Fragment material deironing device for aluminum product recovery processing

Abstract

The invention provides a fragment material deironing device for aluminum product recovery processing, which comprises a plurality of material grooves arranged at intervals, a discharge groove is reserved between every two adjacent material grooves, a first material guide plate and a second material guide plate are arranged above the discharge grooves, and the second material guide plate is located above the first material guide plate. The first material guide plate and the second material guide plate incline downwards in the same direction, so that a feeding flow channel for continuous feeding is formed among the multiple material grooves. The device also comprises a rotating rod across the plurality of material grooves. A plurality of magnetic separation impellers are arranged on the rotating rod corresponding to the plurality of material grooves, a plurality of electromagnets are mounted on the magnetic separation impellers, and the magnetic separation impellers extend into the corresponding material grooves, drive internal materials to rotate, drive the aluminum fragments to rise to the first material guide plate and pour the aluminum fragments to move into the next material groove, and drive the iron fragments to rise to a second guide plate, and pour the iron fragments to fall into a discharge groove; waste fragments can be subjected to multi-stage stirring, conveying and magnetic separation, and the iron removal quality is effectively improved.

Description

technical field [0001] The invention relates to the field of iron removal devices, and more specifically, to a scrap material iron removal device for recycling and processing aluminum products. Background technique [0002] The production and processing of aluminum ingots, a large part of the raw materials are processed with recycled aluminum products, mainly including several steps of multi-stage crushing, iron removal, smelting, pouring, and forming. Among them, the iron removal process will affect the quality of aluminum The overall purity of the ingot, most of the traditional iron removal devices use vibrating iron removal sieves for separation. The general vibrating iron removal sieve drives the movement of material fragments through vibration, and only performs one magnetic iron removal action. needs improvement. Contents of the invention [0003] In order to overcome the defects of the prior art, the technical problem to be solved by the present invention is to pro...

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Problems solved by technology

[0002] The production and processing of aluminum ingots, a large part of the raw materials are processed with recycled aluminum products, mainly including several steps of multi-stage crushing, iron removal, smelting, pouring, and forming. Among them, the iron removal process will affect the quality of aluminum The overall purity of the ingot, most of the traditional iron removal devices use vibrating iron removal sieves for separation. The general vibrating iron removal sieve drives the movement of material fragments through vibration, and only performs one magnetic iron removal action. needs improvement

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