CN203499097U - High-strength composite corrugated fiber foamed cement heat insulation board - Google Patents
High-strength composite corrugated fiber foamed cement heat insulation board Download PDFInfo
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- CN203499097U CN203499097U CN201320378209.2U CN201320378209U CN203499097U CN 203499097 U CN203499097 U CN 203499097U CN 201320378209 U CN201320378209 U CN 201320378209U CN 203499097 U CN203499097 U CN 203499097U
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Abstract
The utility model discloses a high-strength composite corrugated fiber foamed cement heat insulation board which is designed by aiming at the defects that organic materials such as polyphenyl, an extruded sheet and polyurethane, belonging to petroleum extractive matters, are complicated in structure, easy to age, inflammable, easy to crack, easy to seep and short in service life, and inorganic materials such as a foamed cement heat insulation board cannot reach the use strength of a wall body. The high-strength composite corrugated fiber foamed cement heat insulation board comprises a corrugated fiber cement heat insulation material, a composite foamed cement heat insulation material, a fixed connecting support component and concave-convex or male-female connecting mortise and tenon joints. The design aims of reaching the use strength of a building outer wall and reducing the cost are achieved according to the performances of low heat conductivity coefficient, non-inflammability, high compression resistance and breaking strength of foamed cement, foamed ceramics and a corrugated fiber cement board and a pouring extrusion and foaming process. The high-strength composite corrugated fiber foamed cement heat insulation board has the characteristics that the performances of heat preservation, heat insulation, non-inflammability, fireproofing, sound insulation, noise reduction, lightweight shake resistance and acid rain resistance are improved; the board has the advantages of simple structure, material conservation, convenience in assembly and disassembly, high construction efficiency, long service life and low cost, can be used as a finished wall body and recycled, and is energy-saving and environment-friendly.
Description
Technical field:
The utility model relates to a kind of high strength cement corrugated sheet that utilizes, the heat insulating materials such as foamed concrete, inorganic concrete companion fiber, the materials such as foamed ceramic and reason stone or stone-like coating, compounded have a thermal insulation, light resilient, low-cost and energy-conservation, the insulation plate body of the performance advantages such as environmental protection, relate in particular to the compound corrugated fiber foaming cement thermal insulation of a kind of high strength plate, this utility model can directly be used as finished wall board, be widely used in construction work body of wall, roofing, ground, edge list, labeled door, fire barrier, freezer, warehouse, the association area such as silo and warmhouse booth.
Background technology:
At present, construction work heat insulating material for external mainly adopts the organic insulation materials such as polyphenyl plate, extruded sheet and hard polyurethane foam.Data according to Fire-Fighting Bureau under the Ministry of Public Security's statistics show, 2007-2011, more than 1360 of the fire that domestic only external wall insulation project causes.Wherein, the fire disaster accidents such as new address TVCC of CCTV, teacher apartment, Shanghai, feudal dynasty Wan Xin hotel, Shenyang, Gemini mansion, Harbin, Nantong the first high building and Zhong Huan building, Nanjing, fully expose the huge potential safety hazard of the organic insulation materials such as polyphenyl plate, extruded sheet and hard polyurethane foam.For this reason, the Ministry of Public Security has promulgated that [2011] No. 65 < < lead to [2009] No. 46 < < civilian construction outer heat preservation systems of word and decoration of exterior wall fire prevention temporary provisions > > about the notice > > requirement strict implement public affairs of further clear and definite civilian construction heat insulating material for external fire supervision management relevant requirements, have determined that civilian construction heat insulating material for external combustibility adopts A grade standard.Yet the combustibility of the organic insulation materials such as polyphenyl, extruded sheet and hard polyurethane foam all cannot reach A grade standard, wherein, best phenol formaldehyde foam combustibility can only reach B1 grade standard.And above-mentioned heat insulating material is not only easily aging, in building operating period domestic demand, repeatedly safeguard and change, cause application life lower than Building life cycle.The material such as polyurethane and polyphenyl plate except existing inflammable and the high factor of price, also distributes a large amount of toxic gases in spraying application process, causes the serious environmental hazards such as white pollution.
The wall thermal insulation technology of developed countries application mainly comprises: included insulation layer, outer attached insulation layer and three kinds of (most practice that adopts outer attached polystyrene block in Europe of sandwich heat preservation layer, the outer heat-preserving building of Germany accounts for building total amount 80%, wherein, 70% adopt foam polyphenyl plate).Exterior-wall heat insulation and facing system (EIFS system), main body is made warming plate by the thick polystyrene foam plastics of 30～120mm, with synthetic binder or mechanical system, be fixed on the exterior wall of construction work, the polymer mortar that middle employing is durable and water resistance is high is as basic unit, with glass fiber mesh, strengthen and pass on external force attached group in heat preservation plate material surface, the outer acrylic copolymer coating that adopts is as surface coating; Building heat preservation thermal insulation slab system (SIPS system), main body adopts high-performance wall board, and sandwich of layers is the thick polystyrene foam of 120～240mm or poly-imido fat vacuole foam, and the through engineering approaches veneer material of intensity height and high insulating effect is generally selected on top layer; Insulating cement template external wall system (ICFS system), for a kind of insulation template system, main body adopts the template of polystyrene foam plastics and cementitious materials, for poured in place concrete wall or basis, need be at the inner arrangement of reinforcement of template during construction, after building up, this template will become the permanent body of wall of a part.
The wall thermal insulation technology of domestic application mainly comprises: the three types of technology such as internal wall insulation, wall self-insulation and outer wall heat insulating." internal wall insulation technology ", what adopt is the materials such as polymer pearlite insulation mortar, polyphenylene granule heat-insulating mortar, composite silicate thermal insulation mortar, insulating rare earth composite mortar, the compound insulation mortar of kieselguhr, has the shortcomings such as use amount is large, construction is complicated, cost is high, finish coat is easy to crack, secondary decoration difficulty is large, waste indoor usage space, cold and hot loss is larger; " wall self-insulation technology ", what adopt is the materials such as composite insulating brick such as light weight aggregate concrete building block, light weight aggregate concrete brick, gas concrete brick, porous shale brick, has that use amount is large, construction is complicated, cost is high, the strength of materials is more weak, force resistance is poor, be prone to the shortcomings such as wall crazing; " outer wall heat insulating technology ", what adopt is the technology such as bonding expanded polystyrene (EPS) (EPS) plate thin plastering technology, bonding extruded polystyrene (XPS) plate thin plastering technology, adhesive polystyrene granule heat-insulating mortar of polyurethane rigid foam material and extensive use, easily aging, contraction, cracking, change in size under sunshine direct projection, above-mentioned heat insulating material and technology have construction and maintenance cost is high, complex process, very easily form hot and cold bridge, cannot reach the thermal and insulating performance of design and the code requirement of mandatory energy-saving and environmental protection; And the inorganic heat insulation materials such as foam glass, foamed aluminium and foam ceramic tile are high due to production power consumption, cause selling at exorbitant prices to promote the use of; The heat insulating material such as rock wool and mineral wool, owing to not being hard material, cannot be separately as body of wall or surface material application; The heat insulating material such as expanded perlite, expanded vermiculite, needs to use the bonding agents such as cement rubber powder bonding, causes the large heat insulation effect that affects of density; The inorganic heat insulation materials such as foaming cement thermal insulation plate, the heat-insulating property that possesses construction work outer wall body and surface layer, also meet energy-saving and environmental protection requirement, owing to cannot reaching the requirement of strength of construction work outer wall body and surface layer use, can not use as single outer wall body and surface material, range of application is restricted.Therefore, effectively utilize foam cement and foamed ceramic technology, Development and Production can reach the compound corrugated fiber foaming cement thermal insulation of the utility model high strength plate of skin body of wall working strength and thermal and insulating performance, substitute organic insulation material and the foaming cement thermal insulation plates such as polyphenyl plate and hard polyurethane foam, will become the effective way of future architecture thing heat preserving and insulating material.
Utility model content:
The utility model is to belong to Petroleum refining thing, complex structure for organic insulation materials such as polyphenyl plate, extruded sheet and hard polyurethane foams, inflammable potential safety hazard greatly, easily aging, easy to crack, easy to leak, application life is short, comprehensive cost is high, and the inorganic heat insulation materials such as foaming cement thermal insulation plate, owing to not possessing the working strength of the plate body material such as building masonry wall, the deficiency that cannot directly use as plate body material such as finished product bodies of wall, the utility model provides a kind of thermal insulation that improves, fire-retardant fireproof, sound insulation noise abatement, light body antidetonation and acid rain resistant corrosive nature, there is simple structure, save material, installing/dismounting is convenient, engineering construction work efficiency is high, long service life, can directly as finished product body of wall plate body material, use, can be recycled, cost is low and energy-conservation, the compound corrugated fiber foaming cement thermal insulation of the high strength plate of environmental-protecting performance.
For achieving the above object, the technical solution adopted in the utility model is: the compound corrugated fiber foaming cement thermal insulation of described high strength plate, comprises corrugated fiber cement heat preserving material (1), composite foaming cement thermal insulation material (2), is fixedly connected with support element (3) and is convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches (4); Described corrugated fiber cement heat preserving material (1) is located at the outside of composite foaming cement thermal insulation material (2), corrugated fiber cement board (11), foamed cement material (12), inorganic concrete companion fiber (13), inorganic surface material (14), the connection bracket member mouth of pipe (15) and the keel piece mouth of pipe (16), consists of; Described composite foaming cement thermal insulation material (2) is located between double-deck corrugated fiber cement heat preserving material (1), by foaming cement thermal insulation material (21) and inorganic concrete companion's fibrous material (22) and the corresponding mouths of pipe of keel (23) formation; The described support element (3) that is fixedly connected with is located between double-deck corrugated fiber cement heat preserving material (1), hitch screw connecting rod (31), internal thread backing plate (32) and outside nut silk cap (33), consists of; Describedly be two end faces and two sides that finished product plate body material is located at convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches (4), by being primary and secondary shape, connecting Tenon (41) and be concaveconvex shape and be connected Tenon (42) formation.
Preferably, described corrugated fiber cement board (11), is with cast extruded technique, is arranged on a side or the middle part of corrugated fiber cement heat preserving material (1).
Preferably, described foamed cement material (12), be located at the one or both sides of corrugated fiber cement board (11), with concrete foaming or cast extruded technique, setting possess that the surface materials such as reason stone, pottery, imitative stone are wet to be hung or foamed ceramics is fired, mortar concrete is plastered, scrape the pitted skin insulation plate body material of the bond strength of great Bai and sprayed coating.
Preferably, described inorganic concrete is accompanied fiber (13), is located at the inside of foamed cement material (12), is according to the design needs of finished product plate body materials'use intensity, the inorganic concrete companion fibrous material that the proportioning of setting is added.
Preferably, described inorganic surface material (14), being located at the outside of foamed cement material (12), is with foamed ceramic or spraying extrusion process, the body of wall surface layer of the foamed ceramics with skin thermal and insulating performance of setting or foam glass or reason stone or stone-like coating.
Preferably, the described connection bracket member mouth of pipe (15), is located at the setting position of corrugated fiber cement heat preserving material (1), is to bore falcon technique with mould, and the installation of setting is fixedly connected with the default connection mouth of pipe of support element (3).
Preferably, the described keel piece mouth of pipe (16), is located at the Tenon at corrugated fiber cement heat preserving material (1) two ends and sets position, is to bore falcon technique with mould, and the body of wall of the connecting building thing of setting is installed the default connection mouth of pipe of keel.
Preferably, described foaming cement thermal insulation material (21), is located between double-deck corrugated fiber cement heat preserving material (1), with foamed concrete and cast extruded technique, setting there is the inorganic heat insulation material layer that can meet skin thermal and insulating performance.
Preferably, described inorganic concrete is accompanied fibrous material (22), is located at the inside of foaming cement thermal insulation material (21), is for reaching and meet the inorganic concrete companion fibrous material of the working strength proportioning interpolation of finished product plate body material.
Preferably, the corresponding mouth of pipe (23) of described keel, is located at the corresponding position of the keel piece mouth of pipe (16), is, for the body of wall of connecting building thing, the reserved connection mouth of pipe arranging of keel is installed.
Preferably, described hitch screw connecting rod (31), be located between double-deck corrugated fiber cement heat preserving material (1), the internal thread backing plate (32) being respectively equipped with two ends via the connection bracket member mouth of pipe (15) completes and is fixedly connected with outside nut silk cap (33).
Preferably, described hitch screw connecting rod (31), internal thread backing plate (32) and outside nut silk cap (33), be according to the needs of design, adopts through antiseptic alloy material or the synthetic dead joint member of moulding the materials such as fat.
Preferably, the described primary and secondary shape that is connects Tenon (41) and is concaveconvex shape and is connected Tenon (42), is according to the needs that design, and adopts two-way primary and secondary or concavo-convex Tenon and the unidirectional tenon connection mode that is primary and secondary or concavo-convex Tenon of being.
Preferably, the compound corrugated fiber foaming cement thermal insulation of described high strength plate can, according to design needs, adopt support element (3) support and the two kinds of plate body composite molding modes of foam cement cast extruded of being fixedly connected with.
Preferably, the inner side of the compound corrugated fiber foaming cement thermal insulation of described high strength plate can, according to design needs, hide the facilities such as keel connecting member and circuit cable, line box and communication pipeline are installed are set.
Feature of the present utility model and beneficial effect:
The compound corrugated fiber foaming cement thermal insulation of the utility model high strength plate, compared with polyphenyl plate, the organic insulation material such as extruded sheet and hard polyurethane foam, expanded perlite, the graininess discrete materials such as ripple microballon and expanded vermiculite, foam glass, foamed aluminium, foamed ceramics is compared with inorganic heat insulation materials such as foam cements, thermal and insulating performance (foam cement of the utility model application and the rate of closed hole > 95% of foamed ceramics composite insulation boards of body of wall enclosed structure have been improved, coefficient of thermal conductivity is lower than 0.07W/m.k, the rigid polyurethane that alternative refrigeration industry is generally the applied sandwich thermal insulated sheet material that foams, filled up application inorganic heat preservation plate body and concave-convex clutch technique realizes construction work body of wall, the blank of the thermal insulation such as roofing and ceiling), can improve the fire-retardant fireproof performance (foam cement, foamed ceramics and the corrugated fiber cement board material of the utility model application all belong to the fireproof inorganic heat insulating material of A level, and refractoriness can reach more than 1000 ℃) of materials for wall, (foamed concrete and foam ceramic thermal insulation material are formed by the countless separated foams of porous can to improve sound insulation noise abatement performance, sound-absorbing effect is higher than general concrete more than 5 times, acoustical reduction coefficient is greater than 45dB, the high density composite corrugated fiber cement material that utilizes attached group of cast extruded fill process to make, has further improved finished product plate body sound insulation noise abatement performance), (the comprehensive unit weight of finished product plate body is no more than 450kg/m3 to improve light-weight aseismatic performance, at double lower than the comprehensive unit weight of body of wall, roofing and earth material generally using at present, greatly reduce body of wall load, the default keel in the connection bracket member arranging on plate body and framework, beam column and base course wall position directly fixedly mount simultaneously, finished product plate body and framework, beam column and base course wall are combined together, greatly improved whole building shock resistance), can improve pressure-proof and snap-resistent performance (for reaching the requirement of outer wall body working strength, in the foamed cement material of the utility model application, according to the working strength of design, need, proportioning has been used concrete companion fibrous material, make the bending resistance rupture load of finished product plate body can surpass bearing capacity deadweight more than 7 times, more than compressive strength 15/mpa, more than hanging force 3000/N), can improve adherence force performance (the inside and outside pitted skin top layer design scheme that all adopts of plate body, make its plate body possess good compatibility and increased the features such as pressure-proof and snap-resistent intensity, no matter be applied to construction work outer wall body, or interior wall body of wall all can meet directly manage the adhesion strength that stone, ceramic tile etc. mounted, and plastered, scraped great Bai and spray all kinds of coating), can improve construction efficiency and save labour turnover that (the utility model is finished product plate body material shape to performance, by pre-buried directly the mounting of keel contact of the connection bracket member arranging and building frame, beam column, roofing and base course wall position, can complete body of wall moulding on plate body, creativeness has been simplified the building by laying bricks or stones of construction work body of wall, mortar fills and paste the construction process of surface layer, there is installing/dismounting simple, shorten at double the engineering construction duration and save labour turnover), (this utility model plate body material can directly be used as finished product plate body to improve building and construction quality performance, the default keel in the connection bracket member arranging above due to plate body and framework, beam column and base course wall position directly mount, and finished product plate body is connected more firmly with framework, beam column and base course wall, in work progress, can be according to revising body of wall angle of inclination needs, carry out upper and lower, front and back and move left and right, thereby improving building and engineering construction quality), the application life that has extended body of wall and building, (foam cement that plate body adopts, foamed ceramics, portland cement and concrete accompanied the primary raw materials such as fiber all to belong to inorganic heat insulation material, there is acid rain resistant corrosive nature, long-term ultraviolet ray irradiate or thermal-radiating situation under be difficult for aging, ftracture, shrink and come off, can improve the application life of self and building), energy-conserving and environment-protective performance is outstanding, and (the utility model foamed concrete, foamed ceramics, portland cement and the inorganic bolt mainly applied are mixed the raw materials such as fiber and are inorganic composite materials, under high temperature dissolves state, also can not decompose, volatilize and discharge toxic and harmful), can hide pre-buried installation keel connecting member and circuit cable, line box and communication pipeline facility.To sum up, the compound corrugated fiber foaming cement thermal insulation of the high strength plate of the utility model exploitation, filled up the blank of application inorganic heat insulation material and concrete and ceramic foam technological development finished product construction wall, thermal insulation, the light-weight aseismatic performance of the plate body material such as building masonry wall, roofing, ceiling have been improved, embody the sustainable development idea of building field, met the performance requirement of green, energy saving building.
Accompanying drawing explanation:
Fig. 1 is that the utility model is the cross-sectional view that primary and secondary mortise and tenon has supporter finished product plate body.
Fig. 2 is that the utility model is primary and secondary mortise and tenon without the cross-sectional view of supporter finished product plate body.
Fig. 3 is that the utility model is the cross-sectional view that primary and secondary mortise and tenon has the semiproduct plate body material of supporter.
Fig. 4 is that the utility model is the cross-sectional view that concavo-convex mortise and tenon has supporter finished product plate body material.
Fig. 5 is that the utility model is the cross-sectional view that concavo-convex mortise and tenon has the semiproduct plate body material of supporter.
Fig. 6 is that a side of the utility model plate body material is the upper facade structures schematic diagram that convex Tenon form, a side are matrix Tenon form.
Fig. 7 is that a side of the utility model plate body material is the lower facade structures schematic diagram that convex Tenon form, a side are matrix Tenon form.
Fig. 8 is that two end faces of the utility model plate body material are the facade structures schematic diagram that convex Tenon form, two sides are matrix Tenon form.
Fig. 9 is two end faces of the utility model plate body material and the facade structures schematic diagram that two sides are all matrix Tenon form.
Figure 10 is the cross-sectional view of the two-sided cast extruded corrugated fiber of the utility model plate body material cement plate body.
Figure 11 is the cross-sectional view that the two-sided cast extruded corrugated fiber of the utility model plate body material cement plate body two ends are primary and secondary mortise and tenon form.
Figure 12 is the cross-sectional view of the utility model plate body material one side cast extruded corrugated fiber cement plate body.
The specific embodiment:
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 8, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of described high strength plate, comprises corrugated fiber cement heat preserving material 1, composite foaming cement thermal insulation material 2, is fixedly connected with support element 3 and is convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches 4, described corrugated fiber cement heat preserving material 1, be arranged on the outside of composite foaming cement thermal insulation material 2, by corrugated fiber cement board 11, foamed cement material 12, inorganic concrete companion fiber 13, inorganic surface material 14, the connection bracket member mouth of pipe 15 and the keel piece mouth of pipe 16 form, it is characterized in that: a described side at corrugated fiber cement heat preserving material 1 or middle part are provided with corrugated fiber cement board 11, one or both sides at corrugated fiber cement board 11 are also provided with foamed cement material 12, in the inside of foamed cement material 12, be provided with inorganic concrete companion fiber 13, in the outside of corrugated fiber cement heat preserving material 1, be provided with inorganic surface material 14, at the setting position of corrugated fiber cement heat preserving material 1, be provided with as installation is fixedly connected with support element 3 and be also installed with in advance the connection bracket member mouth of pipe 15, Tenon position, two ends at corrugated fiber cement heat preserving material 1 is installed with the keel piece mouth of pipe 16 that mounts member for connecting building thing wall body keel in advance, described composite foaming cement thermal insulation material 2, is arranged between double-deck corrugated fiber cement heat preserving material 1, by foaming cement thermal insulation material 21 and inorganic concrete, accompanies fibrous material 22 and the corresponding mouth of pipe 23 of keel to form, the described support element 3 that is fixedly connected with, is arranged between double-deck corrugated fiber cement heat preserving material 1, hitch screw connecting rod 31, internal thread backing plate 32 and outside nut silk cap 33, consists of, described convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches 4 of being, is arranged on two end faces and two sides of finished product plate body material, by being primary and secondary shape, connecting Tenon 41 and is concaveconvex shape and is connected Tenon 42 and forms, the primary and secondary shape that is that two end faces of the compound corrugated fiber foaming cement thermal insulation of described high strength plate are provided with two sides is connected Tenon 41 or is concaveconvex shape connection Tenon 42, with die-cut technique, according to the needs of the mode that mounts of the compound corrugated fiber foaming cement thermal insulation of high strength board finished product plate body, complete the falcon program of opening of unidirectional primary and secondary or concavo-convex Tenon and two-way primary and secondary or concavo-convex Tenon.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 9, Figure 10 and Figure 12, described corrugated fiber cement heat preserving material 1, to utilize the heat insulating materials such as high-intensity corrugated fiber cement board, foamed concrete, inorganic concrete companion's fiber and foamed ceramics, by foaming or cast extruded technique, the plate body material of the surface layers such as foamed ceramics the reached external wall body of wall working strength with thermal insulation, light resilient and energy-saving and environmental protection performance of making and that can directly use as building masonry wall finished product plate body or foam glass or artificial marble or stone-like coating.
Referring to Fig. 1, Fig. 2, Fig. 4, Figure 11 and Figure 12, the foamed cement material 12 that described corrugated fiber cement board 11 outer ends arrange, according to the design needs of finished product plate body working strength, with foaming or cast extruded technique, in the one or both sides of corrugated fiber cement board 11, complete foaming cement thermal insulation material and fill, make the pitted skin top layer that the bond strength of great Bai and sprayed coating was plastered, scraped to the wet extension of finish material, mortar concretes such as can meeting reason stone, Ceramic Tiles.
Referring to Fig. 1, Fig. 3, Fig. 5, Figure 11 and Figure 12, described foamed cement material 12, is according to the demand of the working strength of finished product plate body material, utilizes and fills extrusion process, in the one or both sides of corrugated fiber cement board 11, complete the to-fill procedure of inorganic concrete companion fiber 13.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 5, Figure 10, Figure 11 and Figure 12, described inorganic surface material 14, by utilizing foamed ceramic or cast to paste or spraying extrusion process, at attached group of the outside foamed ceramics with thermal and insulating performance of making of foamed cement material 12 or the outer wall surface material of foam glass or artificial marble or stone-like coating.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 8 and Fig. 9, described composite foaming cement thermal insulation material 2, by foaming cement thermal insulation material 21 and inorganic concrete, accompany fibrous material 22 and the corresponding mouth of pipe 23 of keel to form, with foaming cast and extrusion packing technique, between double-deck corrugated fiber cement heat preserving material 1, complete the filling of foaming cement thermal insulation material 21 and inorganic concrete companion fibrous material 22.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 9, Figure 11 and Figure 12, the described support element 3 that is fixedly connected with, by hitch screw connecting rod 31, internal thread backing plate 32 and outside nut silk cap 33, formed, described hitch screw connecting rod 31, internal thread backing plate 32 and outside nut silk cap 33, with hitch screw, be fixedly connected with mode, via the connection bracket member mouth of pipe 15, be fixed on inner side and the outside of connected double-layer corrugated fiber cement heat preserving material 1.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, described hitch screw connecting rod 31 and the internal thread backing plate 32 and the outside nut silk cap 33 that in double-deck finished product corrugated fiber cement heat preserving material 1 inner side and outside, are provided with, can, according to design needs, select through antiseptic alloy or the synthetic supporting member of moulding the materials such as fat.
Referring to Fig. 1, Fig. 2, Fig. 4, Fig. 6, Fig. 8 and Fig. 9, described convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches 4 of being, by being primary and secondary shape connection Tenon 41 or being concaveconvex shape connection Tenon 42, form, the installation keel that are provided with above according to finished product plate body material and building beam column and body of wall mount the demand of connected mode, adopt the two-way Tenon connected mode that is primary and secondary or concaveconvex shape, utilize die casting moulding or cutter to open falcon technique, two end faces or two sides at the compound corrugated fiber foaming cement thermal insulation of high strength board finished product plate body, complete respectively the unidirectional or two-way setting that is the primary and secondary joint tongue fourth of the twelve Earthly Branches 41 or is concavo-convex connection Tenon 42.
Operating principle:
One, the compound corrugated fiber foaming cement thermal insulation of high strength plate can improve the operating principle of thermal insulation and fire-retardant fireproof performance:
The compound corrugated fiber foaming cement thermal insulation of high strength plate, the rate of closed hole > 95% of the finished product plate body material that utilization is made with inorganic heat insulation materials such as corrugated fiber cement heat preserving material, foamed concrete, foamed ceramicses, coefficient of thermal conductivity is lower than 0.07W/m.k, refractoriness can reach more than 1000 ℃, reach higher than A level fireproof inorganic heat insulating material attribute, realize and improve the thermal insulation of the utility model finished product plate body and the purpose of design of fire-retardant fireproof performance.
Two, the compound corrugated fiber foaming cement thermal insulation of high strength plate can improve the operating principle of sound insulation noise abatement performance:
The compound corrugated fiber foaming cement thermal insulation of high strength plate, the compound plate body that utilizes composite foaming cement material 2 and corrugated fiber cement heat preserving material 1 and outside foam ceramic thermal insulation material to make is that the countless separated foams by porous form, sound-absorbing effect is higher than general concrete more than 5 times, acoustical reduction coefficient is greater than 45dB, the foaming cement thermal insulation material and the inorganic surface material 14 that utilize cast extruded technique to apply in the both sides cast extruded of corrugated fiber cement heat preserving material 1 becomes whole corrugated fiber cement board 11 and foamed cement material 12, the airtight attribute with multiple multiplication, realize the purpose of design that improves the utility model finished product plate body sound insulation noise abatement performance.
Three, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the operating principle of lightweight loss of weight and anti-seismic performance:
The compound corrugated fiber foaming cement thermal insulation of high strength plate, utilize the comprehensive unit weight of the compound plate body of corrugated fiber cement heat preserving material 1 and composite foaming cement material 2 to be no more than 450kg/m3, can realize and reduce the more than 30% comprehensive volumetric usage of finished product plate body, reach the purpose of design that alleviates at double the utility model body of wall load; On the connection bracket member that utilization arranges on finished product plate body and building frame, beam column and base course wall, the reserved installation keel that arrange directly fixedly mount, finished product plate body material and building frame, beam column and base course wall are melted as firm one, realize and improve the lightweight loss of weight of the utility model finished product plate body and the purpose of design of anti-seismic performance.
Four, the compound corrugated fiber foaming cement thermal insulation of high strength plate can be realized the operating principle that strengthens pressure-proof and snap-resistent and improve adherence force performance:
The compound corrugated fiber foaming cement thermal insulation of high strength plate, utilize the inorganic concrete companion fiber 13 that in foaming cement thermal insulation material 1, proportioning is used, make the utility model finished product plate body bending resistance rupture load surpass bearing capacity deadweight more than 7 times, more than compressive strength 15/mpa, more than hanging force 3000/N; By utilizing the inside and outside employing pitted skin of foaming cement thermal insulation material 1 top layer design scheme, make finished product plate body possess good compatibility and pressure-proof and snap-resistent intensity, to meet, directly manage the adhesion strength that stone, ceramic tile etc. mounted, and plastered, scraped great Bai, spraying stone-like coating, to realize the purpose of design that improves the resistance to compression of the utility model finished product plate body, anti-folding and bonding force performance.
Five, the compound corrugated fiber foaming cement thermal insulation of high strength plate can be realized the operating principle that improves construction efficiency and the performance that saves labour turnover:
The compound corrugated fiber foaming cement thermal insulation of high strength plate, to utilize pre-buried directly the mounting of keel contact of the connection bracket member 3 of finished product plate body setting and the framework of building, beam column, roofing and base course wall position to be connected technique, by creativeness, simplify the building by laying bricks or stones of traditional body of wall, mortar has filled and pasted the construction process of surface layer, realized the purpose of design that the utility model shortens the building engineering construction duration and saves labour turnover.
Six, the compound corrugated fiber foaming cement thermal insulation of high strength plate can be realized the operating principle that improves construction work and construction quality performance:
By the reserved keel piece mouth of pipe 16 arranging on the compound corrugated fiber foaming cement thermal insulation of high strength plate, complete connection bracket member and framework, the default keel of beam column and base course wall position directly mount, make finished product plate body of the present utility model and framework, beam column is firmly connected and combines together with base course wall, in work progress, according to revising body of wall angle of inclination needs, carry out upper and lower, before and after and move left and right, to the framework producing in building engineering work progress, effective correction of the gradient of beam column and base course wall, realize the purpose of design that improves the utility model construction work and engineering construction quality performance.
Embodiment 1:
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 8, Fig. 9, Figure 10, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate is according to following steps, to realize the Application Example of technical matters.
The compound corrugated fiber foaming cement thermal insulation of high strength plate, to utilize corrugated fiber cement heat preserving material 1 to have can meet the single or double that is pitted skin corrugated fiber cement board 11 of pouring into a mould filling-foam cement heat preserving material adhesive intensity, with foam cement cast extruded or mould-forming process, complete cast, filling and the maintenance of foamed cement material 12; Second step, utilizes foamed ceramic or pours into a mould the techniques such as bonding or spraying extruding, completes the body of wall surface material Compositions such as foamed ceramics or foam glass or artificial marble or stone-like coating in foamed cement material 12 outsides; The 3rd step, utilizes cutting technique, completes length, width, the thickness processing and forming of corrugated fiber cement heat preserving material 1 semiproduct plate body material; The 4th step, in the permanent position of semiproduct corrugated fiber cement heat preserving material 1 plate face, completes as being mounted with the reserved support element mouth of pipe connecting 15 of connection bracket member 3 and bores falcon; The 5th step, by be fixedly connected with support element 3 by two half-finished corrugated fiber cement heat preserving materials 1 according to design gauge requirement, complete fixed installation standby; The 6th step, needs the concrete companion fibrous material 22 of working strength to add in foaming cement thermal insulation material 21 standby according to design; The 7th step, will put into mould by being fixedly connected with two fixing semiproduct high-strength corrugated fiber cement warming plates 1 of support element 3 support; Utilize cast extruded technique to complete filling, maintenance and the moulding of composite foaming cement thermal insulation material 21 standby; The 8th step, need to complete the body formed polishing of high-strength corrugated fiber cement heat insulating material half-finished product plate according to design specifications; The 9th step, the half-finished plate body of high-strength corrugated fiber cement warming plate is put to groover, according to plate body, connect the design needs with mounting means, to open falcon technique, in two end faces of finished product plate body and two sides, complete the unidirectional or two-way primary and secondary shape that is and be connected Tenon 41 or be the convex-concave shape joint tongue fourth of the twelve Earthly Branches 42 and open falcon; The tenth step, semiproduct plate body is put to boring tenon tire mill upper, the brill falcon that completes the reserved keel piece mouth of pipe 16 of connecting building thing wall body keel connecting elements; Finally, according to being master and slave type Tenon or being convex Tenon or being the matrix Tenon technique that is connected of the two ends of finished product plate body or both sides, realize the utility model plate body have thermal insulation, light body antidetonation, sound isolating and flame-retardant, acid rain resistant burn into long service life, installing/dismounting convenient, as finished product body of wall, directly use, can be recycled and the development and Design object of energy-saving and environmental protection performance cheaply.
Embodiment 2:
Referring to Fig. 1, Fig. 2, Fig. 4, Fig. 7, Fig. 9, Figure 10, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment of the heat insulation and fire-retardant fireproof performance of skin wall thermal insulating.
By the corrugated fiber cement heat preserving material 1 and the composite foaming cement material 2 that arrange in the compound corrugated fiber foaming cement thermal insulation of high strength plate, with concrete foaming and ceramic foam cast or extrusion process, make and can meet roofing, ceiling, having higher than using traditional polyphenyl plate of floor and external and internal wall materials'use intensity, squeeze the thermal and insulating performance of the organic insulation materials such as north plate and polyurethane foam, utilize foaming cement thermal insulation plate, the compound plate body rate of closed hole > 95% of foamed ceramics surface material and corrugated fiber cement sheet material, coefficient of thermal conductivity is lower than 0.07W/m.k, refractoriness surpasses 1000 ℃ above and belongs to A level fireproof inorganic insulation plate body material properties, realize and improve the thermal insulation of the utility model plate body material and the purpose of design of fire-retardant fireproof performance.
Embodiment 3: referring to Fig. 1, Fig. 2, Fig. 4, Figure 10, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate can be realized the embodiment of sound insulation noise abatement performance.
The foaming cement thermal insulation material of application in the composite foaming cement material 2 arranging in corrugated fiber cement heat preserving material 1 and the inner side of the arranged outside of the compound corrugated fiber foaming cement thermal insulation of high strength plate, countless separated foams by porous form, its sound-absorbing effect is higher than general concrete more than 5 times, acoustical reduction coefficient is greater than 45dB, with cast or extrusion process, utilization is in the corrugated fiber cement board 11 of corrugated fiber cement heat preserving material 1 both sides and the outside of foamed cement material 12, with foam process, the sealing function of the dual multiplication that the heat insulating materials such as foamed ceramics of the attached group of inorganic surface material forming 14 application have, realize the purpose of design that improves the utility model finished product plate body sound insulation noise abatement performance.
Embodiment 4: referring to Fig. 1, Fig. 2, Fig. 4, Fig. 9, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment of lightweight loss of weight and anti-seismic performance.
In the compound corrugated fiber foaming cement thermal insulation plate of high strength outside, be located at the cementitious intensity of met cast filling-foam that corrugated fiber cement heat preserving material 1 inside is provided with and be pitted skin corrugated fiber cement board 11 and at its single or double, the foamed cement material 12 being provided with cast extruded and mould-forming process, the comprehensive unit weight of the materials such as foam cement of firing main application in the inorganic surface material 13 that foamed ceramics technique is provided with and the composite foaming cement material 2 arranging in the inside of the compound corrugated fiber foaming cement thermal insulation of high strength plate with foaming is no more than 450kg/m3, comprehensive volumetric usage is saved more than 30%, at double lower than traditional body of wall load, the described inorganic concrete companion fibrous material 22 that proportioning is added in the batching foamed concrete of foaming cement thermal insulation material 21 can increase the working strength of the pressure-proof and snap-resistent of plate body material, the inner side, two ends that described connection bracket member 3 is provided with hitch screw connecting rod 31 is above provided with internal thread backing plate 32 and outside, two ends and is provided with outside nut silk cap 33 and forms an integrated carrying plate body with 1 attached group of double-deck corrugated fiber cement heat preserving sheet material, making comprehensive bending resistance and the rupture load power of finished product plate body is that bearing capacity deadweight is more than 7 times, more than compressive strength 10/mpa, hanging force 3000/N, has reached the working strength of external wall body of wall, the keel piece mouth of pipe 16 that described corrugated fiber cement board 11 is provided with above, utilize the keel piece that connection bracket member 3 is provided with to mount and be connected with the installation keel that arrange on building frame, beam column and base course wall, finished product plate body and building masonry wall are combined together, reach and improve the lightweight loss of weight of the utility model plate body and the purpose of design of anti-seismic performance.
Embodiment 5: referring to Fig. 1, Fig. 4, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment that strengthens pressure-proof and snap-resistent and improve adherence force performance.
In the foamed cement material 12 and composite foaming cement material 2 that fill the one or both sides of the corrugated fiber cement board 11 arranging in corrugated fiber cement heat preserving material 1, according to the wind resistance of outer wall body, the working strength demand of resistance to compression and anti-folding, by proportioning, use inorganic concrete companion fiber 13, make the bending resistance rupture load of finished product plate body material surpass bearing capacity deadweight more than 7 times, more than compressive strength 15/mpa, more than hanging force 3000/N, make finished product plate body there is good compatibility and the intensity of pressure-proof and snap-resistent, utilize the pitted skin top layer of the inside and outside employing of finished product plate body to possess and directly manage stone, ceramic tiles etc. mount, plaster, scrape the adhesion strength of great Bai and all kinds of coating of spraying, realize and improve the pressure-proof and snap-resistent of the utility model finished product plate body and the purpose of design of bonding force performance.
Embodiment 6: referring to Fig. 1, Fig. 2, Fig. 4 and Fig. 9, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment that improves construction efficiency and the performance that saves labour turnover.
At high strength compound corrugated fiber foaming cement thermal insulation plate two ends or both sides be provided with and be convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches 4, by adopting unidirectional Tenon or two-way Tenon to be the primary and secondary joint tongue fourth of the twelve Earthly Branches 41 and to be concavo-convex connection Tenon 42, form; The keel piece mouth of pipe 16 that the described two-end part being convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches 4 is provided with, with keel, mounting the pre-buried keel contact of mode and building frame, beam column, roofing and base course wall position directly mounts, by utilizing primary and secondary or concavo-convex Tenon interlock to be fixedly connected with mode, complete finished product plate body stacking and mount, by creativeness, simplify wall structure and packaging technology, realize the purpose of design that the utility model finished product plate body shortens at double the construction period of traditional architecture thing and effectively reduces construction cost.
Embodiment 7: referring to Fig. 1, Fig. 2, Fig. 8, Fig. 9, Figure 11 and Figure 12, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment that improves engineering construction quality and construction efficiency function.
Corrugated fiber cement heat preserving material 1 two ends that are provided with in the compound corrugated fiber foaming cement thermal insulation of high strength plate outside are provided with is the keel piece mouth of pipe 16 that convex-concave or 4 positions, the primary and secondary shape joint tongue fourth of the twelve Earthly Branches are provided with, by the framework of fixed component and building, the installation keel that beam column and base course wall position arrange directly mount, make finished product plate body and framework, beam column and base course wall are firmly connected in one, in work progress, also can be according to revising body of wall angle of inclination needs, carry out upper and lower, before and after and move left and right, complete the framework that building is produced in work progress, beam column and base course wall gradient are effectively proofreaied and correct, realize the purpose of design that improves the utility model finished product plate body engineering construction quality and construction efficiency.
Embodiment 8: referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the compound corrugated fiber foaming cement thermal insulation of high strength plate is realized the embodiment that hides circuit line box and communication pipeline function.
The foaming cement thermal insulation material 21 arranging in double-deck corrugated fiber cement heat preserving material 1 inside in the compound corrugated fiber foaming cement thermal insulation of high strength plate arranged outside, by utilizing connection bracket member 3 to support the mezzanine space forming between double-deck corrugated fiber cement heat preserving material 1 finished product plate body, realize in the inner purpose of design that the pre-buried connecting elements of keel and circuit cable, line box and communication pipeline facility are installed of hiding of the utility model finished product plate body.
Claims (10)
1. the compound corrugated fiber foaming cement thermal insulation of high strength plate, is characterized in that: comprise corrugated fiber cement heat preserving material (1), composite foaming cement thermal insulation material (2), be fixedly connected with support element (3) and be convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches (4); Described corrugated fiber cement heat preserving material (1), be located at the outside of composite foaming cement thermal insulation material (2), by corrugated fiber cement board (11), foamed cement material (12), inorganic concrete companion fiber (13), inorganic surface material (14), the connection bracket member mouth of pipe (15) and the keel piece mouth of pipe (16), formed; Described composite foaming cement thermal insulation material (2), is located between double-deck corrugated fiber cement heat preserving material (1), by foaming cement thermal insulation material (21) and inorganic concrete companion's fibrous material (22) and the corresponding mouths of pipe of keel (23) formation; The described support element (3) that is fixedly connected with, is located between double-deck corrugated fiber cement heat preserving material (1), hitch screw connecting rod (31), internal thread backing plate (32) and outside nut silk cap (33), consists of; Described convex-concave or the primary and secondary shape joint tongue fourth of the twelve Earthly Branches (4) of being, is located at two end faces and two sides of finished product plate body material, by being primary and secondary shape, connecting Tenon (41) and is concaveconvex shape and be connected Tenon (42) formation.
2. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, is characterized in that: described corrugated fiber cement board (11) is with cast extruded technique, is arranged on a side or the middle part of corrugated fiber cement heat preserving material (1); Described foamed cement material (12), be located at the one or both sides of corrugated fiber cement board (11), with concrete foaming or cast extruded technique, setting possess that the surface materials such as reason stone, pottery, imitative stone are wet to be hung or foamed ceramics is fired, mortar concrete is plastered, scrape the pitted skin insulation plate body material of the bond strength of great Bai and sprayed coating; Described inorganic concrete is accompanied fiber (13), is located at the inside of foamed cement material (12), is according to the design needs of finished product plate body materials'use intensity, the inorganic concrete companion fibrous material that the proportioning of setting is added; Described inorganic surface material (14), be located at the outside of foamed cement material (12), with foamed ceramic or spraying extrusion process, the body of wall surface layer of the foamed ceramics with skin thermal and insulating performance of setting or foam glass or reason stone or stone-like coating; The described connection bracket member mouth of pipe (15), is located at the setting position of corrugated fiber cement heat preserving material (1), is to bore falcon technique with mould, and the installation of setting is fixedly connected with the default connection mouth of pipe of support element (3); The described keel piece mouth of pipe (16), is located at the Tenon at corrugated fiber cement heat preserving material (1) two ends and sets position, is to bore falcon technique with mould, and the body of wall of the connecting building thing of setting is installed the default connection mouth of pipe of keel.
3. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: described foaming cement thermal insulation material (21), be located between double-deck corrugated fiber cement heat preserving material (1), with foamed concrete and cast extruded technique, setting there is the inorganic heat insulation material layer that can meet skin thermal and insulating performance.
4. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: described inorganic concrete companion fibrous material (22), being located at the inside of foaming cement thermal insulation material (21), is for reaching and meet the inorganic concrete companion fibrous material of the working strength proportioning interpolation of finished product plate body material.
5. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: the corresponding mouth of pipe (23) of described keel, being located at the corresponding position of the keel piece mouth of pipe (16), is, for the body of wall of connecting building thing, the reserved connection mouth of pipe arranging of keel is installed.
6. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: described hitch screw connecting rod (31), be located between double-deck corrugated fiber cement heat preserving material (1), the internal thread backing plate (32) being respectively equipped with two ends via the connection bracket member mouth of pipe (15) completes and is fixedly connected with outside nut silk cap (33).
7. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: described hitch screw connecting rod (31), internal thread backing plate (32) and outside nut silk cap (33), be according to the needs of design, adopt through antiseptic alloy material or the synthetic dead joint member of moulding the materials such as fat.
8. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: the described primary and secondary shape that is connects Tenon (41) and is concaveconvex shape and is connected Tenon (42), be according to the needs of design, adopt two-way primary and secondary or concavo-convex Tenon and the unidirectional tenon connection mode that is primary and secondary or concavo-convex Tenon of being.
9. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: the compound corrugated fiber foaming cement thermal insulation of described high strength plate can, according to design needs, adopt support element (3) support and the two kinds of plate body composite molding modes of foam cement cast extruded of being fixedly connected with.
10. the compound corrugated fiber foaming cement thermal insulation of high strength according to claim 1 plate, it is characterized in that: described in the compound corrugated fiber foaming cement thermal insulation of high strength plate inner side, can, according to design needs, hide the facilities such as keel connecting member and circuit cable, line box and communication pipeline are installed are set.
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| CN201320378209.2U CN203499097U (en) | 2013-06-27 | 2013-06-27 | High-strength composite corrugated fiber foamed cement heat insulation board |
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| CN201320378209.2U CN203499097U (en) | 2013-06-27 | 2013-06-27 | High-strength composite corrugated fiber foamed cement heat insulation board |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334504A (en) * | 2013-06-27 | 2013-10-02 | 本溪自然冰制备工程有限公司 | High-strength composite corrugated fiber foam cement heat insulation material |
| CN104131647A (en) * | 2014-07-10 | 2014-11-05 | 广东工业大学 | Basalt fiber reinforced sea sand cement-base composite heat insulation wall plate |
| CN108589951A (en) * | 2018-05-03 | 2018-09-28 | 方端霞 | A kind of construction noise reduction enclosing corrugated plating |
| CN110644638A (en) * | 2018-06-27 | 2020-01-03 | 池坤祐 | Fireproof layer body |
| CN111734008A (en) * | 2020-08-10 | 2020-10-02 | 中国建筑一局(集团)有限公司 | Composite noise reduction wall and manufacturing method thereof |
| WO2021102488A1 (en) * | 2019-11-22 | 2021-05-27 | ROSSI, Claudio Giancarlo | A composite panel |
| US20220170263A1 (en) * | 2019-08-21 | 2022-06-02 | Shanxi Tianhe New Material Technology Co. , Ltd. | Multi-function ecological exterior wall and preparation method therefor |
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2013
- 2013-06-27 CN CN201320378209.2U patent/CN203499097U/en not_active Withdrawn - After Issue
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334504A (en) * | 2013-06-27 | 2013-10-02 | 本溪自然冰制备工程有限公司 | High-strength composite corrugated fiber foam cement heat insulation material |
| CN103334504B (en) * | 2013-06-27 | 2015-06-10 | 本溪自然冰制备工程有限公司 | High-strength composite corrugated fiber foam cement heat insulation material |
| CN104131647A (en) * | 2014-07-10 | 2014-11-05 | 广东工业大学 | Basalt fiber reinforced sea sand cement-base composite heat insulation wall plate |
| CN104131647B (en) * | 2014-07-10 | 2016-08-31 | 广东工业大学 | A kind of sea sand cement based composite thermo-insulating wall board utilizing basalt fibre to strengthen |
| CN108589951A (en) * | 2018-05-03 | 2018-09-28 | 方端霞 | A kind of construction noise reduction enclosing corrugated plating |
| CN108589951B (en) * | 2018-05-03 | 2020-06-19 | 深圳市松立建设工程有限公司 | Noise reduction baffle corrugated plate for building construction |
| CN110644638A (en) * | 2018-06-27 | 2020-01-03 | 池坤祐 | Fireproof layer body |
| US20220170263A1 (en) * | 2019-08-21 | 2022-06-02 | Shanxi Tianhe New Material Technology Co. , Ltd. | Multi-function ecological exterior wall and preparation method therefor |
| WO2021102488A1 (en) * | 2019-11-22 | 2021-05-27 | ROSSI, Claudio Giancarlo | A composite panel |
| CN111734008A (en) * | 2020-08-10 | 2020-10-02 | 中国建筑一局(集团)有限公司 | Composite noise reduction wall and manufacturing method thereof |
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