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A platform for research: civil engineering, architecture and urbanism
High-zirconium composite brick and manufacturing method thereof
The invention discloses a high-zirconium composite brick which comprises the following raw materials: ZrO2, Al2O3 and SiO2, the high-zirconium composite brick is a special material which is formed by melting a crystal at a high temperature, converting the crystal into a solid phase, forming a ceramic crystal, cooling, crushing to form micron-sized powder, sintering at a high temperature, and extruding by using a press machine. After the material is crystallized, a main crystal Z-AS corundum and mullite is formed, a micro-glass phase material with uniformly developed and distributed crystal grains is formed, a material body is a high-wear-resistance material with high structural strength and good thermal shock resistance, and finally, a combined body formed by combining AZS and the Z-AS corundum material is a composite material. The combination body is an RT-Z-AS80 type material formed by combining high-purity quartz nano glue materials after technical treatment, is applied to the glass kiln pool wall (mainly used for binding bricks on the glass kiln pool wall), is efficient and energy-saving, is beneficial to building and use of the glass kiln, and well meets the use requirements of the glass kiln pool wall.
本发明公开了一种高锆复合砖，包括以下原料：ZrO2，Al2O3，SiO2，该高锆复合砖，通过高温熔融后晶体转变固相形成一种陶瓷结晶体，并通过冷却后粉碎形成微米级粉体后再通过高温烧结，使用压力机挤压形成的一种特殊材料，材料结晶后形成主晶体Z‑AS刚玉质、莫来石质，晶粒发育和分布均匀的一种微玻璃相材料，材料本体结构强度高、热震性能好的一种高耐磨材料，最后通过AZS与Z‑AS刚玉质材料结合后而形成的一种结合体为复合材料，结合体采用高纯石英纳米胶材料通过技术处理后结合后而形成RT‑Z‑AS80型材料，应用于玻璃窑炉池壁(主要用于玻璃窑炉池壁绑砖)，材料高效节能，有利于玻璃窑炉的建造使用，很好的满足了玻璃窑炉的池壁的使用需求。
High-zirconium composite brick and manufacturing method thereof
The invention discloses a high-zirconium composite brick which comprises the following raw materials: ZrO2, Al2O3 and SiO2, the high-zirconium composite brick is a special material which is formed by melting a crystal at a high temperature, converting the crystal into a solid phase, forming a ceramic crystal, cooling, crushing to form micron-sized powder, sintering at a high temperature, and extruding by using a press machine. After the material is crystallized, a main crystal Z-AS corundum and mullite is formed, a micro-glass phase material with uniformly developed and distributed crystal grains is formed, a material body is a high-wear-resistance material with high structural strength and good thermal shock resistance, and finally, a combined body formed by combining AZS and the Z-AS corundum material is a composite material. The combination body is an RT-Z-AS80 type material formed by combining high-purity quartz nano glue materials after technical treatment, is applied to the glass kiln pool wall (mainly used for binding bricks on the glass kiln pool wall), is efficient and energy-saving, is beneficial to building and use of the glass kiln, and well meets the use requirements of the glass kiln pool wall.
本发明公开了一种高锆复合砖，包括以下原料：ZrO2，Al2O3，SiO2，该高锆复合砖，通过高温熔融后晶体转变固相形成一种陶瓷结晶体，并通过冷却后粉碎形成微米级粉体后再通过高温烧结，使用压力机挤压形成的一种特殊材料，材料结晶后形成主晶体Z‑AS刚玉质、莫来石质，晶粒发育和分布均匀的一种微玻璃相材料，材料本体结构强度高、热震性能好的一种高耐磨材料，最后通过AZS与Z‑AS刚玉质材料结合后而形成的一种结合体为复合材料，结合体采用高纯石英纳米胶材料通过技术处理后结合后而形成RT‑Z‑AS80型材料，应用于玻璃窑炉池壁(主要用于玻璃窑炉池壁绑砖)，材料高效节能，有利于玻璃窑炉的建造使用，很好的满足了玻璃窑炉的池壁的使用需求。
High-zirconium composite brick and manufacturing method thereof
一种高锆复合砖及其制作方法
ZHANG ZHENGUO (author) / ZHANG XIAOMIN (author) / GUO PENGFEI (author)
2024-03-12
Patent
Electronic Resource
Chinese
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