What is the structure of the hottest magnetic sepa

2022-08-02
  • Detail

What is the structure of the magnetic separator

explanation of magnetic separator terms the magnetic separator in this section is applicable to common faults 4: wet magnetic separation of magnetite, pyrrhotite, roasted ore, ilmenite and other materials with a particle size of less than 3mm. It is also used for iron removal of coal, non-metallic ore, building materials and other materials

the magnetic system of the magnetic separator is made of high-quality ferrite material or composite with rare earth magnetic steel. The average magnetic induction intensity of the cylinder surface is 100 ~ 600Mt. According to the needs of users, it can provide a variety of magnetic separation with different surface strengths, such as forward flow, semi reverse flow, reverse flow, etc. The magnetic separator has the advantages of simple structure, large processing capacity, convenient operation, easy maintenance, etc

classification of magnetic separators this section can be divided into: permanent magnetic separators and electromagnetic iron separators according to the types of magnets. According to the dry and wet conditions of the ore, it can be divided into: dry iron separators, wet iron separators

basic structure of magnetic separators this section of wet permanent magnetic drum magnetic separators is mainly composed of four parts: cylinder, magnetic system, tank body and transmission part. The cylinder is rolled and welded into a cylinder by mm stainless steel plate, and the end cover is a cast aluminum part, which is connected with the cylinder by stainless steel screws. The motor drives the cylinder to rotate through the reducer. The magnetic system is an open magnetic system, which is installed in the cylinder. The magnetic block is installed on the bottom plate of the yoke with stainless steel bolts. The shaft of the yoke extends out of the cylinder, and the shaft end is fixed with a crank arm. The deflection angle of the magnetic system can be adjusted by pulling the crank arm, and can be fixed with a pull rod after appropriate adjustment. The working area of the tank body is made of stainless steel plate, and the frame and other parts of the tank body are welded with ordinary steel

working principle of magnetic separator after the ore slurry of this section flows into the tank through the ore feeding box, the ore particles enter the feeding area of the tank in a loose state under the action of the water flow of the ore feeding spray pipe. Under the action of the magnetic field, the magnetic ore particles are magnetically concentrated to form a "magnetic mass" or "magnetic chain". The "magnetic mass" or "magnetic chain" is affected by the magnetic force in the pulp, moves towards the magnetic pole, and is adsorbed on the cylinder. As the polarity of the magnetic poles is arranged alternately along the rotation direction of the cylinder, and the newly revised entry conditions for titanium dioxide powder industry is not fixed during operation, the "magnetic mass" or "magnetic chain" will produce magnetic stirring phenomenon due to the alternation of magnetic poles when rotating with the cylinder, and the gangue and other non-magnetic minerals contained in the "magnetic mass" or "magnetic chain" will fall off during the turning, and the "magnetic mass" or "magnetic Lotus" finally absorbed on the cylinder surface is the concentrate. The concentrate turns to the place with the weakest magnetic force at the edge of the magnetic system along with the cylinder, and is unloaded into the concentrate tank under the action of the washing water flow ejected from the ore discharge pipe. The non-magnetic or weak magnetic minerals are left in the pulp and discharged out of the tank with the pulp, that is, tailings

technical parameters of magnetic separator: cylinder diameter mm cylinder length mm cylinder speed r/min feeding particle size mm magnetic field strength GS processing capacity t/h power kw

ctb 5

CTB . 2

CTB . 2

CTB

CTB

CTB

CTB . 5

CTB . 5

CTB . 5

CTB . 5

c with less oil and bubbles TB 5

CTB . 5

Copyright © 2011 JIN SHI