Particle SIZE 65D 150D 270D

+212 0-1 0-1 0

+150-212 0-3 0-1 0

+106-150 4-8 0-2 0-1

+75-106 9-17 2-6 0-3

+45-75 24-32 13-21 7-11

-45 47-55 72-82 84-94

The magnetic substance is over 99.8% , fineness (ー325 mesh)93% , true density 6.8-7, the model size is complete, the daily output is 80 tons.

Heavy medium beneficiation is a method to separate ore particles by their specific gravity in a medium whose specific gravity is greater than that of water. That is to say, minerals with different specific gravity are separated from each other in the direct fluid or two-phase fluid by the principle of floating and sinking. The specific gravity of the separation medium used is between the specific gravity of the high and low specific gravity mineral particles being separated. The ore particles with small specific gravity float and the ore particles with large specific gravity sink in order to achieve the goal of separation

Application characteristics of dense medium beneficiation: the particle size and shape of ore particles no longer play a role in separation, so should be able to separate the particle size class is very wide, density difference is very small, different shapes of materials. In particular, the particle size is very small, and the density is very close to the density of the medium, its floating and sinking stratification speed is very low, in order to make it perfect stratification, Jiangsu heavy medium ferrosilicon powder, it takes a long time, heavy medium ferrosilicon powder plant, this is bound to reduce the production capacity of the equipment. Dense medium beneficiation is a method in which the density of the medium is greater than that of water. Heavy medium beneficiation process: medium preparation. The process of crushing and grinding is basically the same as that of crushing and grinding raw ore in general concentrator.

Dense medium beneficiation is a method in which the density of the medium is greater than that of water. It belongs to gravity beneficiation method, including gravity beneficiation and suspension beneficiation. The so-called heavy medium usually refers to the density of more than 1000 kg/m3 medium. Such a medium consists of a heavy suspension of two fluids. Ore dressing in such medium is called heavy medium dressing. The density of heavy medium is usually between the density of light mineral and that of heavy mineral in ore, namely ρ2 & GT