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A platform for research: civil engineering, architecture and urbanism
High-aluminum type aluminum silicate fiberboard and preparation method thereof
The invention provides a high-aluminum type aluminum silicate fiberboard and a preparation method thereof, the high-aluminum type aluminum silicate fiberboard is formed by combining high-purity aluminum oxide, silica powder, a binding agent, a filler-grade auxiliary agent and a water repellent, and the high-aluminum type aluminum silicate fiberboard comprises preparation equipment which specifically comprises an electric furnace, injection equipment, a pulp preparing pool, a forming pool, a mold, a drying furnace, a pump and a beater; high-purity aluminum oxide and silica powder are fused through an electric furnace and then blown into flocculent fibers through blowing equipment, the prepared flocculent fibers are raw materials of the fiberboard, raw material debugging is conducted, the flocculent fiber raw materials are added into a pulp preparing pool, a reagent is added into the pulp preparing pool, the high-purity aluminum oxide and the silica powder are fused through a circuit, and the high-purity aluminum oxide and the silica powder are mixed to form the fiberboard. Then the high-purity aluminum oxide and the silica powder are prepared into flocculent fibers through injection equipment, and the flocculent fibers formed by combining the high-purity aluminum oxide and the silica powder can enable the fiberboard to have a high-aluminum effect after being processed, so that the fiberboard has certain high-temperature resistance and toughness.
本发明提出一种高铝型硅酸铝纤维板及其制备方法，包括高纯氧化铝、硅石粉、结合剂、填料级助剂以及憎水剂组合而成，包括制备设备，其具体为电炉、喷吹设备、配浆池、成型池、模具、烘干炉、泵、以及打浆机；原料制备：将高纯氧化铝和硅石粉经电炉熔融，随后将其通过喷吹设备喷吹成絮状纤维，所制而成的絮状纤维为纤维板的原料，原料调试：将絮状纤维原料加入至配浆池内，并向配浆池内添加试剂，高纯氧化铝和硅石粉经过电路熔融，之后再通过喷吹设备将其制成絮状纤维，高纯氧化铝和硅石粉结合而成的絮状纤维经加工后能够使纤维板具有高铝性的效果，从而使其具有一定的耐高温性以及韧性。
High-aluminum type aluminum silicate fiberboard and preparation method thereof
The invention provides a high-aluminum type aluminum silicate fiberboard and a preparation method thereof, the high-aluminum type aluminum silicate fiberboard is formed by combining high-purity aluminum oxide, silica powder, a binding agent, a filler-grade auxiliary agent and a water repellent, and the high-aluminum type aluminum silicate fiberboard comprises preparation equipment which specifically comprises an electric furnace, injection equipment, a pulp preparing pool, a forming pool, a mold, a drying furnace, a pump and a beater; high-purity aluminum oxide and silica powder are fused through an electric furnace and then blown into flocculent fibers through blowing equipment, the prepared flocculent fibers are raw materials of the fiberboard, raw material debugging is conducted, the flocculent fiber raw materials are added into a pulp preparing pool, a reagent is added into the pulp preparing pool, the high-purity aluminum oxide and the silica powder are fused through a circuit, and the high-purity aluminum oxide and the silica powder are mixed to form the fiberboard. Then the high-purity aluminum oxide and the silica powder are prepared into flocculent fibers through injection equipment, and the flocculent fibers formed by combining the high-purity aluminum oxide and the silica powder can enable the fiberboard to have a high-aluminum effect after being processed, so that the fiberboard has certain high-temperature resistance and toughness.
本发明提出一种高铝型硅酸铝纤维板及其制备方法，包括高纯氧化铝、硅石粉、结合剂、填料级助剂以及憎水剂组合而成，包括制备设备，其具体为电炉、喷吹设备、配浆池、成型池、模具、烘干炉、泵、以及打浆机；原料制备：将高纯氧化铝和硅石粉经电炉熔融，随后将其通过喷吹设备喷吹成絮状纤维，所制而成的絮状纤维为纤维板的原料，原料调试：将絮状纤维原料加入至配浆池内，并向配浆池内添加试剂，高纯氧化铝和硅石粉经过电路熔融，之后再通过喷吹设备将其制成絮状纤维，高纯氧化铝和硅石粉结合而成的絮状纤维经加工后能够使纤维板具有高铝性的效果，从而使其具有一定的耐高温性以及韧性。
High-aluminum type aluminum silicate fiberboard and preparation method thereof
一种高铝型硅酸铝纤维板及其制备方法
XUE DABAO (author) / QIANG PEILIN (author)
2022-10-11
Patent
Electronic Resource
Chinese
IPC:
C03B
Herstellung oder Formgebung von Glas, Mineral- oder Schlackenwolle
,
MANUFACTURE OR SHAPING OF GLASS, OR OF MINERAL OR SLAG WOOL
/
C03C
Chemische Zusammensetzungen für Gläser, Glasuren oder Emails
,
CHEMICAL COMPOSITION OF GLASSES, GLAZES, OR VITREOUS ENAMELS
/
C04B
Kalk
,
LIME
/
F26B
DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
,
Trocknen von festen Gütern oder Erzeugnissen durch Entfernen von Flüssigkeit
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