steel mesh fiber spraying hanging panel and steel mesh fiber spraying external corner link plate or directly form the heat preserving sound deadening layer in basic unit.
Binding material is that silicate of soda, methyl silicon sodium alcoholate, cellulose, urea, prodan, water are 4: 1: 0.32 according to weight ratio: 0.4: 0.54: 10, mix forming thick liquid; The weight proportion of binding material and fiber is 1.2: 1.
5. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: described overcoat is outdoor anticracking grout, metal, nonmetal link plate, in metal, the nonmetal curtain wall one or more mix use, indoor anticracking grout, one or more of open-work, non-open-work metal or non-metal board mix use.
6. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: described finish coat is an outdoor use coating, metal, non metallic decorative plate, in one or more mix and use, indoor coating, one or more of the metal of open-work, non-open-work or non metallic decorative plate mix use.
7. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: described fixed partition wall heat preserving sound deadening is with steel mesh fiber spraying groove link plate welding combination, form the heat preserving sound deadening layer, smear cement mortar in heat preserving sound deadening layer both sides and constitute fixed partition wall, it perhaps is base frame with the lightgage steel joist, welding steel mesh fiber spraying plane link plate between two lightgage steel joists, four lightgage steel joists are one group, lay the overcoat link plate and be fixed on composition monolithic partition board on the lightgage steel joist outside the link plate of steel mesh fiber spraying plane, polylith constitutes movable partition wall.
8. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: being provided with in the described heat preserving sound deadening layer and being fixed on the anchoring piece that is connected and fixed with overcoat in the building basic unit is that V-arrangement anchoring piece and lightgage steel joist are welded to form metal keel or flitch, is used for being connected and support heat preserving sound deadening layer between basic unit and the overcoat.
9. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: in outdoor body of wall overcoat anticracking grout, be provided with horizontal and longitudinal extension seam accessory, or in outdoor and indoor wall overcoat anticracking grout, any shrinkage joint accessory be not set.
10. steel mesh fiber spraying hanging panel insulation according to claim 1, heat insulation, muffling system structure, it is characterized in that: inequilateral I-shaped aluminium, end socket I-shaped aluminium and overcoat link plate aluminium alloys accessory that the overcoat link plate uses, they are to be fixed on the keel, the overcoat link plate is embedded in the groove overcoat link plate retractable.
CN 201010118917 2010-03-08 2010-03-08 Heat-preserving and insulating and muffling system structure of steel mesh fiber spraying hanging panel Pending CN101798861A (en)

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CN102674886A (en) * 2012-05-31 2012-09-19 广西大学 Process for preparing water glass based concrete curing and reinforcing agent
CN102796959A (en) * 2011-05-25 2012-11-28 宝山钢铁股份有限公司 Corrosion-resistant plastic mold steel and preparation method thereof
CN105579340A (en) * 2013-09-26 2016-05-11 伊索利尔隔离材料工业有限公司 Method for manufacturing laminar construction panel
CN106468077A (en) * 2015-08-20 2017-03-01 哈尔滨泽天环保科技有限公司 Fiber coating accessory and section bar
CN106468076A (en) * 2015-08-16 2017-03-01 哈尔滨泽天环保科技有限公司 Steel mesh Plant fiber's spraying hanging panel
CN106996179A (en) * 2017-06-01 2017-08-01 四川锦泓佳建筑装饰工程有限公司 The Indoor decorative plate that can be illuminated
CN107035086A (en) * 2017-06-01 2017-08-11 四川锦泓佳建筑装饰工程有限公司 Multi-function decoration board
CN107035088A (en) * 2017-05-31 2017-08-11 四川锦泓佳建筑装饰工程有限公司 Wall decorating veneer

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Publication number Priority date Publication date Assignee Title
CN102796959A (en) * 2011-05-25 2012-11-28 宝山钢铁股份有限公司 Corrosion-resistant plastic mold steel and preparation method thereof
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CN102674886A (en) * 2012-05-31 2012-09-19 广西大学 Process for preparing water glass based concrete curing and reinforcing agent
CN105579340A (en) * 2013-09-26 2016-05-11 伊索利尔隔离材料工业有限公司 Method for manufacturing laminar construction panel
CN105579340B (en) * 2013-09-26 2018-04-13 伊索利尔隔离材料工业有限公司 Method for manufacturing layer structure panel
CN106468076A (en) * 2015-08-16 2017-03-01 哈尔滨泽天环保科技有限公司 Steel mesh Plant fiber's spraying hanging panel
CN106468077A (en) * 2015-08-20 2017-03-01 哈尔滨泽天环保科技有限公司 Fiber coating accessory and section bar
CN107035088A (en) * 2017-05-31 2017-08-11 四川锦泓佳建筑装饰工程有限公司 Wall decorating veneer
CN106996179A (en) * 2017-06-01 2017-08-01 四川锦泓佳建筑装饰工程有限公司 The Indoor decorative plate that can be illuminated
CN107035086A (en) * 2017-06-01 2017-08-11 四川锦泓佳建筑装饰工程有限公司 Multi-function decoration board

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