Full-automatic continuous feeding iron removing machine

Abstract

The invention relates to a full automatic continuous feeding iron removing machine, and belongs to the magnetic separation field of the separation of solid materials from fluid body. The full automatic continuous feeding iron removing machine comprises a machine frame, a feeding hopper, a material falling opening, iron discharging openings, and a magnetic bar group, connecting plates are respectively arranged at the both ends of the magnetic bar group, and the end part of each magnetic bar is fixed on the connecting plates. The invention is characterized in that a scraper plate is suited on the magnetic bar group, the scraper plate is connected with a moveable controlling device, the iron discharging openings are arranged at the both ends of the magnetic bar group, the material falling opening is arranged at the lower part of the magnetic bar group and positioned between two iron discharging openings. Because the invention adopts the rotatable magnetic bar group, when materials are fallen, fine material can fully contact with magnetic bars, and the iron removing effect is greatly improved; because of adopting the scraper plate which can move along the magnetic bars, iron chips on the magnetic bars can be eliminated in time; because the iron discharging openings and corresponding iron discharging structures are evenly arranged at the both ends of the magnetic bar group, the bidirectional iron removing effect when the machine is not stalled is achieved. The invention realizes the full automatic continuous iron removing process, the iron removing effect is increased, without being manual, and the invention is suitable for industries of building material, and chemical industry, etc.

Description

technical field [0001] The invention belongs to the field of magnetic separation for separating solid materials from fluids, in particular to a magnetic separation device with a magnet. Background technique [0002] In chemical industry, ceramics, papermaking and other fields, semi-liquid slurry is often used as raw material to produce solid finished products. These slurries may contain particles such as iron filings, and may also be mixed with iron filings during processing and storage. The presence of iron filings can cause quality problems in finished products and sometimes damage production equipment. Therefore, before the above-mentioned slurry enters the production process, it is necessary to remove the iron filings present therein. The slurry after iron removal is processed and turned into powder. Affected by the quality of iron removal, there will be more or less iron filings in the powder, and the iron filings must be removed before finally entering the production...

AI Technical Summary

Problems solved by technology

This kind of iron remover cannot realize automatic continuous feeding, and the

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