Ore powder particle separation device

Abstract

The invention discloses an ore powder particle separation device. The device comprises device main bodies, wherein left-right symmetric inserting connecting blocks are fixedly arranged on the upper end faces of the device main bodies, and inserting connecting holes are formed in the inserting connecting blocks; and a separation cavity is formed in the device main bodies, a screening device is arranged on the outer side of the separation cavity, the screening device comprises detachable annular blocks, a screen is fixedly arranged in the annular blocks, and the screening device works to drive the screen to generate small-amplitude vibration. According to the ore powder particle separation device, ore powder particles are preliminarily screened through the vibratile screen, and then the screened ore particles are screened through wind, so that the screening precision of the ore powder is improved; and secondly, the whole device can be combined and installed, the ore powder particles canbe separated into different grades according to the size of meshes of the screen, the separated particles are collected separately, the use is convenient, the separation requirements of the ore powderwith different sizes can be met, and the separation efficiency is high.

Description

technical field [0001] The invention relates to the technical field of ore powder separation, in particular to an ore powder particle separation device. Background technique [0002] The traditional separation of ore powder particles is separated by an ore powder centrifuge. The centrifuge can settle and separate the ore powder in the centrifugal field according to the different density, size and shape of the ore powder, but it is expensive and not suitable for general use. Secondly, , when the ore powder in the device is centrifugally separated, affected by the content of the ore powder, the ore powder at the bottom of the centrifugal cylinder cannot be separated, and the bottom ore powder can only be separated by increasing the centrifugal force of the cylinder, which will lead to a decrease in separation accuracy and increase The operating cost of the device. In addition, the traditional mineral powder separator cannot adjust the separation level of the mineral powder, an...

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Problems solved by technology

[0002] The traditional separation of ore powder particles is separated by an ore powder centrifuge. The centrifuge can settle and separate the ore powder in the centrifugal field according to the different density, size and shape of the ore powder, but it is expensive and not suitable for general use. Secondly, , when the ore powder in the device is centrifugally separated, affected by the content of the ore powder, the ore powder at the bottom of the centrifugal cylinder cannot be separated, and the bottom ore powder can only be separated by increasing the centrifugal force of the cylinder, which will lead to a decrease in separation accuracy and increase The operating cost of the device. In addition, the traditional mineral powder separator cannot adjust the separation level of the mineral powder, and cannot be applied to different precision grade requirements.

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