A device for enrichment, extraction and separation of associated rare and precious metal elements

Abstract

The invention discloses associated rare and precious metal element enriching, extracting and separating equipment. The associated rare and precious metal element enriching, extracting and separating equipment comprises a burning machine body and an extracting machine body fixedly arranged on the bottom of the right end of the burning machine body. The associated rare and precious metal element enriching, extracting and separating equipment is characterized in that a first cavity is arranged in the burning machine body, wherein a first guide slide block is connected in a first guide slide slotin a sliding fit mode; a first regulating threaded rod which extends left and right is connected in the first guide slide block in a threaded fit mode; a first motor is embedded into the inner wall ofthe right end of the first guide slide slot; the extending tail end of the right end of the first regulating threaded rod is in power connection with the tail end of the left end of the first motor;a stainless steel mesh disc is suspended on the bottom of the first guide slide block; three steel wire ropes, tops of which are connected, are arranged on the top of the stainless steel mesh disc; and a hoisting mechanism used for connecting a first steel wire rope is arranged in the first guide slide block. The associated rare and precious metal element enriching, extracting and separating equipment is simple in structure, is convenient to operate, is convenient to store, is convenient for moving and carrying, and improves extracting efficiency and effect.

Description

technical field [0001] The invention relates to the technical field of metal enrichment, extraction and separation, in particular to a device for the enrichment, extraction and separation of associated rare and precious metal elements. Background technique [0002] At present, most of the existing metal enrichment, extraction and separation devices are simply dissolved to extract the required solution, and the metal elements in the ore are not fully excavated, resulting in waste of resources. The general extraction equipment is large in size, covers a large area, and complicated to operate. Moreover, it is a production line for extraction, the purchase cost and labor cost are extremely high, which brings a big problem to the extraction work. The time of general enrichment extraction cannot be controlled, which makes the extraction effect extremely poor. There are less metals in the extraction solution and more impurities. And when filtering, due to long time filtering, the f...

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Problems solved by technology

[0002] At present, most of the existing metal enrichment, extraction and separation devices are simply dissolved to extract the required solution, and the metal elements in the ore are not fully excavated, resulting in waste of resources. The general extraction equipment is large in size, covers a large area, and complicated to operate. Moreover, it is a production line for extraction, the purchase cost and labor cost are extremely high, which brings a big problem to the extraction work. The time of general enrichment extraction cannot be controlled, which makes the extraction effect extremely poor. There are less metals in the extraction solution and more impurities. And when filtering, due to long-time filtering, the filter screen will be clogged, therefore, there is an urgent need for a rare metal enrichment, extraction and separation device

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