CN102674802B - External wall vacuum inorganic insulation board and preparation method thereof - Google Patents

External wall vacuum inorganic insulation board and preparation method thereof Download PDF

Info

Publication number
CN102674802B
CN102674802B CN 201210170789 CN201210170789A CN102674802B CN 102674802 B CN102674802 B CN 102674802B CN 201210170789 CN201210170789 CN 201210170789 CN 201210170789 A CN201210170789 A CN 201210170789A CN 102674802 B CN102674802 B CN 102674802B
Authority
CN
China
Prior art keywords
vacuum
parts
central layer
vegetable fibre
insulation
Prior art date
Application number
CN 201210170789
Other languages
Chinese (zh)
Other versions
CN102674802A (en
Inventor
王建春
张春山
王艳锦
王博儒
李建军
Original Assignee
信阳天意节能技术有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 信阳天意节能技术有限公司 filed Critical 信阳天意节能技术有限公司
Priority to CN 201210170789 priority Critical patent/CN102674802B/en
Publication of CN102674802A publication Critical patent/CN102674802A/en
Application granted granted Critical
Publication of CN102674802B publication Critical patent/CN102674802B/en

Links

Abstract

The invention relates to an external wall vacuum inorganic insulation board and a preparation method thereof. The insulation board consists of a vacuum packaging bag and a pearlite insulation core board or a plant fiber insulation core board which is contained in the vacuum packaging bag. The pearlite insulation core board is made of expanded pearlite and inorganic cotton. The plant fiber insulation core board is made of plant fiber packaging materials, expanded pearlite, alumina fibers, bentonite, gypsum powder, expanded vermiculite powder, diatomite, pulverized coal ash, silica fume, calcium carbonate and sepiolite fibers. By using the insulation board, the thickness of an external wall insulation layer can be decreased to approximate 20mm from the original 60mm, the weight of the external wall insulation layer is greatly reduced and the practical effect of saving energy is reached. The external wall vacuum inorganic insulation board has the advantages that the construction process can be simplified, the construction quality can be guaranteed, the weight is light, the heat conductivity coefficient is small, the thermal insulation performance is excellent, the strength is high and the anti-aging, fire-proof and flame-retardant effects are good.

Description

Exterior wall vacuum inorganic heat preservation plate and preparation method thereof
Technical field
The invention belongs to building masonry wall heat preservation technology field, be specifically related to a kind of good heat-insulating property that has, outstanding resistance to compression, tension, ageing resistance, reliable barrier propterty, water proof anti-seepage and work-ing life permanent performance environmental protection, nontoxic exterior wall vacuum inorganic heat preservation plate and preparation method thereof, 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.
Background technology
In the prior art, normally used heat preservation plate material is to be the heat preservation plate material that base material is made with organic polymer materials such as plastics, rubber mostly.Such as: extruded sheet, polypropylene board, styrofoam and polyurethane sheet etc., the base material of this heat preservation plate material derives from petrochemicals, not only will expend a large amount of energy, cause the raw material resources shortage, comprehensively do accounts is power consumption rather than energy-conservation, and complex manufacturing technology, cost height, and exist unsurmountable natural flaw: non-refractory, easy firing, anti-aging poor, discharge hazardous and noxious substances etc.Along with Chinese economic development, the energy shortage problem becomes increasingly conspicuous, and it is serious that heating buildings expends waste, and building energy conservation has become an important topic.And the enforcement of the further standard of covil construction energy-saving design " standard " and State Council " the energy-conservation regulations of covil 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 resistance are arranged again; Reliable barrier propterty should be arranged, and stifled exhausted disaster hidden-trouble fundamentally has permanent characteristic of water proof anti-seepage, work-ing life again; Should environmental protection, nontoxic again; 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.At present, in energy-saving design in construction, exterior-wall heat insulation is main raw with the inorganic heat insulation mortar material, this lagging material is under state of nature, thermal conductivity is at 0.07~0.085 W/(m ﹒ k) in the scope, though heat-insulating property can reach the requirement of national adiabatic heat-insulation standard, but do not satisfy 65% energy conservation standard of national proposition, and in the use of exterior wall, the thickness of thermal insulation layer is generally 6 centimeters, and at cold severe cold area, the thickness of thermal insulation layer need increase to 8~10 centimeters, even surpass more than 10 centimeters, so not only the construction quality of thermal insulation layer is difficult to guarantee.And the working procedure of thermal insulation layer is loaded down with trivial details, time-consuming, construction period is long, the expense height, and quality guarantees by the manual work quality fully, belongs to concealed work in addition, coarse to operation in the construction process, even use inferior materials and turn out substandard goods and be not easy check to find, cause construction quality out of control, have a strong impact on quality and the work-ing 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 operational procedure of can simplifying is provided, ensure construction quality, have light weight, thermal conductivity is low, heat-insulating property is excellent and high-strength, anti-aging and exterior wall vacuum inorganic heat preservation plate that fire protection flame retarding is effective and preparation method thereof.
Realize that the technical scheme that purpose of the present invention is taked is:
A kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer comprises that the preparation of raw material of following parts by weight forms: 80~95 parts of pearlstones, inorganic cotton 5~20 parts.
A kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones.
Perlite insulation central layer or vegetable fibre insulation central layer comprise that also the preparation of raw material of following parts by weight forms: 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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 described pearlstone adopts particle diameter.
What described inorganic cotton was adopted is rock wool or glass wool or mineral wool or aluminium silicate wool.
What described vegetable fibre encapsulating compound adopted is one of deep processing staple fibre goods of all kinds of agricultural crop straws, various wild plant, straw, Herba Poae Sphondylodis, leaf, bark, branch, sawdust, and the length of staple fibre is 1~5mm.
What described vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.
A kind of preparation method of exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation perlite insulation central layer: according to parts by weight: 80~95 parts and inorganic cotton 5~20 parts of pearlstones take by weighing pearlstone and inorganic cotton; Perhaps according to parts by weight: 80~95 parts of pearlstones, inorganic cotton 5~20 parts, 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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 standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the perlite 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
A kind of preparation method of described exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation vegetable fibre insulation central layer: vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones; Perhaps vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones, 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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, treatment process 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, after soaking 1~2 hour at normal temperatures, pull out then, and natural air drying or oven drying at low temperature at normal temperatures, make the vegetable fibre encapsulating compound
And then with the vegetable fibre encapsulating compound according to described proportioning and pearlstone, perhaps the vegetable fibre encapsulating compound is inserted in the mixing machine according to described proportioning and pearlstone and other raw material of choosing, after mixing, taking-up is poured in the grinding tool, that the grinding tool inner chamber is of a size of is long * and wide * highly be 500mm~1800mm * 300mm~600mm * 10 mm~50 mm, be pressed into behind the thin plate of 10~30mm standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the vegetable fibre 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
In the present invention, the insulation central layer is main raw material with pure natural inorganic mineral or vegetable fibre, have nontoxic, tasteless, be stale-proof, do not fire, multiple superperformance such as heat-insulation and heat-preservation, environmental protection, and adopted vacuum-packed and insulation central layer structure combining, can reduce the thickness of external wall insulation, can strengthen the insulation capacity of warming plate again, can also effectively eliminate phenomenons such as the swell-shrinking deformation of walling, aging, cracking, damage, prolong the work-ing life of body of wall greatly.The thermal conductivity of this warming plate is≤0.008 W/(m ﹒ k), it only is 1/10 of existing external-wall heat-insulation material thermal conductivity, and the insulation layer thickness of exterior wall is thinned to about 2 centimeters by original 6 centimeters, alleviated the weight of insulating layer of external wall thus greatly, and enlarged the building usable floor area indirectly, alleviate the deadweight of buildings, reached the practical function of save energy.This vacuum heat-insulation plate is specially adapted to the exterior wall usefulness of Highrise buildings, can with the same life-span of buildings, and can whole fire resistance and the heat-insulating property that improves building external envelope structure, particularly for the demanding high residential building of fire-protection rating and public building.
According to the exterior wall vacuum inorganic heat preservation plate that such scheme is made, its beneficial effect is:
1) this vacuum heat-insulation plate adopts natural inorganic mineral material or Vegetrable fibre material, thus have nontoxic, tasteless, be stale-proof, multiple superperformance such as fire-retardant, heat-insulation and heat-preservation, be a kind of more satisfactory environmental type material of construction.
2) this vacuum heat-insulation plate quality is light, its unit weight is alleviated to 150 ㎏/m3 by 300~350 ㎏/m3 of traditional heat preservation plate material, conduct oneself with dignity only about 3kg for every square metre, be about as much as traditional method with about 1/8 of area weight, can not only alleviate the overall weight of construction wall thus greatly, can also effectively avoid cracking, obscission in its use, prevent that effectively security incident from taking place.
3) this vacuum heat-insulation plate thermal conductivity is ≦ 0.008 W/(m ﹒ k), calculate according to normal thermal technology, used thickness: the Xia Redong cryogenic region is at 5~10mm, and cold and severe cold area are at 10mm~20mm.The construction quality of outer heat preservation system can effectively be ensured fully.
4) the heat-insulating property excellence of this vacuum heat-insulation plate has the adiabatic heat insulating effect that existing all lagging materials all can't be compared, and the ultimate compression strength height, and fire-retardant fireproof is anti-aging, water proof anti-seepage, advantages such as long service life.In the making of insulating layer of external wall, use vacuum heat-insulation plate of the present invention, can fundamentally solve the ubiquitous cracking of present various exterior wall heat-preserving systems, come off, hollowing, not anti-aging and disaster hidden-trouble, the problem that poisonous and harmful etc. are all.
Description of drawings
Schematic cross-section when Fig. 1 is the individual layer vacuum packaging bag for vacuum packaging bag of the present invention.
Schematic cross-section when Fig. 2 is the double-layer vacuum packing bag for vacuum packaging bag of the present invention.
Embodiment
As shown in Figure 1, a kind of exterior wall vacuum inorganic heat preservation plate comprises vacuum packaging bag 1, and this warming plate is made by vacuum packaging bag 1 and the perlite insulation central layer or the vegetable fibre insulation central layer 2 that are contained in the bag.Described perlite insulation central layer or vegetable fibre insulation central layer 2 are after compression for being pressed into the thin plate of 10~30mm.What described vacuum packaging bag adopted is the aluminium foil vacuum packaging bag, in the both sides of aluminium foil vacuum packaging bag or be suppressed with construction and installation limit 3 all around.
Described perlite insulation central layer or vegetable fibre insulation central layer 2 are after compression for being pressed into the thin plate of 10~30mm, be suppressed with laterally or groove longitudinally at this thin plate upper edge thin sheet surface, this laterally or longitudinally groove form a circle groove around thin plate, in a circle groove, be filled with caking agent, be convenient to vacuumize the back at vacuum packaging bag 1 like this and form each no-man's-land at thin sheet surface, can strengthen the bonding tightness of vacuum packaging bag and perlite insulation central layer or vegetable fibre insulation central layer 2.On the external surface of aluminium foil vacuum packaging bag, also be brushed with one deck exterior wall heat-proof insulation waterproof coating.
What as shown in Figure 2, described vacuum packaging bag adopted is individual layer or double-layer aluminum-foil vacuum packaging bag.Described vacuum packaging bag adopt be the double-layer aluminum-foil vacuum packaging bag time, in the double-layer cavity of double-layer aluminum-foil vacuum packaging bag, also be filled with pearlstone.
The invention discloses a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer comprises that the preparation of raw material of following parts by weight forms: 80~95 parts of pearlstones, inorganic cotton 5~20 parts.
The invention also discloses a kind of exterior wall vacuum inorganic heat preservation plate simultaneously, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones.
Above-mentioned perlite insulation central layer or vegetable fibre insulation central layer comprise that also the preparation of raw material of following parts by weight forms: 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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 described pearlstone adopts particle diameter.
What described inorganic cotton was adopted is rock wool or glass wool or mineral wool or aluminium silicate wool.
What described vegetable fibre encapsulating compound adopted is one of deep processing staple fibre goods of all kinds of agricultural crop straws, various wild plant, straw, Herba Poae Sphondylodis, leaf, bark, branch, sawdust, and the length of staple fibre is 1~5mm.
Multiple superperformances such as that these raw materials have is nontoxic, tasteless, be stale-proof, do not fire, heat-insulation and heat-preservation, environmental protection, thus the characteristics of vacuum heat-insulation plate adiabatic heat-insulation, fire protection flame retarding, asepsis environment-protecting and prolongs life guaranteed.
What described vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.
A kind of preparation method of exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation perlite insulation central layer: according to parts by weight: 80~95 parts and inorganic cotton 5~20 parts of pearlstones take by weighing pearlstone and inorganic cotton; Perhaps according to parts by weight: 80~95 parts of pearlstones, inorganic cotton 5~20 parts, 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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 standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the perlite 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
This thin plate upper edge thin sheet surface be suppressed with laterally or longitudinally groove realized by the hydropress mould.
A kind of preparation method of described exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation vegetable fibre insulation central layer: vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones; Perhaps vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones, 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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, treatment process 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, after soaking 1~2 hour at normal temperatures, pull out then, and natural air drying or oven drying at low temperature at normal temperatures, make the vegetable fibre encapsulating compound
And then with the vegetable fibre encapsulating compound according to described proportioning and pearlstone, perhaps the vegetable fibre encapsulating compound is inserted in the mixing machine according to described proportioning and pearlstone and other raw material of choosing, after mixing, taking-up is poured in the grinding tool, that the grinding tool inner chamber is of a size of is long * and wide * highly be 500mm~1800mm * 300mm~600mm * 10 mm~50 mm, be pressed into behind the thin plate of 10~30mm standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the vegetable fibre 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
This thin plate upper edge thin sheet surface be suppressed with laterally or longitudinally groove realized by the hydropress mould.
Vacuum heat-insulation plate of the present invention has adopted aluminium foil vacuum packaging bag and insulation central layer structure combining, the warming plate of making, and thickness that can the attenuate thermal insulation layer can strengthen the insulation capacity of thermal insulation layer again, can adapt to the requirement of various high-rise exterior walls.
Be described further below in conjunction with exterior wall vacuum inorganic heat preservation plate of the present invention of embodiment and preparation method thereof.
Embodiment 1: a kind of exterior wall vacuum inorganic heat preservation plate, and this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg.
Embodiment 2: a kind of exterior wall vacuum inorganic heat preservation plate, and this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg.
Embodiment 3: a kind of exterior wall vacuum inorganic heat preservation plate, and this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 5kg.
Embodiment 4: a kind of exterior wall vacuum inorganic heat preservation plate, and this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 5kg.
Embodiment 5: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 6: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 5kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 7: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 8: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 5 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 9: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 5 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 10: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 5kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 11: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 5 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 12: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 5 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 13: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 2 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 14: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 20 kg.
Embodiment 15: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 10kg, sepiolite fibre 10 kg.
Embodiment 16: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 95kg, inorganic cotton 5kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 17: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 18: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 20 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 19: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 10 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 20: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 15 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 21: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 10kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 22: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 7 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 23: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 10kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 24: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 25: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 10kg, sepiolite fibre 10 kg.
Embodiment 26: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the perlite insulation central layer that is contained in the bag, and the perlite insulation central layer is that the preparation of raw material by following weight grams forms: pearlstone 80kg, inorganic cotton 20kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 20 kg.
Embodiment 27: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: vegetable fibre encapsulating compound 70 kg, pearlstone 30 kg.
Embodiment 28: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg.
Embodiment 29: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: vegetable fibre encapsulating compound 80 kg, pearlstone 20 kg.
Embodiment 30: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg.
Embodiment 31: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 20 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 32: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 33: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 10 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 34: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 5 kg, terra alba 15 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 35: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 5 kg, expanded vermiculite powder 10 kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 36: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 5kg, diatomite 7 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 37: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 5 kg, flyash 10 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 38: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 5 kg, silicon ash 5 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 39: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 2 kg, calcium carbonate 10 kg, sepiolite fibre 20 kg.
Embodiment 40: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 20 kg.
Embodiment 41: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 30 kg, sapphire whisker 20 kg, wilkinite 10 kg, terra alba 15 kg, expanded vermiculite powder 10kg, diatomite 7 kg, flyash 10 kg, silicon ash 5kg, calcium carbonate 10kg, sepiolite fibre 10 kg.
Embodiment 42: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 80 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 43: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 30 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 44: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 20 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 45: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 10 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 46: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 15 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 47: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 10kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 48: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 7 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 49: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 10kg, silicon ash 2kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 50: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 5kg, calcium carbonate 2kg, sepiolite fibre 10 kg.
Embodiment 51: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 5 kg, flyash 5kg, silicon ash 2kg, calcium carbonate 10kg, sepiolite fibre 10 kg.
Embodiment 52: a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is made by vacuum packaging bag and the vegetable fibre insulation central layer that is contained in the bag, and vegetable fibre insulation central layer is that the preparation of raw material by following weight grams forms: vegetable fibre encapsulating compound 70 kg, pearlstone 20 kg, sapphire whisker 10 kg, wilkinite 5 kg, terra alba 5 kg, expanded vermiculite powder 5kg, diatomite 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 described pearlstone adopts particle diameter.What described inorganic cotton was adopted is rock wool or glass wool or one of mineral wool or aluminium silicate wool.What described vegetable fibre encapsulating compound adopted is one of deep processing staple fibre goods of all kinds of agricultural crop straws, various wild plant, straw, Herba Poae Sphondylodis, leaf, bark, branch, sawdust, and the length of staple fibre is 1~5mm.
What described vacuum packaging bag adopted is the aluminium foil vacuum packaging bag.This 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, is filled with the expanded perlite granule material between the two-layer aluminium foil of double-layer aluminum-foil vacuum packaging bag.
In above-mentioned each embodiment, the preparation method of employing is except formulation content feature difference, and other is all identical, and is as follows:
Embodiment 1: a kind of preparation method of exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation perlite insulation central layer: the content according to above-mentioned each embodiment takes by weighing each raw material respectively; 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 standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the perlite 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
Embodiment 2: a kind of preparation method of described exterior wall vacuum inorganic heat preservation plate, undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation vegetable fibre insulation central layer: the content according to above-mentioned each embodiment takes by weighing each raw material respectively; Carry out fire retardant anticorrosion earlier and handle choosing short fiber of plant after the deep processing, treatment process 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, after soaking 1~2 hour at normal temperatures, pull out then, and natural air drying or oven drying at low temperature at normal temperatures, make the vegetable fibre encapsulating compound
And then with the vegetable fibre encapsulating compound according to described proportioning and pearlstone, perhaps the vegetable fibre encapsulating compound is inserted in the mixing machine according to described proportioning and pearlstone and other raw material of choosing, after mixing, taking-up is poured in the grinding tool, that the grinding tool inner chamber is of a size of is long * and wide * highly be 500mm~1800mm * 300mm~600mm * 10 mm~50 mm, be pressed into behind the thin plate of 10~30mm standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the vegetable fibre 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
The present invention relates to a kind of exterior wall vacuum inorganic heat preservation plate, this warming plate is to be made after vacuum-treat by vacuum packaging bag and the vegetable fibre insulation central layer or the vegetable fibre insulation central layer that are contained in the bag, wherein, what the insulation central layer adopted is inorganic mineral material or Vegetrable fibre material, have nontoxic, tasteless, be stale-proof, do not fire, heat-insulation and heat-preservation, multiple superperformance such as environmental protection, and adopted vacuum-packed and insulation central layer structure combining, can reduce the thickness of external wall insulation, can strengthen the insulation capacity of warming plate again, can also effectively eliminate the swell-shrinking deformation of walling, aging, cracking, phenomenons such as damage prolong work-ing life of body of wall greatly.And the insulation layer thickness of exterior wall is reduced to about 2 centimeters by original 6 centimeters, thermal conductivity is≤0.008 W/(m ﹒ k), alleviate the weight of insulating layer of external wall greatly, and enlarged the building usable floor area indirectly, alleviate the deadweight of buildings, reached the practical function of save energy.

Claims (1)

1. the preparation method of an exterior wall vacuum inorganic heat preservation plate is characterized in that: undertaken by following step:
Step 1, make the aluminium foil vacuum packaging bag according to the requirement of ordinary method and size, standby;
Step 2, preparation vegetable fibre insulation central layer: vegetable fibre insulation central layer comprises that the preparation of raw material of following parts by weight forms: 70~80 parts of vegetable fibre encapsulating compounds, 20~30 parts of pearlstones, 10~20 parts of sapphire whiskers, 5~10 parts of wilkinites, 5~15 parts of terra albas, 5~10 parts of expanded vermiculite powders, 5~7 parts in diatomite, 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, treatment process 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, after soaking 1~2 hour at normal temperatures, pull out then, and natural air drying or oven drying at low temperature at normal temperatures, make the vegetable fibre encapsulating compound
The vegetable fibre encapsulating compound is inserted in the mixing machine according to described proportioning and pearlstone and other raw material of choosing, after mixing, taking-up is poured in the grinding tool, that the grinding tool inner chamber is of a size of is long * and wide * highly be 500mm~1800mm * 300mm~600mm * 10 mm~50 mm, be pressed into behind the thin plate of 10~30mm standby by the compression ratio of 1:2~2.5 with hydropress;
Step 3, get in the step 2 the vegetable fibre 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 packing bag or suppress the construction and installation limit of 15 mm~30 mm all around, make exterior wall vacuum inorganic heat preservation plate by the vacuum machine.
CN 201210170789 2012-05-29 2012-05-29 External wall vacuum inorganic insulation board and preparation method thereof CN102674802B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201210170789 CN102674802B (en) 2012-05-29 2012-05-29 External wall vacuum inorganic insulation board and preparation method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201210170789 CN102674802B (en) 2012-05-29 2012-05-29 External wall vacuum inorganic insulation board and preparation method thereof

Publications (2)

Publication Number Publication Date
CN102674802A CN102674802A (en) 2012-09-19
CN102674802B true CN102674802B (en) 2013-07-03

Family

ID=46807433

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201210170789 CN102674802B (en) 2012-05-29 2012-05-29 External wall vacuum inorganic insulation board and preparation method thereof

Country Status (1)

Country Link
CN (1) CN102674802B (en)

Families Citing this family (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105777047B (en) * 2016-01-27 2018-05-04 天长市安德丽节能建材有限公司 A kind of inorganic fire light-weight aggregate expanded perlite thermal-nsulation plate and preparation method thereof
CN107082622A (en) * 2017-06-20 2017-08-22 肥西县碧涛建材有限公司 A kind of wall body building material and preparation method thereof
CN108821727A (en) * 2018-05-29 2018-11-16 安徽臻烁新材料技术有限公司 A kind of preparation method of expanded perlite external wall insulation
CN108558277A (en) * 2018-05-29 2018-09-21 安徽臻烁新材料技术有限公司 A kind of lightweight expansion perlite external wall heat insulation plate

Family Cites Families (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201486072U (en) * 2009-04-20 2010-05-26 成都思摩纳米技术有限公司 Gypsum composite vacuum insulating plate
CN102180639B (en) * 2011-02-24 2013-04-24 卢清友 Environment-friendly light heat-insulating material
CN102351463B (en) * 2011-07-20 2012-12-26 杭州大光明通信系统集成有限公司 Energy-saving insulation material for mobile base station

Also Published As

Publication number Publication date
CN102674802A (en) 2012-09-19

Similar Documents

Publication Publication Date Title
CN104294943B (en) Composite evacuated heat insulating board of low alkali adhesive mortar and preparation method thereof
CN103265262B (en) Inorganic composite insulation board and preparation method thereof
CN102296714B (en) Production method for producing heat insulation board for vacuum heat insulation wall body by utilizing small expanded and vitrified balls
CN102979206B (en) Inorganic thermal mortar composite vacuum heat insulation board and preparation method thereof
CN102979207B (en) Modified cement polyphenyl granule composite vacuum insulated panel and preparation method thereof
CN102674883B (en) Foamed ceramic insulation board and preparation method thereof
CN105601323A (en) Foam concrete composite lightweight partition batten and preparation method thereof
CN101767974B (en) Mineral-modified organic heat-insulating granules fireproof heated board and manufacture technology thereof
CN102503333B (en) Siliceous heat-insulation composite material for wall
CN104294942A (en) Foamed cement compound vacuum heat insulation plate and preparation method thereof
MXPA04007759A (en) Large high density foam glass tile.
CN104016624B (en) High-strength low-density flame retardant inorganic wall heat insulation material and preparation method thereof
ES2674548T3 (en) Dry mix of building materials and thermal insulation plaster that can be obtained from this
CN202108125U (en) Vacuum heat insulation board
CN101691801A (en) Integrative external wall heat insulating decorative board for inorganic cotton metal finish and preparation method thereof
WO2013107242A1 (en) Inorganic fireproofing and heat-insulation material and article thereof
CN105201169A (en) Cement surface fly ash fiber sandwich wall panel
CN104529345B (en) Nano-pearl rock heat insulating mortar and preparation method thereof
CN103410236A (en) Inorganic compound thermal-insulating board and production method thereof
CN102424731B (en) Anti-permeability type tunnel fireproof paint and use method thereof
ES2670021T3 (en) heat insulating plate
CN103641405A (en) Novel wall heat insulation material and preparation method thereof
CN107227807A (en) A kind of phase-change accumulation energy building heat preservation structure
CN202248351U (en) Composite thermal insulation fireproof plate of outer wall
CN103787642A (en) Efficient thermal insulation energy-saving material

Legal Events

Date Code Title Description
PB01 Publication
C06 Publication
SE01 Entry into force of request for substantive examination
C10 Entry into substantive examination
GR01 Patent grant
C14 Grant of patent or utility model
CP01 Change in the name or title of a patent holder

Address after: 464100 Henan Pingqiao District, Xinyang Province five mile Private Economic Experimental Zone

Patentee after: XINYANG TIANYI ENERGY SAVING TECHNOLOGY CO., LTD.

Address before: 464100 Henan Pingqiao District, Xinyang Province five mile Private Economic Experimental Zone

Patentee before: Xinyang Tianyi Energy Saving Technology Co., Ltd.

C56 Change in the name or address of the patentee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20130703

Termination date: 20180529

CF01 Termination of patent right due to non-payment of annual fee