Intelligent wet powdering production technology for ceramic raw materials

Abstract

The invention relates to the technical field of ceramic raw material powdering and particularly relates to an intelligent wet powdering production line for ceramic raw materials. The intelligent wet powdering production line for ceramic raw materials comprises a raw material pre-crushing system, a belt conveying line, an automatic metering and batching system, a pug slurrying system and a continuous ball miller system. Transferring and conveying at the discharge end of the raw material pre-crushing system are carried out through a belt conveying line, the automatic metering and batching systemis located on the raw material pre-crushing system, the discharge end of the automatic metering and batching system is communicated with the feeding end of the pug slurrying system, and the other discharging end of the automatic metering and batching system is communicated with the continuous ball miller system. By means of the intelligent wet powdering production line for ceramic raw materials,the purposes of whole process automation, numerical control production and intelligent manufacturing of ceramic wet powdering technology are achieved, and thus the superior product rate and the production efficiency of ceramic products are improved; and besides, good mobility can be still ensured under the condition that the water content of slurry is low, and product defects are reduced.

Description

technical field [0001] The invention relates to the technical field of powder making of ceramic raw materials, in particular to a production process of intelligent wet powder making of ceramic raw materials. Background technique [0002] In the existing ceramic wet powder milling process, the raw materials are weighed with a forklift and manually according to the requirements of the production formula, mixed and homogenized in the raw material yard, and then fed into the batch ball mill with a forklift and closed. type ball mill, after manual removal of impurities such as branches and wood residues, the slurry inspection is carried out. After the slurry inspection is qualified, the slurry is manually opened and put into the slurry pool for homogenization and storage. This wet milling method is due to the Complex categories, large quantities, low automation, high labor intensity, and all rely on manual experience, resulting in high production costs, inaccurate formulas, and u...

AI Technical Summary

Problems solved by technology

[0002] In the existing ceramic wet powder milling process, the raw materials are weighed with a forklift and manually according to the requirements of the production formula, mixed and homogenized in the raw material yard, and then fed into the batch ball mill with a forklift and closed. type ball mill, after manual removal of impurities such as branches and wood residues, the slurry inspection is carried out. After the slurry inspection is qualified, the slurry is manually opened and put into the slurry pool for homogenization and storage. This wet milling method is due to the Complex categories, large quantities, low automation, high labor intensity, and all rely on manual experience, resulting in high production costs, inaccurate formulas, and unstable product quality, which seriously affects the rate of excellent products and ceramic products. Productivity

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