The Flotation Machine Is Designed for Mineral Processing by Flotation

With the constant increase of the iron ore price and the continuous increase of the electricity price in recent years, controlling the production cost to improve the profit margins is also the key to many ore beneficiation plants. Developing superfine crushing technology, improving the ore grade whiling reducing the ore feeding granularity to reduce the ore grinding cost are still important directions of the technical reform of the ore beneficiation plant. However, despite of the technical upgrading of gyratory crusher, jaw crusher (PE jaw crusher) and cone crusher, the production granularity cannot be further reduced to below 12mm, and this kind of deliberate and irrational reduction of product granularity is not high in efficiency, but challenges the safety and stability performance of the equipment.The flotation machine can be used in a pulp flotation process in a wide range of solid parts concentration as well as for enrichment of minerals of high specific gravity.The flotation machine was designed for mineral processing by flotation. The flotation machine can be used in a pulp flotation process in a wide range of solid parts concentration as well as for enrichment of minerals of high specific gravity. Thanks to the structure of the ore flotation equipment it is possible to construct a multi-cell machine where individual cells are set in line or can be set in a broken line arrangement. The multi-cell flotation machine consists of a series of sections located at different levels. A minimum distance between the levels of individual sections is 500 mm. One section can comprise up to 3 cells. The material comes to the flotation cell through a feed cell. Individual sections are linked by an intermediate channel with a valve system. The waste goes out of the machine through a waste cell. Working components of an automatic system controlling pulp level in the individual cells of a section are located in the intermediary and waste cells. The operation of the multi-cell...