A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The intention discloses a production method of a ceramic binder used in an unfired carbon-containing brick process formula, and the method comprises the following steps: fine powder milling, namely adding a carbon raw material into magnesia fine powder to obtain mixed powder in a weight ratio of magnesia fine powder to carbon raw material of (65-90): (10-35), adding a grinding aid and rare earth into the mixed powder to obtain a mixture, adding water into the mixture for milling to obtain fine powder slurry of 3500-4000 meshes, wherein the water content of the fine powder slurry is 35-55%; drying, namely adding a slurry stabilizer into the fine powder slurry, and drying to obtain a finished product, the water content of the finished product is 0.5-6%, the production process is simple and feasible, the production cost is low, phenolic resin is completely replaced with the ceramic binder for adding in the unfired carbon-containing brick, and due to the fact that the ceramic binder is a powder substance, holes of a green brick can be blocked; therefore, the addition of anti-oxidation metal powder can be correspondingly reduced.
本发明公开了一种用于不烧含碳砖工艺配方中的陶瓷结合剂的生产方法，包括以下步骤：细粉碾磨：在镁砂细粉中加入碳素原料得到混合粉，镁砂细粉和碳素原料的重量比为65～90：10～35，在混合粉中加入助磨剂和稀土得到混合料，在混合料内加水碾磨，碾磨后得到3500~4000目的细粉浆料，细粉浆料的含水量为35~55%；干燥：在细粉浆料中加入浆料稳定剂，干燥后得到成品，成品的含水量为0.5~6%本发明中生产工艺简易可行，生产成本低，在不烧含碳砖中用本发明中的陶瓷结合剂完全替代酚醛树脂加入，由于陶瓷结合剂是粉类物质，可以堵住砖坯的孔，所以可相应地可以减少防氧化金属粉的加入。
The intention discloses a production method of a ceramic binder used in an unfired carbon-containing brick process formula, and the method comprises the following steps: fine powder milling, namely adding a carbon raw material into magnesia fine powder to obtain mixed powder in a weight ratio of magnesia fine powder to carbon raw material of (65-90): (10-35), adding a grinding aid and rare earth into the mixed powder to obtain a mixture, adding water into the mixture for milling to obtain fine powder slurry of 3500-4000 meshes, wherein the water content of the fine powder slurry is 35-55%; drying, namely adding a slurry stabilizer into the fine powder slurry, and drying to obtain a finished product, the water content of the finished product is 0.5-6%, the production process is simple and feasible, the production cost is low, phenolic resin is completely replaced with the ceramic binder for adding in the unfired carbon-containing brick, and due to the fact that the ceramic binder is a powder substance, holes of a green brick can be blocked; therefore, the addition of anti-oxidation metal powder can be correspondingly reduced.
本发明公开了一种用于不烧含碳砖工艺配方中的陶瓷结合剂的生产方法，包括以下步骤：细粉碾磨：在镁砂细粉中加入碳素原料得到混合粉，镁砂细粉和碳素原料的重量比为65～90：10～35，在混合粉中加入助磨剂和稀土得到混合料，在混合料内加水碾磨，碾磨后得到3500~4000目的细粉浆料，细粉浆料的含水量为35~55%；干燥：在细粉浆料中加入浆料稳定剂，干燥后得到成品，成品的含水量为0.5~6%本发明中生产工艺简易可行，生产成本低，在不烧含碳砖中用本发明中的陶瓷结合剂完全替代酚醛树脂加入，由于陶瓷结合剂是粉类物质，可以堵住砖坯的孔，所以可相应地可以减少防氧化金属粉的加入。
Production method of ceramic binder for unfired carbon-containing brick process formula
一种用于不烧含碳砖工艺配方中的陶瓷结合剂生产方法
YAN LIXIN (author)
2020-04-10
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
UNFIRED BRICK REFRACTORY AND METHOD FOR PRODUCING UNFIRED BRICK REFRACTORY
| European Patent Office | 2018