A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a process for processing and preparing a ceramic plate, which comprises the following steps of: preparing silicon carbide, sepiolite, aluminum oxide, phenolic resin, quartz sand, deionized water, bentonite, kaolin, carbon fiber powder, beta silicon carbide crystal and fused quartz powder; by adding the carbon fiber powder, beta silicon carbide crystals and fused quartz powder, the strength of the sintered ceramic plate can be improved, the porosity of the ceramic surface is reduced, silicon carbide, sepiolite, aluminum oxide, phenolic resin, quartz sand and other raw materials are adopted to reduce the production cost and increase the hardness of the ceramic plate, and the process is simple and easy to implement. And industrial mass production is facilitated.
本发明公开了一种陶瓷板加工制备工艺，准备碳化硅、海泡石、氧化铝、酚醛树脂、石英砂、去离子水、膨润土、高岭土、碳纤维粉、β碳化硅晶和熔融石英粉末，在制备陶瓷时，通过加入碳纤维粉、β碳化硅晶和熔融石英粉末可完成陶瓷板烧结后的强度增加，并减少陶瓷表面的孔隙度，采用碳化硅、海泡石、氧化铝、酚醛树脂、石英砂等原料实现降低生产成本以及增加陶瓷板硬度，并且工艺简单，方便进行工业化大量生产。
The invention discloses a process for processing and preparing a ceramic plate, which comprises the following steps of: preparing silicon carbide, sepiolite, aluminum oxide, phenolic resin, quartz sand, deionized water, bentonite, kaolin, carbon fiber powder, beta silicon carbide crystal and fused quartz powder; by adding the carbon fiber powder, beta silicon carbide crystals and fused quartz powder, the strength of the sintered ceramic plate can be improved, the porosity of the ceramic surface is reduced, silicon carbide, sepiolite, aluminum oxide, phenolic resin, quartz sand and other raw materials are adopted to reduce the production cost and increase the hardness of the ceramic plate, and the process is simple and easy to implement. And industrial mass production is facilitated.
本发明公开了一种陶瓷板加工制备工艺，准备碳化硅、海泡石、氧化铝、酚醛树脂、石英砂、去离子水、膨润土、高岭土、碳纤维粉、β碳化硅晶和熔融石英粉末，在制备陶瓷时，通过加入碳纤维粉、β碳化硅晶和熔融石英粉末可完成陶瓷板烧结后的强度增加，并减少陶瓷表面的孔隙度，采用碳化硅、海泡石、氧化铝、酚醛树脂、石英砂等原料实现降低生产成本以及增加陶瓷板硬度，并且工艺简单，方便进行工业化大量生产。
Ceramic plate processing and preparing technology
一种陶瓷板加工制备工艺
LI JINZE (author)
2024-12-13
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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