Material mixing standing equipment

Abstract

The invention provides a material mixing standing equipment. The material mixing standing equipment comprises a first material lifting mechanism, a first material mixing pot, a second material mixingpot, a second material lifting mechanism, and a material standing pot; the first material lifting mechanism is arranged on one side of the first material mixing pot; the second material mixing pot isarranged on the other side of the first material mixing pot, and below the first material mixing pot; the third material mixing pot is arranged on the other side of the second material mixing pot; thesecond material lifting mechanism is arranged between the second material mixing pot and the third material mixing pot, and is used for transshipment of mixed materials. Compared with the prior art,the three pots are adopted, so that mixed material uniformity is improved, material caking is reduced, and moulding material state rapid stabilization is promoted.

Description

technical field [0001] The invention relates to the technical field of material mixing equipment for grinding wheel manufacturing, in particular to a material mixing equipment. Background technique [0002] It is well known in the grinding wheel manufacturing industry that the abrasive, wetting agent, bonding agent, filler, colorant and other component materials are mechanically mixed according to a certain procedure, so that the wetting agent, bonding agent and filler are evenly adhered to the surface of the abrasive, and prepared The process of forming a mixture is a mixing process. The mixed material is parked for a certain period of time under certain temperature and humidity conditions to make it stable (saturated), and to achieve a molding material with good molding performance. This process is the awakening process. The uniformity of the distribution of each component in the mixture and the stability of the molding material state play a vital role in the batch stabil...

AI Technical Summary

Problems solved by technology

The fixed mixing speed of the double pot is slow, and there are too many toppings. It is difficult to transfer all the ingredients from the upper pot to the lower pot. The uniformity of the mixed material is poor, and the leakage of powder is serious. The wet material adheres to the wall of the upper pot, which is difficult to clean. There is also a large amount of unadhered mixed powder deposited on the bottom of the pot, resulting in powder leakage of the molding material, so this process is gradually eliminated by large factories

The mixing method of the double pot turning pot is that the mixing pot and the stirring are reversely rotated, and the pot body can be turned over, and there is no discharge port at the bottom of the pot. The material is dumped and transferred by turning the pot body. At present, most of the grinding wheel manufacturers with a certain scale have A double-pot overturning pot mixer is used, but because the area of ​​the fork in the pot that touches the bottom of the pot is limited, the speed of the fork must be increased, the friction and heat are serious, and waste materials such as dough are easy to be generated. The dust is large during the mixing process, and the mixing process is difficult. The material needs to be parked for a long time to reach a stable (saturated) state

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