CN102677850A

CN102677850A - Outer wall vacuum inorganic heat-preserving decorating plate and preparation method thereof

Info

Publication number: CN102677850A
Application number: CN2012101707843A
Authority: CN
Inventors: 王建春; 张春山; 王艳锦; 王博儒; 李建军
Original assignee: XINYANG TIANYI ENERGY SAVING TECHNOLOGY Co Ltd
Current assignee: XINYANG TIANYI ENERGY SAVING TECHNOLOGY CO., LTD.
Priority date: 2012-05-29
Filing date: 2012-05-29
Publication date: 2012-09-19
Anticipated expiration: 2032-05-29
Also published as: CN102677850B

Abstract

The invention relates to an outer wall vacuum inorganic heat-preserving decorating plate and a preparation method thereof. The heat-preserving decorating plate is provided with a vacuum heat-preserving layer substrate and a finish coat, wherein the vacuum heat-preserving layer substrate is made of a vacuum packaging bag and a pearl stone heat-preserving core plate or a plant fiber heat-preserving core plate arranged in the bag; and the finish coat is a metal finish coat or an imitated glaze finish coat made of a metal sheet. Due to the use of the heat-preserving plate, the thickness of the heat-preserving layer of an outer wall is reduced from 6 centimeters to about 2 centimeters, the heat conductivity coefficient is less than or equal to 0.008W/(m.k), the weight of an outer wall heat-preserving layer can be reduced greatly, and the practical effect of saving energy is achieved. The outer wall vacuum inorganic heat-preserving decorating plate has the advantages of capabilities of simplifying construction and ensuring engineering quality, light weight, low heat conductivity coefficient, excellent heat preserving performance, high strength, ageing resistance and good fire proofing and flame retarding effects.

Description

Exterior wall vacuum inorganic heat-insulating decorative plate and preparation method thereof

Technical field

The present invention relates to a kind of good heat-insulating property that has; Outstanding resistance to compression, tension, ageing resistace; Reliable barrier propterty, water proof anti-seepage and application life permanent performance environmental protection, nontoxic exterior wall vacuum inorganic heat-insulating decorative plate and preparation method thereof.

Background technology

Along with the further standard of civilian construction energy-saving design " standard " and the enforcement of State Council's " energy-conservation regulations of civilian construction "; New Building Materials and wall thermal insulating system are had higher requirement; Requirement should have good heat-insulating property, and outstanding resistance to compression, tension, ageing resistace are arranged again; Reliable barrier propterty should be arranged, and fundamentally stifled exhausted disaster hidden-trouble has permanent characteristic of water proof anti-seepage, application life again; Should environmental protection, nontoxic, elegance attractive in appearance again, decorative environment; Should avoid traditional exterior wall heat-preserving system complex procedures, can't monitor, the unwarranted difficult problem of quality, again operation simple and direct, be convenient to the construction, quality is guaranteed.Existing wall insulating layer uses polyphenyl plate, extruded sheet more, take that insulating and facing overcoat combine composite structured; Its job practices is normally outside the bearing wall layer; Utilize the sticking insulation layer that applies of cementing agent, gauze wire cloth or grid cloth, reinforcing nail and heat-insulation and heat-preservation material; Treat to do enhancement Layer, crack-resistant layer at its external surface again, protected decoration materials such as bonding more at last ceramic tile or applying coatings after its knot knot.There is the defective of following several respects in this heat preserving mode: 1) insulating and facing overcoat combine fastness poor each other, and the ceramic tile on top layer only has single decoration functions, and it is bigger to conduct oneself with dignity; Thereby strengthened the overall weight of body of wall, and easy of crack, come off, cause maintenance difficult; Insulation layer can not get effective protection; Application life is short, and potential safety hazard is many, and adopts phenomenons such as fading appears in coating ornamental surface easily, cracking, infiltration.2) owing to adopt organic materials in its complex heat-preservation finish coat, discharge a large amount of toxic gases, seriously contaminated environment in the use more; The fire-retardant coefficient of especially this material is low; Fireproof performance is poor, causes fire easily, brings serious harm for economy and crowd.3) heat insulation, the waterproof of finish coat, self-cleaning property are poor, become easily infected by dust, spot, particularly highrise building, and cleaning is difficulty very, and operation is absolutely unsafe, and the aesthetic of influence building is faded on the surface easily.And current energy-saving design in construction, exterior-wall heat insulation is a main material with the inorganic heat insulation mortar material, under nature; Coefficient of thermal conductivity though heat-insulating property can reach the requirement of national adiabatic heat-insulation standard, but still has satisfied not 65% energy conservation standard of national proposition in 0.07～0.085 W/ (m ﹒ k) scope; And in the use of exterior wall, the thickness of insulation layer surpasses more than 6 centimeters usually; Particularly cold severe cold area; The thickness of insulation layer needs 8～10 centimeters, even surpasses more than 10 centimeters, in addition also has a problem that is difficult to overcome; Be exactly that construction sequence is numerous and diverse, the control of construction link difficult quality, cause the exterior wall engineering difficult quality guarantee thus.And the working procedure of insulation layer is loaded down with trivial details, and time-consuming, the construction period is long; Expense is high, and quality leans on the manual work quality to guarantee fully, belongs to concealed work in addition; Coarse to operation in the work progress; Even use inferior materials and turn out substandard goods and be not easy inspection and find, cause construction quality out of control, have a strong impact on the quality and the application life of wall thermal insulating.

Summary of the invention

The objective of the invention is to overcome deficiency of the prior art and a kind of construction sequence of can simplifying is provided; Ensure workmanship; Integrate heat-insulation and heat-preservation and incrustation function; Have light weight, high-strength, anti-aging and fire protection flame retarding is effective, and the exterior wall vacuum inorganic heat-insulating decorative plate of energy-conserving and environment-protective and preparation method thereof.

The technical scheme that the object of the invention is taked is:

A kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer comprises that the preparation of raw material of following parts by weight forms: 80～95 parts of expanded perlites, inorganic cotton 5～20 parts, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

A kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, adopts the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

The insulation central layer comprises that also the preparation of raw material of following parts by weight forms: 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, 10～20 parts of sepiolite fibres.

It is the expanded perlite granule material of 0.5～3mm that expanded perlite adopts particle diameter.What inorganic cotton was adopted is rock wool or glass wool or mineral wool or aluminium silicate wool.What the string encapsulating compound adopted is one of deep processing short fiber goods of all kinds of agricultural crop straws, various wild plant, straw, Chinese alpine rush, leaf, bark, branch, sawdust, and the length of short fiber is 1～5mm.Metal sheet roof covering adopts one of aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer, and the thickness of metal sheet roof covering is 0.5～1mm.What vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.

A kind of preparation method of exterior wall vacuum inorganic heat-insulating decorative plate, undertaken by following step:

Step 1, make the aluminium foil vacuum packaging bag according to the requirement of conventional method and design size, subsequent use;

Step 2, preparation expanded perlite thermal-nsulation central layer: according to parts by weight: 80～95 parts of expanded perlites with inorganic cotton 5～20 parts, take by weighing expanded perlite and inorganic cotton; Perhaps according to parts by weight: 80～95 parts of expanded perlites, inorganic cotton 5～20 parts, 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, sepiolite fibre take by weighing each raw material for 10～20 parts; Insert in the mixing machine; After mixing; Pour into after the taking-up in the grinding tool, that the grinding tool inner chamber is of a size of is long * wide * highly be 500mm～1800mm * 300mm～600mm * 10 mm～50 mm, is pressed into behind the thin plate of 10～30mm subsequent use by the compression ratio of 1:2～2.5 with hydraulic press;

Step 3, get in the step 2 thin plate of the insulation central layer of preparation; In the aluminium foil vacuum packaging of the step 1 of packing into preparation; Send into again and carry out the vacuum-pumping and sealing processing in the vacuum machine; When sealing, directly in the both sides of packaging bag or suppress the construction and installation limit of 15 mm～30 mm all around, process the vacuum heat-preserving laminar substrate by the vacuum machine;

Step 4, a) compression moulding of metal finish: the excision forming in the lump of getting aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer according to the designing requirement of finish coat; Insert in the mould of composite pressure machine; And on the inner surface of metal finish layer, brush the inorganic non-combustible bonding adhesive; Vacuum heat-preserving laminar substrate with step 3 making moulding is placed on the metal finish layer then, through the compression moulding of composite pressure machine, wherein; Loading pressure is 50～70 tons of pressure; Dwell time is 5～10 minutes, and tack temperature is 25 ℃～50 ℃ temperature, processes the exterior wall vacuum inorganic heat-insulating decorative plate with metal finish; Perhaps; B) compression moulding of imitative glaze finish coat: get the vacuum heat-preserving laminar substrate that step 3 is made, the imitative glaze finish coat slurry for preparing is in advance evenly paved at the upper surface of vacuum heat-preserving laminar substrate, paving thickness is 3 ~ 4mm; Utilizing wavelength is that the light source of 400～700 nanometers carries out illumination glazing; Light application time 1～5 minute is processed the vacuum heat-preserving decoration composite plate that has the parian lines with imitative glaze finish coat, like need zero diopter facing after the spontaneous curing; On this imitative glaze finish coat basis, adopt machinery to polish polishing, produce the exterior wall vacuum inorganic heat-insulating decorative plate of zero diopter face.

Step 2, preparation string insulation central layer: string insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites; Perhaps string insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites, 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, 10～20 parts of sepiolite fibres; Carry out fire retardant anticorrosion earlier and handle choosing short fiber of plant after the deep processing; Processing method is: according to the weight ratio of Zhi thing Duan Xian Wei ﹕ silicon sol solution=1 ﹕ 5; Short fiber of plant is dipped in the silicon sol solution, soak 1～2 hour at normal temperatures after, pull out then; And natural air drying or low temperature drying at normal temperatures, process the string encapsulating compound; Again with the string encapsulating compound according to proportioning and expanded perlite; Perhaps the string encapsulating compound is inserted in the mixing machine according to proportioning and expanded perlite and other raw material of choosing; After mixing; Taking-up is poured in the grinding tool, and that the grinding tool inner chamber is of a size of is long * wide * highly be 500mm～1800mm * 300mm～600mm * 10 mm～50 mm, is pressed into behind the thin plate of 10～30mm subsequent use by the compression ratio of 1:2～2.5 with hydraulic press;

Step 3, get in the step 2 the string insulation central layer of preparation; In the aluminium foil vacuum packaging of the step 1 of packing into preparation; Send into and carry out the vacuum-pumping and sealing processing in the vacuum machine; When sealing, directly in the both sides of packaging bag or suppress the construction and installation limit of 15 mm～30 mm all around, process the vacuum heat-preserving laminar substrate by the vacuum machine;

Step 4, a) compression moulding of metal finish: the excision forming in the lump of getting aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer according to the designing requirement of finish coat; Insert in the mould of composite pressure machine; And on the inner surface of metal finish layer, brush the inorganic non-combustible bonding adhesive; Vacuum heat-preserving laminar substrate with step 3 making moulding is placed on the metal finish layer then, through the compression moulding of composite pressure machine, wherein; Loading pressure is 50～70 tons of pressure; Dwell time is 5～10 minutes, and tack temperature is 25 ℃～50 ℃ temperature, processes the exterior wall vacuum inorganic heat-insulating decorative plate with metal finish; Perhaps; B) compression moulding of imitative glaze finish coat: get the vacuum heat-preserving laminar substrate that step 3 is made; The imitative glaze finish coat slurry for preparing is in advance evenly paved at the upper surface of vacuum heat-preserving laminar substrate, and paving thickness is 3 ~ 4mm, and utilizing wavelength is that the light source of 400～700 nanometers carries out illumination glazing; Light application time 1～5 minute; Process the vacuum heat-preserving decoration composite plate that has the parian lines after the spontaneous curing, then on this imitative glaze finish coat basis, adopt machinery to polish polishing, produce the exterior wall vacuum inorganic heat-insulating decorative plate of zero diopter face like need zero diopter facing with imitative glaze finish coat.

Heat preservation core layer is a primary raw material with pure natural inorganic mineral or string among the present invention; Have nontoxic, tasteless, be stale-proof, do not fire, multiple superperformance such as heat-insulation and heat-preservation, environmental protection; Can reduce the thickness of warming plate, can strengthen the insulation capacity of warming plate again, the insulation layer thickness that makes exterior wall is reduced to about 2 centimeters by original 6 centimeters; Coefficient of thermal conductivity Wei ≦ 0.008 W/ (m ﹒ k) has alleviated the weight of insulating layer of external wall greatly; And enlarged the building usable floor area indirectly, and alleviated the building deadweight, reach the beneficial effect of energy conservation.Finish coat adopts metal finish layer or imitative glaze finish coat; Have excellent waterproof, fireproof performance; Make the heat insulation facing plate of preparation obtain light weight, do not ftracture, good results of use such as indeformable, aging, environmental protection, energy-conservation and fire prevention; The exterior wall that is specially adapted to highrise building is used and whole fireproof performance and the heat-insulating property that improves building external envelope structure of ability; Particularly, proved its practical application meaning more for demanding high residential building of fire-protection rating and public building, can with the same life-span of building.

According to the heat insulating decorative board that such scheme is processed, be suitable for the insulation and decoration of outer body of wall, its beneficial effect is:

1) this board quality is light; Its unit weight is alleviated to 150 ㎏/m3 by 300～350 ㎏/m3 of traditional heat preservation plate material; Only conduct oneself with dignity about 3kg for every square metre, be about as much as traditional insulation layer, can not only alleviate the overall weight of construction wall thus greatly with about 1/8 of area weight; Can also effectively avoid cracking, obscission in its use, prevent that effectively security incident from taking place.

2) this vacuum heat-preserving facing plate coefficient of thermal conductivity is ≦ 0.008 W/ (m ﹒ k), calculates according to normal thermal technology, and used thickness: the Xia Redong cryogenic region is at 5～10mm, and cold and severe cold area are at 10mm～20mm.The workmanship of outer heat preservation system can effectively be ensured fully.

3) this heat insulation facing plate adopts metal finish or imitative glaze, not only has good fire-retardant fireproof, waterproof, and anti-cracking function makes body of wall and insulation layer obtain ideal protection, and has sense organ effect high-grade luxurious, decorative beautifying environment.

4) use this heat insulation facing layer, can simplify the working procedure of external wall body thermal insulation engineering, heat insulation facing is once accomplished, thereby is convenient to construction, saves man-hour, shortens construction period, reduces engineering cost.

Description of drawings

Fig. 1 is the sketch map of cross section structure of the present invention.

The specific embodiment

As shown in Figure 1; The present invention includes vacuum heat-preserving laminar substrate 1 and finish coat 2; Vacuum heat-preserving laminar substrate 1 is processed by vacuum packaging bag 3 and the insulation central layer 5 vacuum-pumping and sealing processing that is contained in the vacuum packaging bag, and what finish coat 2 adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering.

The invention discloses a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer comprises that the preparation of raw material of following parts by weight forms: 80～95 parts of expanded perlites, inorganic cotton 5～20 parts, and finish coat is metal finish layer or the imitative glaze finish coat of being processed by metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

The invention also discloses a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites, and metal finish layer or imitative glaze finish coat that finish coat adopts metal sheet roof covering to process adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

It is the expanded perlite granule material of 0.5～3mm that expanded perlite adopts particle diameter.Inorganic cotton rock wool or glass wool or mineral wool or the aluminium silicate wool of adopting.The string encapsulating compound is one of deep processing short fiber goods of all kinds of agricultural crop straws, various wild plant, straw, Chinese alpine rush, leaf, bark, branch, sawdust, and the length of short fiber is 1～5mm.What metal sheet roof covering adopted is one of aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer, and the thickness of metal sheet roof covering is 0.5～1mm.What vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.

Step 2, preparation expanded perlite thermal-nsulation central layer: according to parts by weight: 80～95 parts of expanded perlites with inorganic cotton 5～20 parts, take by weighing expanded perlite and inorganic cotton; Perhaps according to parts by weight: 80～95 parts of expanded perlites, inorganic cotton 5～20 parts, 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, 10～20 parts of sepiolite fibres take by weighing each raw material; Insert in the mixing machine; After mixing; Pour into after the taking-up in the grinding tool, that the grinding tool inner chamber is of a size of is long * wide * highly be 500mm～1800mm * 300mm～600mm * 10 mm～50 mm, is pressed into behind the thin plate of 10～30mm subsequent use by the compression ratio of 1:2～2.5 with hydraulic press;

Step 4, a) compression moulding of metal finish: the excision forming in the lump of getting aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer according to the designing requirement of finish coat; Insert in the mould of composite pressure machine; And on the inner surface of metal finish layer, brush the inorganic non-combustible bonding adhesive; Vacuum heat-preserving laminar substrate with step 3 making moulding is placed on the metal finish layer then, through the compression moulding of composite pressure machine, wherein; Loading pressure is 50～70 tons of pressure; Dwell time is 5～10 minutes, and tack temperature is 25 ℃～50 ℃ temperature, processes the exterior wall vacuum inorganic heat-insulating decorative plate with metal finish; Perhaps; B) compression moulding of imitative glaze finish coat: get the vacuum heat-preserving laminar substrate that step 3 is made, the imitative glaze finish coat slurry for preparing is in advance evenly paved at the upper surface of vacuum heat-preserving laminar substrate, paving thickness is 3 ~ 4mm; Utilizing wavelength is that the light source of 400～700 nanometers carries out illumination glazing; Light application time 1～5 minute is processed the vacuum heat-preserving decoration composite plate that has the parian lines with imitative glaze finish coat, like need zero diopter facing after the spontaneous curing; Then on this imitative glaze finish coat basis, adopt machinery to polish polishing, produce the exterior wall vacuum inorganic heat-insulating decorative plate of zero diopter face.

Step 2, preparation string insulation central layer: string insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites; Perhaps string insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites, 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, 10～20 parts of sepiolite fibres;

Carry out fire retardant anticorrosion earlier and handle choosing short fiber of plant after the deep processing; Processing method is: the weight ratio according to Zhi thing Duan Xian Wei ﹕ silicon sol solution=1 ﹕ 5, short fiber of plant is dipped in the silicon sol solution, soak 1～2 hour at normal temperatures after; Pull out then; And natural air drying or low temperature drying at normal temperatures, process the string encapsulating compound

And then with the string encapsulating compound according to proportioning and expanded perlite; Perhaps the string encapsulating compound is inserted in the mixing machine according to proportioning and expanded perlite and other raw material of choosing; After mixing; Taking-up is poured in the grinding tool, and that the grinding tool inner chamber is of a size of is long * wide * highly be 500mm～1800mm * 300mm～600mm * 10 mm～50 mm, is pressed into behind the thin plate of 10～30mm subsequent use by the compression ratio of 1:2～2.5 with hydraulic press;

Below in conjunction with embodiment the present invention is further specified.

Embodiment 1: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 2: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 3: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 5kg, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 4: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 5kg, and what finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering, employing inorganic adhesive adhering and pressing is shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 5: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 6: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 5kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 7: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 8: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 5 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 9: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 5 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 10: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 5kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 11: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 5 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 12: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 5 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 13: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 2 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 14: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 15: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 10kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 16: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 95kg, inorganic cotton 5kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 17: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 18: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 20 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 19: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 10 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 20: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 15 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 21: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 10kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 22: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 7 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 23: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 10kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 24: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 25: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 10kg, sepiolite fibre 10 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 26: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag; The insulation central layer is that the preparation of raw material by following weight in grams number forms: expanded perlite 80kg, inorganic cotton 20kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 20 kg; What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 27: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 70 kg, expanded perlite 30 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 28: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 70 kg, expanded perlite 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 29: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 30: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 31: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 80 kg, expanded perlite 20 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 32: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 33: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 10 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 34: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 5 kg, land plaster 15 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 35: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 5 kg, expanded vermiculite powder 10 kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 36: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 5kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 37: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 5 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 38: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 5 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 39: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 2 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate, imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 40: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 20 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 41: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 30 kg, alumina fibre 20 kg, swell soil 10 kg, land plaster 15 kg, expanded vermiculite powder 10kg, kieselguhr 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 10kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 42: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is that the preparation of raw material by following weight in grams number forms: string encapsulating compound 80 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.

What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 43: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 30 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 44: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 20 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 45: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 10 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 46: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 15 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.

Embodiment 47: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: plant string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 10kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 48: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 7 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.

Embodiment 49: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 10kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 50: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 10 kg.What finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between metal finish layer and the vacuum heat-preserving laminar substrate; Imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

Embodiment 51: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 10kg, sepiolite fibre 10 kg.

Embodiment 52: a kind of exterior wall vacuum inorganic heat-insulating decorative plate; This exterior wall vacuum inorganic heat-insulating decorative plate has vacuum heat-preserving laminar substrate and finish coat; The vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer is formed by the preparation of raw material of following weight in grams number: string encapsulating compound 70 kg, expanded perlite 20 kg, alumina fibre 10 kg, swell soil 5 kg, land plaster 5 kg, expanded vermiculite powder 5kg, kieselguhr 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 20 kg.

In above-mentioned each embodiment, it is the expanded perlite granule material of 0.5～3mm that expanded perlite adopts particle diameter.What inorganic cotton was adopted is rock wool or glass wool or one of mineral wool or aluminium silicate wool.What the string encapsulating compound adopted is one of deep processing short fiber goods of all kinds of agricultural crop straws, various wild plant, straw, Chinese alpine rush, leaf, bark, branch, sawdust, and the length of short fiber is 1～5mm.

What vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.The aluminium foil vacuum packaging bag comprises individual layer aluminium foil vacuum packaging bag and double-layer aluminum-foil vacuum packaging bag, when adopting the double-layer aluminum-foil vacuum packaging bag, between the two-layer aluminium foil of double-layer aluminum-foil vacuum packaging bag, is filled with the expanded perlite granule material.

In above-mentioned each embodiment, the preparation method is except that formulation content characteristic difference, and other is all identical.

imitative glaze finish coat is that the applicant is according to the application number in first to file: the imitative glaze finish coat that the preparation method processes in " 201010232562.0 ".When the finish coat employing is when imitating the glaze finish coat; Its preparation method is: get the vacuum heat-preserving laminar substrate for preparing, according to the preparation method of the imitative glaze finish coat slurry in " application number is 201010232562.0 " of first to file, the imitative glaze slurry for preparing is in advance evenly paved at the upper surface of insulation layer substrate then; Paving thickness is 3 ~ 4mm;, utilizing wavelength is that the light source of 400～700 nanometers carries out illumination glazing, light application time 1～5 minute; After the spontaneous curing, promptly process vacuum heat-preserving decoration composite plate with imitative glaze.In embodiment 1, what heat preservation core layer adopted is the inorganic mineral material, and the preparation of its material is to take by weighing expanded perlite granule material and inorganic mineral wool according to proportioning, and inserts in the mixing machine, after mixing, can use.

Claims

1. exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; Said finish coat is metal finish layer or the imitative glaze finish coat of being processed by metal sheet roof covering; It is characterized in that: said vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer comprises that the preparation of raw material of following parts by weight forms: 80～95 parts of expanded perlites, inorganic cotton 5～20 parts, when finish coat adopts the metal finish layer; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between said metal finish layer and the vacuum heat-preserving laminar substrate; Finish coat adopts when imitating the glaze finish coat, and said imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

2. exterior wall vacuum inorganic heat-insulating decorative plate; Have vacuum heat-preserving laminar substrate and finish coat; What said finish coat adopted is metal finish layer or the imitative glaze finish coat of processing with metal sheet roof covering; It is characterized in that: said vacuum heat-preserving laminar substrate is processed by vacuum packaging bag and the insulation central layer that is contained in the bag, and the insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70～80 parts of string encapsulating compounds, 20～30 parts of expanded perlites, when finish coat adopts the metal finish layer; Adopt the inorganic adhesive adhering and pressing to be shaped to integrative-structure between said metal finish layer and the vacuum heat-preserving laminar substrate; Finish coat adopts when imitating the glaze finish coat, and said imitative glaze finish coat is that illumination curing is shaped to integrative-structure behind the imitative glaze pulp layer that paves on the vacuum heat-preserving laminar substrate.

3. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 1 and 2 is characterized in that: the insulation central layer comprises that also the preparation of raw material of following parts by weight forms: 10～20 parts of alumina fibres, 5～10 parts of swell soils, 5～15 parts of land plasters, 5～10 parts of expanded vermiculite powders, 5～7 parts in kieselguhr, 5～10 parts in flyash, 2～5 parts of silicon ashes, 2～10 parts in calcium carbonate, 10～20 parts of sepiolite fibres.

4. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 1 and 2 is characterized in that: it is the expanded perlite granule material of 0.5～3mm that said expanded perlite adopts particle diameter.

5. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 1 is characterized in that: what said inorganic cotton was adopted is rock wool or glass wool or mineral wool or aluminium silicate wool.

6. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 2; It is characterized in that: what said string encapsulating compound adopted is one of deep processing short fiber goods of all kinds of agricultural crop straws, various wild plant, straw, Chinese alpine rush, leaf, bark, branch, sawdust, and the length of short fiber is 1～5mm.

7. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 1 and 2; It is characterized in that: what said metal sheet roof covering adopted is one of aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer, and the thickness of metal sheet roof covering is 0.5～1mm.

8. exterior wall vacuum inorganic heat-insulating decorative plate according to claim 1 and 2 is characterized in that: what said vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.

9. the preparation method of an exterior wall vacuum inorganic heat-insulating decorative plate is characterized in that: undertaken by following step:

Step 4, a) compression moulding of metal finish: the excision forming in the lump of getting aluminium alloys mirror board, aluminum alloy colour plate, coloured coating galvanized sheet, color painted steel strip, imitative wood grain corrosion resistant plate, imitative wood grain aluminium sheet, imitative stone material aluminium sheet, fluorine carbon aluminum veneer, fluorocarbon imitation marble aluminum veneer according to the designing requirement of finish coat; Insert in the mould of composite pressure machine; And on the inner surface of metal finish layer, brush the inorganic non-combustible bonding adhesive; Vacuum heat-preserving laminar substrate with step 3 making moulding is placed on the metal finish layer then, through the compression moulding of composite pressure machine, wherein; Loading pressure is 50～70 tons of pressure; Dwell time is 5～10 minutes, and tack temperature is 25 ℃～50 ℃ temperature, processes the exterior wall vacuum inorganic heat-insulating decorative plate with metal finish; Perhaps, the b) compression moulding of imitative glaze finish coat: get the vacuum heat-preserving laminar substrate that step 3 is made, the imitative glaze finish coat slurry that will prepare in advance then evenly paves at the upper surface of vacuum heat-preserving laminar substrate; Paving thickness is 3 ~ 4mm; Utilizing wavelength then is that the light source of 400～700 nanometers carries out illumination glazing, and light application time 1～5 minute is after the spontaneous curing; Process the vacuum heat-preserving decoration composite plate that has the parian lines with imitative glaze finish coat; Like need zero diopter facing, then on this imitative glaze finish coat basis, adopt machinery to polish polishing, produce the exterior wall vacuum inorganic heat-insulating decorative plate of zero diopter face.

10. the preparation method of an exterior wall vacuum inorganic heat-insulating decorative plate is characterized in that: undertaken by following step:

And then with the string encapsulating compound according to said proportioning and expanded perlite; Perhaps the string encapsulating compound is inserted in the mixing machine according to said proportioning and expanded perlite and other raw material of choosing; After mixing; Taking-up is poured in the grinding tool, and that the grinding tool inner chamber is of a size of is long * wide * highly be 500mm～1800mm * 300mm～600mm * 10 mm～50 mm, is pressed into behind the thin plate of 10～30mm subsequent use by the compression ratio of 1:2～2.5 with hydraulic press;

Step 3, get in the step 2 the string insulation central layer of preparation; In the aluminium foil vacuum packaging of the step 1 of packing into preparation; Send into again and carry out the vacuum-pumping and sealing processing in the vacuum machine; Sealing simultaneously, directly in the both sides of packaging bag or suppress the construction and installation limit of 15 mm～30 mm all around, processing the vacuum heat-preserving laminar substrate by the vacuum machine;