An Energy-saving Horizontal Glaze Storage Cylinder for Improving the Performance of Glaze Slurry

Abstract

The invention discloses an energy-saving horizontal glaze storage cylinder capable of improving the performance of glaze slip. The glaze storage cylinder comprises a glaze storage cylinder unit, a rotation mechanism and a pedestal. The glaze storage cylinder unit has a horizontal cylinder structure, and is rotatably mounted on the pedestal through the rotation mechanism. The glaze storage cylinder unit comprises a screen mesh device, screen mesh pushing devices and material inlets / outlets. The screen mesh device is movably clamped in the inner chamber of the glaze storage cylinder unit and divides the inner chamber into two or more spaces having the same cross section, and the spaces are communicated through screen meshes. The screen mesh pushing devices are arranged on the inner wall of the glaze storage cylinder unit, the pushing ends of the screen mesh pushing devices are connected to the screen mesh device and provide pushing and drawing force for the screen mesh device, and the screen mesh device can move from side to side in the inner chamber of the glaze storage cylinder unit under the effects of the pushing and drawing force. The material inlets / outlets are arranged on any side of the central axis of the glaze storage cylinder unit. According to the invention, the energy-saving horizontal glaze storage cylinder can directly improve the performance of the glaze slip in the glaze storage cylinder unit, and bad influence on glaze slip viscosity or flow velocity by a conventional stirring device can be avoided through the rotation of the glaze storage cylinder unit.

Description

technical field [0001] The invention relates to the technical field, in particular to an energy-saving horizontal glaze storage tank which improves the performance of glaze slurry. Background technique [0002] In the building ceramics industry, in order to ensure the continuity of production, glaze storage tanks are generally used as containers for glaze storage. However, in traditional glaze storage tanks, the shape is generally cylindrical stainless steel drums. In the middle is a rotating shaft driven by a motor, on which stirring blades of various shapes are welded as required. The motor drives the rotating shaft, and the rotating shaft drives the blades, and through the regular rotation of the blades' circumference, the glaze slurry is stirred and homogenized for stale preservation. The advantage of this traditional glaze storage jar is that it is low in production cost and easy to use. But the disadvantage is that the traditional glaze vat cannot optimize and improv...

AI Technical Summary

Problems solved by technology

Similarly, in the process of stirring and homogenizing the glaze in the traditional glaze vat, the kinetic energy will be converted into heat due to the continuous rotation of the motor, and the heat will heat the glaze slurry during the convection process. The greater the influence of the viscosity flow rate, it will have an impact on some products that require higher stability of the flow rate of the glaze slurry (glazing).

Traditional glaze storage vats are generally open glaze vats, the glaze is directly in contact with the air, and the small air bubbles in the glaze will not be easily discharged, which will cause product defects (pinholes, concave glaze, etc.), the traditional glaze vat can only pass through the long-term Physical stirring to remove air bubbles takes a long time and is less efficient

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