A pre-grinding two-way stirring chelator for viscous feed production

Abstract

The invention discloses a pre-grinding two-way stirring chelator for the production of viscous feed. The mixing mechanism, the feeding sieve plate, the bevel gear frame, the feeding opening is welded on the lower end of the mixing box body, and the supporting steel frame is welded on the outer ring of the lower end of the mixing box body. The feeding mechanism and the grinding drum cooperate with each other to grind the feed into small particles and powder, and then the scraper pusher scrapes the feed off, and the cleaning brush sweeps off the residual feed to prevent the feed from remaining on the feeding screen, and pushes up the seat. It cooperates with the dividing plate to turn up the feed in the middle layer and push it in multiple directions to further improve the mixing efficiency. When the feed is mixed, the feed attached to the inner wall of the mixing box will be scraped off during the discharge to prevent the residue of the feed.

Description

technical field [0001] The invention relates to a mixing device for feed production, in particular to a pre-grinding two-way stirring chelator for viscous feed production. Background technique [0002] The chelator for feed production is a device that makes the feed chelate in the equipment to produce chelate. There is a two-way stirring and grinding device inside the chelator. The feed will become viscous and agglomerated after adding water. The traditional chelator will have some problems during use; the large particle feed is unevenly ground, the grinding efficiency is poor, the drop is not sufficient after grinding, and remains on the sieve plate, and the small particle powder feed becomes sticky after adding water. It is thick and sticks to the inner wall of the chelator, and the discharge is not thorough. The mixing efficiency of the equipment for the agglomerated feed is poor, so that the chelation reaction of the feed is not complete. Contents of the invention [...

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Problems solved by technology

[0003] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a pre-grinding two-way agitating chelator for viscous feed production, to solve the problem of uneven grinding of large particle feed, poor grinding efficiency, and insufficient falling after grinding. Residue on the sieve plate, the small particle powder feed becomes viscous after adding water, adheres to the inner wall of the chelator, and the discharge is not thorough, and the mixing efficiency of the equipment for the agglomerated feed is poor, so that the chelation reaction of the feed is not good Thorough problem

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