Super-gravity ore separator

Abstract

The invention discloses a super-gravity ore separator comprising a rack, a motor, a rotating disc main shaft, a concentrate tank, a middling cutting device, a separation rotating disc, an ore feeding device, a washing water device, an ore discharging water pipe, a tailing cover and a belt pulley. The separation rotating disc is of a conic structure and is composed of a base disc, a rotating disc supporting seat and a plurality of rotating disc lining plates. The rotating plate supporting seat is fixedly arranged on the base disc. The base disc is connected with the rotating disc main shaft. The multiple rotating disc lining plates are spliced and fixed on a rotating disc supporting seat. The separation rotating disc is connected with the rotating disc main shaft. The washing water device and the ore discharging water pipe are arranged on the inner wall of the tailing cover. The concentrate tank is arranged on the outer wall of the tailing cover. An opening of the concentrate tank faces one side of the tailing cover. The ore discharging water pipe and the middling cutting device are arranged at the clockwise near end of the concentrate tank. A moving baffle is arranged at the clockwise far end of the concentrate tank. An ore feeding pipe is arranged in the separation rotating disc. The super-gravity ore separator is reasonable in structure and stable in operation and can work continuously, large-scale equipment is easy to realize, and the separation effect is good.

Description

technical field [0001] The invention belongs to the technical field of mineral separation, and in particular relates to a supergravity concentrator, in particular to a KGS supergravity concentrator. Background technique [0002] At present, due to the restriction of the level of mineral processing technology, it is difficult to recycle fine minerals. Although centrifugal force has been introduced to enhance the settlement of fine mud, various centrifugal mineral processing equipment have been invented at home and abroad, but due to the limitation of its separation principle and structure, There are many problems in these centrifugal beneficiation equipment, therefore, they cannot be widely used. The main problems of centrifugal beneficiation equipment today are as follows: first, it cannot work continuously; second, there is a serious ditch problem; third, it consumes a lot of water and electricity; fourth, the equipment structure is complex and difficult to operate. Fifth,...

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Problems solved by technology

[0005] In view of this, the present invention provides a KGS ore concentrator for the existing centrifugal beneficiation equipment that cannot work continuously, has a complex structure, and consumes a lot of water and electricity. The device has a reasonable structure, stable operation, and continuous work. And it is easy to realize large-scale equipment and good sorting effect

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