Introduction

In the magnetic separation of monazite and zircon, the machine only consumes about 2 degrees of electricity for each ton of zircon ore processed by magnetic separation. It can also be used for the magnetic separation of rare earth ore, and can fully recover the rare earth tailings that can not be recovered by the disk magnetic separator and the shaking table. The recovery rate 3is over 95%. In the magnetic separation of zircon, rutile, niobium tantalite, it can achieve the purpose of separation at one time.

Use

The machine is mainly used for: Zirconite, monazite, rutile, andalusite, manganese ore, rare earth ore, niobium tantalite, limonite, chromite, titanium ore and other minerals separation and purification of quartz, feldspar and other non-metallic materials iron removal.

Structure and working principle

The machine is composed of frame, weak magnetic iron removal roller, rare earth strong magnetic roller, rare earth strong magnetic roller, hopper, brush roller, stainless steel receiving device, motor and other components. The original mineral is evenly scattered from the hopper to the iron removal roller, after the iron removal flow to the strong magnetic roller magnetic separation of strong and weak magnetic minerals and finally into the strong magnetic roller, due to the magnetic induction centrifugal force of magnetic minerals and non-magnetic minerals through the magnetic roller is different, so that the weak magnetic minerals fall into the middle ore bucket, the middle weak magnetic ore brush from the magnetic roller and fall into the magnetic ore bucket. The non-magnetic ore does not change its motion path and falls into the non-magnetic ore bucket in front ofit. So as to achieve the purpose of mineral sorting.

Product video