A multifunctional mineral processing equipment

Abstract

The invention relates to a multifunctional mineral separation device, comprising a first-level workbench, a second-level workbench, a feeding opening, a dust removal system, a filtering system, a first-level magnetic separation system, a second-level crushing system, a second-level magnetic separation system, a screening system and a cleaning system, wherein the dust removal system and the filtering system are arranged on the first-level workbench; the first-level magnetic separation system, the second-level crushing system and the second-level magnetic separation system are arranged on the second-level workbench; and the screening system and the cleaning system are located below the second-level workbench. The device disclosed by the invention can be used for performing crushing, dust removing, screening and cleaning on mineral materials to obtain minerals with good conditions and high values, the mineral separation process is environmentally friendly and efficient, and the fine sieving is performed on the mineral materials, so that the mineral materials with economic values can be fined and treated, the subsequent treatment is simplified and the mineral treating efficiency is improved effectively. The device can prevent the occurrence of jamming of machines due to hardness and particle problems of the minerals, and is short in production cycle, high in processing efficiency,low in cost, and capable of further cleaning the collected minerals to reduce the probability of impurities, so that the selected minerals are relatively high in economic value.

Description

technical field [0001] The invention relates to the technical field of mineral processing equipment, in particular to a multifunctional mineral processing equipment. Background technique [0002] The current concentrators have the following problems: First, the regular use of chemical methods to mine and screen minerals is prone to produce a large amount of heavy metal industrial wastewater, which not only produces a large number of hidden dangers to production safety , Second, it has greatly affected the local ecological environment, and it is very easy to embark on a vicious circle of development first and then governance. Second, the current concentrator can only roughly screen the minerals, and cannot further process them and purify and extract the economically valuable parts. Thirdly, most of the current concentrators only use physical machinery to screen and separate minerals. It is easy to cause the machine to get stuck due to the hardness and particle problems of th...

AI Technical Summary

Problems solved by technology

[0002] The current concentrators have the following problems: First, the regular use of chemical methods to mine and screen minerals is prone to produce a large amount of heavy metal industrial wastewater, which not only produces a large number of hidden dangers to production safety , secondly, it has greatly affected the local ecological environment, and it is very easy to embark on a vicious circle of development first and then governance

Second, the current concentrator can only roughly screen the minerals, and cannot further process them and purify and extract the economically valuable parts

Thirdly, most of the current concentrators only use physical machinery to screen and separate minerals. It is easy to cause the machine to get stuck due to the hardness and particle problems of the ore. This prolongs the production cycle and reduces the mining cost. and processing efficiency, greatly increasing the cost

Fourth, the current concentrator cannot subdivide the minerals with economic value, which makes the subsequent processing complicated and low processing efficiency

Fifth, the current beneficiation system and equipment seldom further clean the collected ore, and there are many impurities, making the selected ore low in purity and low in economic value

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