CN105298001A - Heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at temperatures of thousand degrees - Google Patents
Heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at temperatures of thousand degrees Download PDFInfo
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- CN105298001A CN105298001A CN201410361880.5A CN201410361880A CN105298001A CN 105298001 A CN105298001 A CN 105298001A CN 201410361880 A CN201410361880 A CN 201410361880A CN 105298001 A CN105298001 A CN 105298001A
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Abstract
The invention discloses a heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at the temperatures of thousand degrees. By the aid of the heat-insulation and sound-insulation ceramic and rice husk composite plate, problems that existing stainless steel composite plates are filled with foamed plastics, are inflammable and are low in strength and wrapped stainless steel plates can be destroyed by gas generated when the foamed plastics are combusted in flame can be solved. The heat-insulation and sound-insulation ceramic and rice husk composite plate is made of ceramic plates and noncombustible rice husk plates. The heat-insulation and sound-insulation ceramic and rice husk composite plate has the advantages that water glass is a high-temperature-resistant flame retardant, and accordingly rice husk is noncombustible at the temperatures of thousand degrees; the noncombustible rice husk plates are weakly alkaline and accordingly are not preferred by the insects and the ants, and growth of fungi can be prevented; a plurality of hollow holes are formed in the noncombustible rice husk plates, and accordingly the noncombustible rice husk plates are excellent in heat-insulation and sound-insulation performance; the rice husk plates can be hardened by the water glass, are hard in texture just like wood after being dried and are hard and durable; the ceramic plates are free of rusting, and accordingly the service life of the heat-insulation and sound-insulation ceramic and rice husk composite plate can be longer than a hundred years; carbon molecules of the rice husk plates and silicon molecules of the water glass carry out chemical reaction in flame to generate silicon carbide, the silicon carbide is a hard substance capable of resisting high temperatures higher than thousand degrees, accordingly, the rigidity of the heat-insulation and sound-insulation ceramic and rice husk composite plate is rarely changed when fire hazards occur, and expansion of the fire hazards can be stopped; the heat-insulation and sound-insulation ceramic and rice husk composite plate is the optimal building material for constructing makeshift houses of factory buildings.
Description
Rice hulls, wheat husk easily burn; Present stainless steel clad plate, fills with foamed plastics, and it exists inflammable and shortcoming that is insufficient strength, its foamed plastics burning in flame, and the corrosion resistant plate of parcel can destroy by the gas of generation; Market has no ceramic wafer compound husk plate.
The worm ant that this technology proposes does not eat the ceramic wafer compound husk plate that heat preservation and soundproof thousand degree does not fire, and is called for short ceramic wafer compound husk plate, can helps the shortcoming overcoming above-mentioned existence.
Ceramic wafer compound husk plate, its beneficial effect is, thousand degree do not fire, and ant does not eat worm, and fungi does not grow, heat preservation and soundproof, hard durable, and the life-span is super century-old.
Worm ant does not eat the ceramic wafer compound husk plate that heat preservation and soundproof thousand degree does not fire, and the technical scheme that its technical solution problem adopts is, with ceramic wafer, does not fire husk plate, water glass and high-temperature-resistant adhesive composition; Its technique is: high-temperature-resistant adhesive makes, and makes with water glass and heating starch; Ceramic wafer basin makes, and one or more refractory ceramics screen cloth is starched by potter's clay, and potter's clay slurry can add adhesive, removes unnecessary potter's clay slurry, obtains potter's clay slurry parcel ceramic network fabric swatch; Potter's clay slurry parcel ceramic network fabric swatch can be made shallow basin, three limits of shallow basin can exceed another side, and become 90 degree of angular distortions in basin, obtain the shallow basin of potter's clay slurry parcel ceramic network fabric swatch; Ceramic network fabric swatch, the potter's clay slurry of potter's clay slurry parcel send kiln to fire after wrapping up the shallow basin drying of ceramic network fabric swatch, obtain ceramic wafer (1), ceramic wafer basin (1); Ceramic wafer hollow body makes, and can make hollow body with potter's clay slurry parcel ceramic network fabric swatch again, hollow body is flat, three side seals, and potter's clay slurry parcel ceramic network fabric swatch hollow body, send kiln to fire, obtain ceramic wafer hollow body (1) after drying; Husk slab (2) do not fire after can be coated with high-temperature-resistant adhesive, put in glass porcelain plate basin, get suitable ceramic wafer, ceramic wafer basin is advanced from the low limit of ceramic wafer basin, husk slab will not be fired and cover parcel closely, obtain ceramic wafer compound husk plate (3), or, after not firing the available high-temperature-resistant adhesive painting of husk slab (2), ceramic wafer hollow body is advanced by flat hollow body side, get suitable ceramic wafer and be sealed side, obtain ceramic wafer compound husk plate (3); Thus ceramic wafer compound husk plate that heat preservation and soundproof thousand degree do not fire is run to make worm ant not eat.As Fig. 1
Existing combination principle introduces ceramic wafer compound husk plate:
Ceramic wafer is explained: make pottery as the pottery of pottery, porcelain is the porcelain of ceramic screen cloth.
Burn till the temperature about 1,000 degree of pottery with potter's clay, make the resistance to temperature of ceramic screen cloth reduce and cost-saving.
Do not fire husk plate to make, rice hulls or wheat husk water glass are soaked into, dry after removing unnecessary water glass, obtain and do not fire husk; To not fire husk with high-temperature-resistant adhesive, bonding is dry after being organized into and not firing husk plate, and not firing husk plate can suitably pressurize, and available high-temperature-resistant adhesive will not fire husk plate and stick into slab.
Water glass is heat-resistant fireproof agent, and thousand degree, husk is not fired; Water glass makes the husk plate matter after dry doing hard like wood; Water glass is alkalescent material, and it makes husk plate containing alkalescence, makes that worm ant can not eat, fungi can not grow, makes the ceramic wafer compound husk plate life-span super century-old; Ceramic wafer is made shallow basin or hollow body, is to make ceramic wafer pin not firing husk slab tightly, producing ceramic wafer and tightly wrapping up the effect of not firing husk slab, making the better effects if of ceramic wafer compound husk plate; Suitably pressurizeing to not firing husk plate, husk plate can be made closely knit, improve the bending resistance of husk plate; Husk slab has a lot of hollow hole, and heat preservation and soundproof is functional; Ceramic wafer compound husk plate, based on husk, husk plate thickness can surpass tens centimeters, and ceramic wafer thickness does not surpass two millimeters, only plays the waterproof action as husk plate; Potter's clay just uses as the ceramic screen cloth of bonding, and its consumption is few, so ceramic wafer, is actually ceramic network fabric swatch; Potter's clay slurry adds adhesive, and potter's clay can be made to be not easy to depart from ceramic screen cloth; Do not fire the carbon molecule of husk slab and the silicon molecule of water glass, chemical reaction Formed SiClx occurs in flame.Carborundum is the hard material of resistance to thousand several years high temperature, so when fire occurs, the variation in rigidity of ceramic wafer compound husk plate is little, and fire can be stoped to expand.
In sum, ceramic wafer compound husk plate is the best constructional materials building factory building, lightly constructed and simply equipped building.
Figure of description illustrates:
Fig. 1: worm ant does not eat the ceramic wafer compound husk plate that heat preservation and soundproof thousand degree does not fire
1, ceramic wafer, ceramic wafer basin, ceramic wafer hollow body, 2 do not fire husk slab, 3 ceramic wafer compound husk plates.
Claims (1)
1. worm ant does not eat the ceramic wafer compound husk plate that heat preservation and soundproof thousand degree does not fire, and it is characterized in that, with ceramic wafer, does not fire husk plate, water glass and high-temperature-resistant adhesive composition; Its technique is: high-temperature-resistant adhesive makes, and makes with water glass and heating starch; Ceramic wafer basin makes, and one or more refractory ceramics screen cloth is starched by potter's clay, and potter's clay slurry can add adhesive, removes unnecessary potter's clay slurry, obtains potter's clay slurry parcel ceramic network fabric swatch; Potter's clay slurry parcel ceramic network fabric swatch can be made shallow basin, three limits of shallow basin can exceed another side, and become 90 degree of angular distortions in basin, obtain the shallow basin of potter's clay slurry parcel ceramic network fabric swatch; Ceramic network fabric swatch, the potter's clay slurry of potter's clay slurry parcel send kiln to fire after wrapping up the shallow basin drying of ceramic network fabric swatch, obtain ceramic wafer, ceramic wafer basin; Ceramic wafer hollow body makes, and can make hollow body with potter's clay slurry parcel ceramic network fabric swatch again, hollow body is flat, three side seals, and potter's clay slurry parcel ceramic network fabric swatch hollow body, send kiln to fire, obtain ceramic wafer hollow body after drying; Husk slab do not fire after can be coated with high-temperature-resistant adhesive, put in glass porcelain plate basin, get suitable ceramic wafer, advance ceramic wafer basin from the low limit of ceramic wafer basin, husk slab will not be fired and cover parcel closely, obtain ceramic wafer compound husk plate, or not firing husk slab with after high-temperature-resistant adhesive painting, can advance ceramic wafer hollow body by flat hollow body side, get suitable ceramic wafer and be sealed side, obtain ceramic wafer compound husk plate; Thus ceramic wafer compound husk plate that heat preservation and soundproof thousand degree do not fire is run to make worm ant not eat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410361880.5A CN105298001A (en) | 2014-07-22 | 2014-07-22 | Heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at temperatures of thousand degrees |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410361880.5A CN105298001A (en) | 2014-07-22 | 2014-07-22 | Heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at temperatures of thousand degrees |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105298001A true CN105298001A (en) | 2016-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410361880.5A Pending CN105298001A (en) | 2014-07-22 | 2014-07-22 | Heat-insulation and sound-insulation ceramic and rice husk composite plate which is not preferred by insects and ants and is noncombustible at temperatures of thousand degrees |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105298001A (en) |
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2014
- 2014-07-22 CN CN201410361880.5A patent/CN105298001A/en active Pending
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Application publication date: 20160203 |