CN201284538Y

CN201284538Y - Heat-preserving composite wall panel

Info

Publication number: CN201284538Y
Application number: CNU200820064575XU
Authority: CN
Inventors: 张付明; 肖洪芝
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-08-04
Filing date: 2008-08-04
Publication date: 2009-08-05
Anticipated expiration: 2018-08-04

Abstract

The utility model relates to a building wall surface building material product, in particular to a thermal insulation composite wall panel. The thermal insulation composite wall panel is composed of panel 1, thermal insulation layer 2, thermal insulation reinforcement layer 3, and structural reinforcement layer 4. Panel 1 is above thermal insulation layer 2, thermal insulation reinforcement layer 3 is inside thermal insulation layer 2, and structural reinforcement layer 4 is thermal insulation On the bottom surface of the layer 2, the air guiding slots 5 are on the surface of the thermal insulation layer 2. The utility model has the advantages of low cost, good decorative effect, effective heat insulation and energy saving, and convenient installation, cleaning and replacement of a novel thermal insulation composite wall panel.

Description

The heat preservation composite wall panel

Technical field

The utility model relates to a kind of building wall building material product, is specially a kind of heat preservation composite wall panel.

Background technology

The requirement of in the middle of the modern architecture construction building indoor and outdoor metope being handled is more and more higher, require conveniently use, safeguard, can also realize being incubated beyond the cleaning, heat insulation, sound insulation and good aesthetic function.And be used for decorative material for wall surface of building at present interior exterior wall Aluminiumplastic composite panel, exterior wall aluminum veneer are arranged, interior exterior wall pottery furring brick, marble, granite etc., these ornament materials or elegant in appearance or magnificent noble quality, substantially satisfied people's beautiful decoration requirement, but Aluminiumplastic composite panel, exterior wall aluminum veneer exist consume a large amount of non-ferrous metals, involve great expense, waste a large amount of precious resources, defectives such as construction complexity, maintenance difficult; There are defectives such as self is thick and heavy, construction is complicated, cost is high in marble, granite, can not be some specific architecturally used as wall decoration, such as external wall of high-rise building; The pottery furring brick exists and to waste energy, and increases building and meets, and the easy attached dirt of ceramic tile surface, makes the building dirty outmoded defective such as can't bear that seems.And above-mentioned sheet material can only be realized the simple function of attractive, decorative, can't satisfy modern architecture insulation, heat insulation, imitative fire, easy cleaning, easily installation, easily changeable multinomial requirement.

Summary of the invention

The purpose of this utility model is at above technical problem, deficiency, provides a kind of with low cost, good decorating effect, effectively heat-insulation and heat-preservation is saved the energy, convenient cleaned and changed novel heat insulation complex shingle panel is installed.

The technical solution of the utility model is as follows:

The heat preservation composite wall panel is made up of panel 1, insulation layer 2, heat insulation enhancement layer 3, structure enhancement Layer 4, and panel 1 is on insulation layer 2, and heat insulation enhancement layer 3 is in insulation layer 2, and structure enhancement Layer 4 is in insulation layer 2 bottom surfaces, and air guide slotted eye 5 is on insulation layer 2 surfaces.

Insulation layer 2 is inorganic Si-Ca foaming plate or polyphenyl extruded sheet.

Heat insulation enhancement layer 3 is aluminium foil or thin aluminum sheet.

It is two layers that heat insulation enhancement layer 3 is cut apart insulation layer 2, or sets up structure enhancement Layer 4 in the bottom surface of insulation layer 2.

Structure enhancement Layer 4 is a fiber reinforced calcium silicate board.

Air guide slotted eye 5 is offered on insulation layer 2 surfaces.

Panel 1 is thin aluminum sheet or thin corrosion resistant plate or fiber reinforced calcium silicate board.

Panel 1 surface or add and be coated with fluorocarbon coating or polyurethane paint or acrylic paint or imitative stone material coating.

Positive technique effect of the present utility model shows:

The compressive strength of the utility model heat preservation composite wall panel is greater than 400Kpa, and unit weight is 0.2～0.8 gram/square centimeter, compares with the wall surface decorative plate on the present society, and weight has reduced 40～60%; Intensity but increases by 50～70%.Coefficient of thermal conductivity that the more important thing is the utility model heat preservation composite wall panel is less than 0.03, and water absorption rate is less than 1%, considerably beyond existing wall surface decorative plate.By implementing the utility model, the existing wall surface decorative plate of contrast on average can reduce building energy consumption and reach 50～60%, and the utility model life-span far surpasses Aluminiumplastic composite panel, exterior wall aluminum veneer simultaneously, and whole cost on average reduces by 30%.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Wherein, 1 panel, 2 insulation layers, 3 heat insulation enhancement layers, 4 structure enhancement Layers, 5 air guide slotted eyes

The specific embodiment

The utility model is described in further detail below in conjunction with the specific embodiment and accompanying drawing.

Specific embodiment 1,

The heat preservation composite wall panel is made up of panel 1, insulation layer 2, heat insulation enhancement layer 3, structure enhancement Layer 4, and panel 1 is on insulation layer 2, and heat insulation enhancement layer 3 is in insulation layer 2, and structure enhancement Layer 4 is in insulation layer 2 bottom surfaces.

Insulation layer 2 is the polyphenyl extruded sheet.

Heat insulation enhancement layer 3 is an aluminium foil.

It is two layers that heat insulation enhancement layer 3 is cut apart insulation layer 2.

Air guide slotted eye 5 is offered on insulation layer 2 surfaces.

Structure enhancement Layer 4 is a fiber reinforced calcium silicate board.

Panel 1 is thin aluminum sheet or fiber reinforced calcium silicate board, and panel 1 surface adds and is coated with fluorocarbon coating or imitative stone material coating.

Specific embodiment 2,

The heat preservation composite wall panel is made up of panel 1, insulation layer 2, structure enhancement Layer 4, and panel 1 is on insulation layer 2, and structure enhancement Layer 4 is in insulation layer 2 bottom surfaces.

Insulation layer 2 is inorganic Si-Ca foaming plate.

Panel 1 is thin aluminum sheet or corrosion resistant plate, and panel 1 surface adds imitative stone material coating.

Structure enhancement Layer 4 is a fiber reinforced calcium silicate board.

Specific embodiment 3,

Insulation layer 2 is inorganic Si-Ca foaming plate.

Heat insulation enhancement layer 3 is a thin aluminum sheet.

Structure enhancement Layer 4 is set up in the bottom surface of insulation layer 2.

Decoration panel 1 is thin aluminum sheet or fiber reinforced calcium silicate board.

Decoration panel 1 surface adds acrylic paint.

Specific embodiment 4,

The heat preservation composite wall panel is made up of panel 1, insulation layer 2, and panel 1 is on insulation layer 2.

Panel 1 is thin aluminum sheet or corrosion resistant plate or fiber reinforced calcium silicate board.

Panel 1 surperficial fluorocarbon lacquer or polyurethane paint or acrylic paint or imitative stone material coating lacquer.

Claims

1, heat preservation composite wall panel, it is characterized in that: the heat preservation composite wall panel is made up of panel (1), insulation layer (2), heat insulation enhancement layer (3), structure enhancement Layer (4), panel (1) is on insulation layer (2), heat insulation enhancement layer (3) is in insulation layer (2), structure enhancement Layer (4) is in insulation layer (2) bottom surface, and air guide slotted eye (5) is on insulation layer (2) surface.

2, heat preservation composite wall panel according to claim 1 is characterized in that: described insulation layer (2) is inorganic Si-Ca foaming plate or polyphenyl extruded sheet.

3, heat preservation composite wall panel according to claim 1 is characterized in that: described heat insulation enhancement layer (3) is aluminium foil or thin aluminum sheet.

4, heat preservation composite wall panel according to claim 1 is characterized in that: it is two layers that described heat insulation enhancement layer (3) is cut apart insulation layer (2), or sets up structure enhancement Layer (4) in the bottom surface of insulation layer (2).

5, heat preservation composite wall panel according to claim 1 is characterized in that: described structure enhancement Layer (4) is a fiber reinforced calcium silicate board.

6, heat preservation composite wall panel according to claim 1 is characterized in that: air guide slotted eye (5) is offered on described insulation layer (2) surface.

7, heat preservation composite wall panel according to claim 1 is characterized in that: described panel (1) is thin aluminum sheet or thin corrosion resistant plate or fiber reinforced calcium silicate board.

8, heat preservation composite wall panel according to claim 1 is characterized in that: described panel (1) surface or add and be coated with fluorocarbon coating or polyurethane paint or acrylic paint or imitative stone material coating lacquer.