Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a technological formula of a material basin for an isostatic pressing forming glass feeding channel, and belongs to the field of refractory materials. The invention relates to a process formula of a material basin for an isostatic pressing molded glass feeding channel, which comprises the following components in percentage by mass: 8-12% of alumina micro powder; 29-31% of fused white corundum fine powder; 10-11% of high-quality clay fine powder; 0-1%, 34-37% of fused white corundum aggregate; 1-2% of fused white corundum granules and 12-15% of fused white corundum granules; the forming process is an isostatic pressing forming process. The formula is matched with an isostatic pressing forming process, the produced glass feeding channel material basin is high in density, high in hardness and better in pressure resistance, and the transportation loss is reduced; the obtained material basin for the glass feeding channel has the characteristics of small porosity, high density and better pressure resistance, so that the material basin for the glass feeding channel is more durable, shutdown and production halt caused by defects of the material channel in glass production are avoided, the production cost of glass production is reduced, and the speed of glass production is increased.
本发明涉及一种等静压成型玻璃供料道用料盆工艺配方，属于耐火材料领域。一种等静压成型玻璃供料道用料盆工艺配方，所述工艺配方(质量百分比)为：氧化铝微粉，8‑12％；电熔白刚玉细粉，29‑31％；优质粘土细粉，10‑11％；电熔白刚玉粒料0‑1，34‑37％；电熔白刚玉粒料1‑2，12‑15％；所述成型工艺为等静压成型工艺。本发明所述配方配合等静压成型工艺，生产的玻璃供料道用料盆密度高，硬度大，耐压性能更好，降低了运输损耗；本发明所得玻璃供料道用料盆气孔率小，加之密度高，耐压更好的特点，使本发明所得玻璃供料道用料盆更加耐用，使玻璃生产不会因为料道的缺陷而停工停产，降低了玻璃生产的生产成本，提高了玻璃生产的速度。
The invention relates to a technological formula of a material basin for an isostatic pressing forming glass feeding channel, and belongs to the field of refractory materials. The invention relates to a process formula of a material basin for an isostatic pressing molded glass feeding channel, which comprises the following components in percentage by mass: 8-12% of alumina micro powder; 29-31% of fused white corundum fine powder; 10-11% of high-quality clay fine powder; 0-1%, 34-37% of fused white corundum aggregate; 1-2% of fused white corundum granules and 12-15% of fused white corundum granules; the forming process is an isostatic pressing forming process. The formula is matched with an isostatic pressing forming process, the produced glass feeding channel material basin is high in density, high in hardness and better in pressure resistance, and the transportation loss is reduced; the obtained material basin for the glass feeding channel has the characteristics of small porosity, high density and better pressure resistance, so that the material basin for the glass feeding channel is more durable, shutdown and production halt caused by defects of the material channel in glass production are avoided, the production cost of glass production is reduced, and the speed of glass production is increased.
本发明涉及一种等静压成型玻璃供料道用料盆工艺配方，属于耐火材料领域。一种等静压成型玻璃供料道用料盆工艺配方，所述工艺配方(质量百分比)为：氧化铝微粉，8‑12％；电熔白刚玉细粉，29‑31％；优质粘土细粉，10‑11％；电熔白刚玉粒料0‑1，34‑37％；电熔白刚玉粒料1‑2，12‑15％；所述成型工艺为等静压成型工艺。本发明所述配方配合等静压成型工艺，生产的玻璃供料道用料盆密度高，硬度大，耐压性能更好，降低了运输损耗；本发明所得玻璃供料道用料盆气孔率小，加之密度高，耐压更好的特点，使本发明所得玻璃供料道用料盆更加耐用，使玻璃生产不会因为料道的缺陷而停工停产，降低了玻璃生产的生产成本，提高了玻璃生产的速度。
Technological formula of material basin for isostatic pressing formed glass feeding channel
一种等静压成型玻璃供料道用料盆工艺配方
29.03.2024
Patent
Elektronische Ressource
Chinesisch
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