Superfine ceramic cellucotton and production method thereof
A technology of ceramic fiber cotton and production method, which is applied in the direction of inorganic raw material artificial filaments, etc., can solve the problems of uneven thickness of aluminum silicate ultrafine ceramic fiber cotton, and achieve the advantages of improving molding quality, saving production costs, and uniform thickness Effect
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Embodiment 1
[0016] An ultrafine ceramic fiber cotton, comprising the following materials: coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin, coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin according to the percentage by weight component wherein coal Gangue 23%, fly ash 43%, waste aluminum silicate insulation material 13%, kaolin 13%, fly ash contains aluminum oxide and silicon dioxide weight components are more than 90%;
[0017] A kind of production method of superfine ceramic fiber cotton, comprises the steps:
[0018] S1. The above raw materials are prepared and mixed according to the weight ratio of coal gangue 23%, fly ash 43%, waste aluminum silicate insulation material 13%, and kaolin 13%, and then sent to the kiln for heating and melting to form a stable liquid material. Heating and melting temperature is 1700°C;
[0019] S2. Flow the liquid raw material prepared in S1 into the centrifuge, a...
Embodiment 2
[0022] An ultrafine ceramic fiber cotton, comprising the following materials: coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin, coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin according to the percentage by weight component wherein coal Gangue 26%, fly ash 46%, waste aluminum silicate insulation material 16%, kaolin 16%, fly ash contains aluminum oxide and silicon dioxide weight components are more than 90%;
[0023] A kind of production method of superfine ceramic fiber cotton, comprises the steps:
[0024] S1. The above raw materials are prepared and mixed according to the weight ratio of 26% of coal gangue, 46% of fly ash, 16% of waste aluminum silicate insulation material, and 16% of kaolin, and then sent to the kiln for heating and melting to form a stable liquid material. Heating and melting temperature at 1800°C;
[0025] S2. Flow the liquid raw material prepared in S1 into the c...
Embodiment 3
[0028] An ultrafine ceramic fiber cotton, comprising the following materials: coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin, coal gangue, fly ash, waste and old aluminum silicate thermal insulation materials and kaolin according to the percentage by weight component wherein coal Gangue 29%, fly ash 49%, waste aluminum silicate insulation material 19%, kaolin 19%, fly ash contains aluminum oxide and silicon dioxide weight components are more than 90%;
[0029] A kind of production method of superfine ceramic fiber cotton, comprises the steps:
[0030] S1. The above raw materials are prepared and mixed according to the weight ratio of coal gangue 29%, fly ash 49%, waste aluminum silicate insulation material 19%, and kaolin 19%, and then sent to a kiln for heating and melting to form a stable liquid material. Heating and melting temperature is 1900°C;
[0031] S2. Flow the liquid raw material prepared in S1 into the centrifuge, and...
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