CN101225698A - Glass-decorative insulation brick and preparation method thereof - Google Patents
Glass-decorative insulation brick and preparation method thereof Download PDFInfo
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- CN101225698A CN101225698A CNA2007100317011A CN200710031701A CN101225698A CN 101225698 A CN101225698 A CN 101225698A CN A2007100317011 A CNA2007100317011 A CN A2007100317011A CN 200710031701 A CN200710031701 A CN 200710031701A CN 101225698 A CN101225698 A CN 101225698A
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Abstract
The invention discloses a glass finish insulating brick and a preparation method; wherein, the glass finish insulating brick comprises a finish glass layer, a glass glaze sinter layer, a micro-plastic bonding protective layer, a fiber net reinforcement and a expanded perlite insulation layer; the micro-plastic E-42(44) polymer bonding protective layer adopts fiber net as reinforcement; the glaze layer glass and the insulation layer material are bonded tightly by chemical treatment. The glass finish insulating brick has the advantages of safety of product, guarding against the corrosion of water, alkaline water and acid water of wall body to glass, resolving the stress damage caused by thermal expansion coefficient difference of the glass and insulation layer, being applicable to architectural field, low cost and environmental protection, energy-saving and beautiful appearance, and easy construction.
Description
Technical field
The present invention relates to a kind of building brick and preparation method thereof, particularly a kind of building energy conservation glass-decorative insulation brick and preparation method thereof.
Background technology
The attractive, decorative of external wall is more and more important, is a kind of development trend.Simultaneously, building energy consumption is meant building energy consumption in use, mainly comprises heating, air-conditioning or the like, and wherein heating and air conditioning energy consumption account for maximum ratio again.There is nearly 50,000,000,000 square metres floor space in China according to statistics, reach the energy conservation standard design standard less than 1,000,000,000 square metres, most of old external wall specific energy consumption is 4～5 times of developed country, if heat preservation energy-saving reaches the words of China's new standard-energy-conservation 50%, heating can be saved per 100,000,000 square metres of every year with 1,500,000 tons in coal, SO can be reduced
212.7 ten thousand tons of discharge values.Therefore building energy conservation is very important.
Thereby outer insulation can alleviate the destruction protection building of heat bridge to building, prolongs its application life, all belong to the heat preservation energy-saving method of encouraging use at home and abroad, so exterior-wall heat insulation is the key in the building energy conservation again.
Building, especially the old building body of wall complex-shapedly differs, the insulating brick construction area varies, the insulating brick that possesses thermal insulation and decoration dual-use function that tradition is used, its specification is all very big, when especially using glass wall facing material beautiful decoration, high to equipment, the technical requirements of construction.A kind ofly not only had the beautiful decoration effect but also had heat-insulating property and can be if can produce as mounting the glass-decorative insulation brick that ceramic tile is mated formation by common muddy water skilled worker, so this constructional materials just is easy to promote and opens, thereby solve the energy consumption and the beautiful decoration problem of building simultaneously with lower cost, for national energy conservation is made huge contribution.
Summary of the invention
The objective of the invention is provides a kind of inexpensive environmental protection, energy-conservation glass-decorative insulation brick attractive in appearance at the problems referred to above, and it can be inlayed and be attached on the interior exterior wall of building, and can prevent the unsafe factor of high building surface peeling.
Above-mentioned purpose of the present invention solves by the following technical programs:
A kind of glass-decorative insulation brick is provided, comprises facing glassy layer, glass glaze sinter layer, microplasticity bonding topping, fleece reinforcing rib layer and expanded pearlite insulating layer.
The preparation method of above-mentioned glass-decorative insulation brick is provided, comprises following steps:
(1) glass material is carried out the glass enamel sintering after treatment;
(2) the glass sintering surface chemistry is handled;
(3) the glass sintering face after the chemical treatment applies the bonding protective layer material; Coated side is pasted and is put fleece; The fleece another side applies the bonding protective layer material; Buckle mould;
When (4) the bonding protective layer material is still uncured in the step (3), the expanded pearlite insulating layer material is poured in the mould, smeared pressure vibration moulding, insert heat treatment in the oven, the demoulding is coated with waterproofing course promptly.
Being treated to of described glass material cuts, is with spacing edging and tempering or half tempered to handle or annealing in process.
Described annealing in process is to adopt the many warm areas that are no less than 24 warm areas to control the production technology of tunnel type heat-treatment production lines and two-wire temperature program.
Described glass sintering surface chemistry is treated to and adopts 1% HK-550 ethanolic solution infiltration glass glaze sintered surface.
Described bonding protective layer material is 5～15% a dibutyl phthalate of the mixture of 36% E-42 (44) epoxy resin, 9% 593,55% filler and amount of resin; The consumption of bonding protective layer material accounts for 1～2% of insulating brick gross weight; Described filler is the mixture of the quartz powder of 7% Cornstarch, 24% precipitated calcium carbonate and 24%.
The material of described expanded pearlite insulating layer is according to volume ratio, and 1 part of cement, 1 part of quicklime, 0.2 part in gypsum and 6～8 parts of mixing of expanded perlite are placed agitator; Make solution with 108 peptizations of cement weight 1/10th in 20～30 times of water and inject the siccative agitator, stir 5～10min and mix promptly with spray pattern.
Heat treatment is the two flat-temperature zones program that adopts 75～95 ℃ and 105～130 ℃ these two warm areas in the described oven.
One, glass-decorative insulation brick of the present invention is to be made of structure as shown in Figure 1:
1) facing glassy layer: when insulating brick of the present utility model was used for exterior wall, this glassy layer needed to handle to improve its shock resistance through tempering, and the intensity that cold-and-heat resistent changes is advised service property (quality) float glass preferably, and thickness is 4～5mm; When being used for interior wall, this glassy layer needs to handle through annealing or half tempered, and available thickness is the ordinary plate glass of 3～5mm, also available patterned glass.
2) glass glaze sinter layer: exterior wall finish must be with the colour developing of nature of glass color glaze sintering, to guarantee that nondiscolouring is colour-fast under long-term daylight ultraviolet light irradiation; Interior wall can be inclined to one side with inorganic, organic color glaze and gold China ink, Yin Mo, organic sudden strain of a muscle, metal powder material etc.The glaze layer sintering annealing (or quenching) that is printed on pattern promptly enters the 3rd layer of construction in certain temperature range.
3) microplasticity bonding topping: topping is by 36% E-42 (44) epoxy resin, 9% 593,7% Cornstarch, 24% precipitated calcium carbonate, 24% quartz powder, 5～15% the plasticizing agent (dibutyl phthalate) that adds amount of resin is again made, and its total consumption accounts for 1～2% of insulating brick gross weight;
4) fleece reinforcing rib: place fleece reinforcing rib between the microplasticity bonding topping to play the effect of further reinforcement intensity, when glass be subjected to external force and when breaking unlikely significantly peeling off hurt sb.'s feelings tightening security property.
5) expanded pearlite insulating layer: adopt microdilatancy and the heat insulating pearlite material that strengthens the water resistance prescription during production, it is stirred, because of the expanded pearlite crag approaches crisp again, so mixing time is unsuitable long, in order to avoid broken, mixing time also can not be not enough, otherwise can influence the slip workability, adhesion stress reduces, so mixing time is chosen as 5～10 minutes; The siccative prescription of heat insulating pearlite material is 1 part of cement, 1 part of quicklime, 0.2 part in gypsum, 6～8 parts of expanded perlites according to volume ratio, this mixture is put in the siccative agitator, making solution with 108 peptizations of cement weight 1/10th in 20～30 times of water again injects the siccative agitator with spray pattern to be stirred to color even, till the no conglomeration, pour into then and smear pressure vibration moulding in the mould.Quicklime can strengthen the toughness and the water resistance of heat insulating material with the microdilatancy effect in the raw material after 108 glue solutions are dry and hard; Oven adopts two flat-temperature zones program heating (as shown in Figure 6), and heating up during beginning can not be too fast, T
2Constant temperature is treated just to come out of the stove after body of heater cools off naturally after finishing, and can reach less energy consumption, the effect that quality is high, otherwise heating improperly can cause product cracking, the adverse consequences that intensity and yield rate reduce.
Two, preparation method's flow chart of glass-decorative insulation brick of the present invention is as shown in Figure 5:
1, after glass cuts, at first spacing edging is with on four limits, is made it both to guarantee that the right angle and the length of side are accurate, make limit portion smooth again, improve heat treatment finished product rate.For the 5mm float glass, also can clean up with glass cleaning machine then at the wide hypotenuse of glass four limits mill 12～15mm.Then clean glass is heat-treated after the color glaze printing: tempering or half tempered all adopt glass tempering furnace production; Annealing way is handled glass and will be produced with tunnel type glass heat-treatment production line, and when making glaze layer sintering, glass deformation is little energy-conservation again, and the many warm areas control tunnel type production lines that are no less than 24 warm areas and the production technology of two-wire temperature program are adopted in suggestion;
2, soak into glass glaze sinter layer surface with 1% HK-550 ethanolic solution, make it to take place condensation reaction, the condensation reaction in this step can improve the adhesion strength of topping and glass greatly;
3, microplasticity is bondd topping is coated on the glass sintering face after the above-mentioned chemical treatment, and coated side is pasted and put fleece, applies one deck microplasticity bonding protective layer material again at fibroreticulate another side, buckles well mould;
4, the bonding protective layer material is poured the expanded pearlite insulating layer material into when still uncured toward mould in, smear pressure vibration moulding after; insert in the oven and heat-treat by two flat-temperature zones program shown in Figure 6; the demoulding is coated with waterproofing course, packed products warehouse-in after the quality examination.
In the preparation method of above-mentioned glass-decorative insulation brick, doing reinforcing rib with fleece is enamelled glass and insulation layer material secure bond key together with E-42 (44) the polymer bonding topping with microplasticity characteristics; The chemical treatment (infiltration of HK-550 ethanolic solution) that can strengthen topping and enamelled glass adhesion strength greatly also is effective and important.The brute force of topping bonding not only improves security of products greatly, also makes sinter layer glass obtain effective shielding protection, makes from the moisture of body of wall or contains alkalescence or acid moisture is inhibited to the corrosiveness of glass.Add the microplasticity that 5～15% plasticizing agent (dibutyl phthalate) of amount of resin reached and to dissolve the stress rupture effect that produces because of glass is different with the insulation layer coefficient of thermal expansion, thereby cover glass exempts from stress rupture.The heat insulating material that accent is mixed injects mould to be smeared when pressing vibration moulding, and the polymeric material of bonding topping is still uncured, enters oven and can reach preferable curing, the energy-conservation again effect of drying by two flat-temperature zones program heating shown in Figure 6.
Three, the application of glass-decorative insulation brick on building:
Glass-decorative insulation brick of the present invention is mainly used in building, especially the old building body of wall inside and outside, play the effect of heat preservation energy-saving, aesthetic.
When the exterior wall edge of glass-decorative insulation brick pastes, must reserve the thermal expansion seam of 8～10mm, arrangement mode is used the neat seam or the fissure of displacement as shown in Figure 3.Method is the good line of first bullet on smooth exterior wall, and layer and section is pasted from bottom to top then, and suggestion adopts adhesion stress to have flexible adhesion material-ceramic tile polymeric binder of certain water resistance by force concurrently.After treating adhesive cures, holing on wall base body with Churn drill between the angle seam of face brick, after imbed the plastics expanded anchor bolt of Φ 8 * 50 or Φ 10 * 70, press tapping screw cover plain washer to add plastic washers with the stainless steel card again and push down four jiaos in glass (or two jiaos of edgeds) positions (shown in Fig. 3,4).Adopt the joint filling of ceramic tile exterior wall gap filler at last, treat that gap filler is just done after, carry out tile surface with wet sponge and clean, whole edge pastes and finishes.
The exterior wall edge of glass-decorative insulation brick of the present invention pastes and is not subjected to height restriction, and its safety following points guarantee:
(1) facing glass handle to belong to safety glass through tempering, and very strong shock resistance is arranged, and cold-and-heat resistent drastic change ability even when destroyed by accident, can explosion be many stubbed fragments also;
(2) glass back is stained with the tack coat of band fleece reinforcing rib, even the glass fragmentation also is difficult for falling down;
(3) four jiaos (or angle edged) all has the bolt that embeds body of wall to haul stainless steel card pressure screw, makes the brick body be difficult for peeling off;
(4) relatively thin (4～5mm), (the average unit weight of glass facing brick of the present invention is about 700～800kg/m to the facing glassy layer of insulating brick and the unit weight of expanded pearlite insulating layer is lighter
3), with respect to 0.24～0.36m
3The stickup face of/part, the heavy burden of wall base body is light;
(5) stickup added screw card pressure again after position, corner special shaped brick adopted the annealed glass face brick to cut, and had ensured its safety.For the occasion of having relatively high expectations, after can cutting with annealing facing glass again tempering make the glass facing brick edge and paste, provide special-shaped part figure paper conversion to solve in the time of also can ordering goods by the user.
When glass-decorative insulation brick of the present invention was used for interior wall edge and pastes, its edge pasted simpler, only needed change dilatation joint into 1.5～2mm sealed, and arrangement mode still divides two kinds of neat seam and the fissure of displacement, removes the assembly that card is pressed screw from, and to inlay subsides the same with exterior wall for all the other.
Compared with prior art, the invention has the advantages that:
1. applicability is strong.Differ because of building masonry wall is complex-shaped, area varies, and for the edge of constructing pastes conveniently, insulating brick makes that area is 400 * 600,500 * 500,600 * 600mm
2Regular size, thickness range is 4～8cm, adopt to paste the same method of ceramics and pastes, the special-shaped part in the corner is used facing vitrified brick through annealing in process to carry out the cutting of diamond emery wheel and is solved;
2. construction is easy, and cost is low.Glass-decorative insulation brick of the present invention is a kind ofly not only to have had the beautiful decoration effect but also had heat-insulating property and can be as mounting the insulating brick that ceramic tile is mated formation by common muddy water skilled worker, especially the exterior-wall heat insulation edge pastes and more manifests its superiority, the exterior wall edge pastes construction only needs disposable stickup, disposable expansion bolt is inlayed, disposable joint filling just can be finished, and does not need to adorn metallic framework or embedded bar on the wall earlier before the subsides of insulating brick edge.Because brick of the present invention is in light weight, one or two people's construction gets final product, and only need take simple and easy scaffold at exterior wall, perhaps hangs a mounting platform and gets final product, and needn't employ large-scale hoisting machinery simultaneously.Glass-decorative insulation brick of the present invention has solved the energy consumption and the beautiful decoration problem of building simultaneously with its lower cost, for national energy conservation is made huge contribution.
3. ornamental very strong, there are numerous pattern characteristics selective.Glass-decorative insulation brick of the present invention can be made into monochromatic color effect to polychrome, the gradual change of the light and shade depth, color color-grading; Pattern range is wide, to imitated marble, granite pattern, also can duplicate the famous painting image from simple pattern, and reproduces various famous painting elegances with pattern splicing method on the castle metope; At the wide hypotenuse of the thick facing glass of 5mm four limits mill 12～15mm, edge is attached on the external and internal wall and can increases the facing aesthetic; The about 2cm of area
2Card press the stainless steel packing ring to compare less than one thousandth with the glass facing brick area, so it can not influence whole decorative effect.
4. the feature of environmental protection.Three big main materials of glass-decorative insulation brick of the present invention: (1) facing glass accounts for 70% inorganic raw material with quartz sand and makes, and quartz sand is inexhaustible on the earth, and China also is the big glass production of the first in the world state for years; (2) tack coat adopts E-42 (44) epoxy resin to belong to nontoxic polymer, and its consumption accounts for 1～2% of insulating brick gross weight; (3) expanded perlite is to make with the abundant slag of China's mining deposits, be nontoxic, odorlessness, fire-resistant, corrosion-resistant, ageing-resistant heat-insulating and noise-insulating material, the hear rate that it is fired is low, cost is low, so be well suited for using in the old building thermal-insulation energy-saving transformation of China.
5. the possibility promoted of purposes.Only require to decorate or the occasion of waterproof anti-fouling effect for some; only can adopt by facing glass and add that the product (hereinafter to be referred as glass facing tile) that band fleece reinforcing rib bonding topping is formed makees finish material; its topping has tightening security property, the antifouling anti-corrosion protection of waterproof, three functions of heat release swelling stress destruction concurrently; simultaneously also can inlay various occasions such as being affixed on interior exterior wall, washroom, kitchen very easily; not only good and cheap but also safety and environmental protection had certain market development potential.
Description of drawings
Fig. 1 is a glass-decorative insulation brick cross section structure schematic diagram;
Fig. 2 is a glass facing tile cross section structure schematic diagram;
Fig. 3 is glass-decorative insulation brick construction arrangement mode schematic diagram;
Fig. 4 presses the screw scheme of installation for card;
Fig. 5 is preparation method's flow chart of glass-decorative insulation brick;
Fig. 6 is two constant temperature heat treatment process schematic diagrames;
Among the figure: 1 is the facing glassy layer; 2 is glass glaze sinter layer; 3 are microplasticity bonding topping; 4 is the fleece reinforcing rib; 5 are microplasticity bonding topping; 6 is expanded pearlite insulating layer; 7 is wall base body (brick or concrete); 8 is the plastics expanded anchor bolt; 9 is leveling layer; 10 is the polymer bonding layer; 11 are the glass wall facing commentaries on classics; 12 is plastic washers; 13 is the stainless steel plain washer; 14 are stainless steel card pressure tapping screw; T
1It is 75～95 ℃; T
2It is 105～130 ℃; t
2-t
1Be 30～50min; t
4-t
3Be 40～60min; t
1≮ 30min.
The specific embodiment
The glass-decorative insulation brick of embodiment 1 present embodiment is to be made of as shown in Figure 1 six layers, and its concrete production craft step is as follows:
1) glass is heat-treated-tempering by glass tempering furnace after cutting, be with spacing edging, cleaning, color glaze printing;
2) soak into the surface of glass glaze sinter layer with 1% HK-550 ethanolic solution, make it to take place condensation reaction; ,
3) with 36% E-42 (44) epoxy resin, 9% 593,7% Cornstarch, 24% precipitated calcium carbonate, 24% quartz powder, 5～15% the dibutyl phthalate that adds amount of resin is again made microplasticity bonding topping, and the consumption of topping accounts for 1～2% of insulating brick gross weight; On the glass sintering face after the above-mentioned chemical treatment, apply microplasticity bonding protective layer material; Paste on the coated side and put fleece; Apply the bonding protective layer material on the fibroreticulate another side, buckle well mould;
4) according to volume ratio, with 1 part of cement, 1 part of quicklime, 0.2 part in gypsum, 7 parts of expanded perlites, making solution with 108 peptizations of cement weight 1/10th in 20～30 times of water again injects the siccative agitator with spray pattern to be stirred to color even, till the no conglomeration, mixing time is 5～10min, obtains the insulation layer material; The bonding protective layer material is poured the insulation layer material in the mould into when still uncured in step 3) then, smear press vibration moulding after, insert and carry out two flat-temperature zone program heat treatments in the oven; The heat treatment detailed process as shown in Figure 5, T in the stove
1Heating up time can not be less than 30min, and when temperature in the stove reached 75 ℃, this moment of constant temperature baking for the first time 30min was elevated to temperature 105 ℃ then, behind the 40min of constant temperature baking for the second time, and cooling cooling naturally;
5) brick that will have cured takes out from oven, and the demoulding is coated with waterproofing course, and after carrying out quality examination, the packing warehouse-in.
The glass-decorative insulation brick of embodiment 2 present embodiments is to be made of as shown in Figure 1 six layers, and its concrete production craft step is as follows:
1) with glass after cutting, be with spacing edging, cleaning, color glaze printing, adopt the control tunnel type heat-treatment production line and the two-wire temperature program of 24 warm areas that it is carried out the sintering annealing in process;
2) soak into the surface of glass glaze sinter layer with 1% HK-550 ethanolic solution, make it to take place condensation reaction; ,
3) with 36% E-42 (44) epoxy resin, 9% 593,7% Cornstarch, 24% precipitated calcium carbonate, 24% quartz powder, 5～15% the dibutyl phthalate that adds amount of resin is again made microplasticity bonding topping, and the consumption of topping accounts for 1～2% of insulating brick gross weight; On the glass sintering face after the above-mentioned chemical treatment, apply microplasticity bonding protective layer material; Paste on the coated side and put fleece; Apply the bonding protective layer material on the fibroreticulate another side, buckle well mould;
4) according to volume ratio, with 1 part of cement, 1 part of quicklime, 0.2 part in gypsum, 7 parts of expanded perlites, making solution with 108 peptizations of cement weight 1/10th in 20～30 times of water again injects the siccative agitator with spray pattern to be stirred to color even, till the no conglomeration, mixing time is 5～10min, obtains the insulation layer material; The bonding protective layer material is poured the insulation layer material in the mould into when still uncured in step 3) then, smear press vibration moulding after, insert and carry out two flat-temperature zone program heat treatments in the oven; The heat treatment detailed process as shown in Figure 5, T in the stove
1Heating up time can not be less than 30min, and when temperature in the stove reached 95 ℃, this moment of constant temperature baking for the first time 50min was elevated to temperature 130 ℃ then, behind the 60min of constant temperature baking for the second time, and cooling cooling naturally;
5) brick that will have cured takes out from oven, and the demoulding is coated with waterproofing course, and after carrying out quality examination, the packing warehouse-in.
The glass facing tile of embodiment 3 present embodiments is to be made of as shown in Figure 2 five layers, and its concrete production craft step is as follows:
1) glass is heat-treated-tempering by glass tempering furnace after cutting, be with spacing edging, cleaning, color glaze printing;
2) soak into the surface of glass glaze sinter layer with 1% HK-550 ethanolic solution, make it to take place condensation reaction; ,
3) with 36% E-42 (44) epoxy resin, 9% 593,7% Cornstarch, 24% precipitated calcium carbonate, 24% quartz powder, 5～15% the dibutyl phthalate that adds amount of resin is again made microplasticity bonding topping, and the consumption of topping accounts for 1～2% of insulating brick gross weight; On the glass sintering face after the above-mentioned chemical treatment, apply microplasticity bonding protective layer material; Paste on the coated side and put fleece; After applying the bonding protective layer material on the fibroreticulate another side, insert and carry out the program heat treatment of single flat-temperature zone in the oven; The heat treatment detailed process be in the stove heating up time can not be less than 30min, be warming up to 75 ℃ of constant temperature baking 30min after, cooling cooling naturally is coated with waterproofing course, and after carrying out quality examination, packing is put in storage.
The production craft step of the glass facing tile of embodiment 4 present embodiments, the constant temperature baking temperature that removes in the single constant temperature heat treatment process in the step 3) is 95 ℃, and stoving time is outside the 50min, and all the other steps are with embodiment 3.
Claims (10)
1. a glass-decorative insulation brick is characterized in that described insulating brick is made of facing glassy layer, glass glaze sinter layer, microplasticity bonding topping, fleece reinforcing rib layer, expanded pearlite insulating layer.
2. the preparation method of the described glass-decorative insulation brick of claim 1 is characterized in that comprising following steps:
(1) glass material is carried out the glass enamel sintering after treatment;
(2) the glass sintering surface chemistry is handled;
(3) the glass sintering face after the chemical treatment applies the bonding protective layer material; Coated side is pasted and is put fleece; The fleece another side applies the bonding protective layer material; Buckle mould;
When (4) the bonding protective layer material is still uncured in the step (3), the expanded pearlite insulating layer material is poured in the mould, smeared pressure vibration moulding, insert heat treatment in the oven, the demoulding is coated with waterproofing course promptly.
3. according to the preparation method of the described glass-decorative insulation brick of claim 2, it is characterized in that being treated to of the described glass material of step (1) cuts, edging and tempering or half tempered handle or annealing in process.
4. according to the preparation method of the described glass facing brick of claim 3, it is characterized in that described annealing in process is to adopt the many warm areas that are no less than 24 warm areas to control the production technology of tunnel type heat-treatment production lines and two-wire temperature program.
5. according to the preparation method of the described glass-decorative insulation brick of claim 2, it is characterized in that the described glass sintering surface chemistry of step (2) is treated to the HK-550 ethanolic solution infiltration nature of glass glaze sintered surface of employing 1%.
6. according to the preparation method of the described glass-decorative insulation brick of claim 2, it is characterized in that the described bonding protective layer material of step (3) is 5～15% a dibutyl phthalate of the mixture of 36% E-42 (44) epoxy resin, 9% 593,55% filler and amount of resin; The consumption of bonding protective layer material accounts for 1～2% of insulating brick gross weight;
7. according to the preparation method of the described glass-decorative insulation brick of claim 6, it is characterized in that described filler is the mixture of the quartz powder of 7% Cornstarch, 24% precipitated calcium carbonate and 24%.
8. according to the preparation method of the described glass-decorative insulation brick of claim 4, the material that it is characterized in that the described expanded pearlite insulating layer of step (4) places agitator for according to volume ratio with 1 part of cement, 1 part of quicklime, 0.2 part in gypsum and 6～8 parts of mixing of expanded perlite; Make solution with 108 peptizations of cement weight 1/10th in 20～30 times of water and inject the siccative agitator, mix promptly with spray pattern.
9. the preparation method of described glass-decorative insulation brick according to Claim 8 is characterized in that described mixing time is 5～10min.
10. the preparation method of described glass-decorative insulation brick according to Claim 8 is characterized in that heat treatment is the two flat-temperature zones program that adopts 75～95 ℃ and 105～130 ℃ these two warm areas in the described oven.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710031701A CN100587205C (en) | 2007-11-27 | 2007-11-27 | Method for manufacturing glass-decorative insulation brick |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710031701A CN100587205C (en) | 2007-11-27 | 2007-11-27 | Method for manufacturing glass-decorative insulation brick |
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| CN100587205C CN100587205C (en) | 2010-02-03 |
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| CN200710031701A Expired - Fee Related CN100587205C (en) | 2007-11-27 | 2007-11-27 | Method for manufacturing glass-decorative insulation brick |
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| US20110019123A1 (en) * | 2009-03-02 | 2011-01-27 | Christopher Prest | Techniques for Strengthening Glass Covers for Portable Electronic Devices |
| CN106542779A (en) * | 2016-11-25 | 2017-03-29 | 贵州环科环境生态研发有限公司 | A kind of light thermal-insulation exposed wall facing brick and its production technology |
| CN107021732A (en) * | 2017-03-31 | 2017-08-08 | 长乐巧通工业设计有限公司 | A kind of light-weight insulating brick and preparation method thereof |
| CN117266390A (en) * | 2023-11-17 | 2023-12-22 | 科美斯新材料科技发展有限公司 | XPS extruded sheet convenient to connect |
-
2007
- 2007-11-27 CN CN200710031701A patent/CN100587205C/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20110019123A1 (en) * | 2009-03-02 | 2011-01-27 | Christopher Prest | Techniques for Strengthening Glass Covers for Portable Electronic Devices |
| US8937689B2 (en) * | 2009-03-02 | 2015-01-20 | Apple Inc. | Techniques for strengthening glass covers for portable electronic devices |
| US20150116919A1 (en) * | 2009-03-02 | 2015-04-30 | Apple Inc. | Techniques for Strengthening Glass Covers for Portable Electronic Devices |
| US10185113B2 (en) * | 2009-03-02 | 2019-01-22 | Apple Inc. | Techniques for strengthening glass covers for portable electronic devices |
| CN106542779A (en) * | 2016-11-25 | 2017-03-29 | 贵州环科环境生态研发有限公司 | A kind of light thermal-insulation exposed wall facing brick and its production technology |
| CN107021732A (en) * | 2017-03-31 | 2017-08-08 | 长乐巧通工业设计有限公司 | A kind of light-weight insulating brick and preparation method thereof |
| CN117266390A (en) * | 2023-11-17 | 2023-12-22 | 科美斯新材料科技发展有限公司 | XPS extruded sheet convenient to connect |
| CN117266390B (en) * | 2023-11-17 | 2024-02-02 | 科美斯新材料科技发展有限公司 | XPS extruded sheet convenient to connect |
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| CN100587205C (en) | 2010-02-03 |
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