Coloring system for ceramic raw material

Abstract

The invention relates to a coloring system for a ceramic raw material. The coloring system comprises a dosing module, a mixing module and a forming module which are vertically arranged mutually, wherein the dosing module comprises a base charging bucket and multiple sets of color pigment feeding devices; an upper conveying device is arranged under the base charging bucket and multiple sets of color pigment feeding devices; the mixing module comprises multiple sets of stirring devices; a splitting conveying device is arranged above the multiple sets of stirring devices; the forming module comprises a plurality of storage hoppers, a lower conveying device and a pressing device. Under the power driving or gravity effect, the base material and the color pigment are accurately dosed, uniformly mixed and formed as required. The coloring system can be used for solving the problems of much more overstock fixed assets of the ceramic manufacturer, higher workload and longer time of product conversion and the manpower, consumption of water and electric resources due to cleaning work for the equipment.

Description

technical field [0001] The invention relates to a ceramic mechanical equipment, in particular to a ceramic raw material coloring system. Background technique [0002] It is a system equipment used to mix and color the base material and color material of ceramic raw materials in proportion as required, and then use the raw material to produce ceramic wall tiles or floor tiles, so as to meet the requirements of the pattern color and gray scale of the tiles. [0003] It is usually completed by traditional large-scale ball mills, corresponding mud pools and spray towers. When more colors of raw materials are required, ceramic factories need to be equipped with more ball mills, mud pools and storage bins, resulting in a large backlog of fixed assets. , but also need to clean the spray tower; if the ceramic factory does not have enough ball mills, mud pools and storage bins, when it is necessary to replace raw materials of different colors during production, it is necessary to man...

AI Technical Summary

Problems solved by technology

[0003] It is usually completed by traditional large-scale ball mills, corresponding mud pools and spray towers. When more colors of raw materials are required, ceramic factories need to be equipped with more ball mills, mud pools and storage bins, resulting in a large backlog of fixed assets. , but also need to clean the spray tower; if the ceramic factory does not have enough ball mills, mud pools and storage bins, when it is necessary to replace raw materials of different colors during production, it is necessary to manually wash the ball mills, mud pools and spray towers with water, which is huge. Equipment cleaning consumes a lot of manpower and water resources

[0004] At present, there is also a kind of mixing equipment using a "V" type device. Since the "V" type device is a labyrinth type, the raw materials go straight in and out when mixing materials. The equipment needs to be made very long, the cost is relatively high, and the conversion is different. When using different color raw materials, it is necessary to send a large amount of basic raw materials to flow through the "V" device to flush out the color inside the wall, resulting in a waste of basic raw materials and electrical resources.

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