Magnetic separator is a selection machine equipment used to remove vermicelli and other materials from powder like particles. After the coal slurry is injected into the acid washing tank through the ore feeding box, the ore particles enter the acid washing tank in a loose state under the water flow effect of the water spraying pipe head. In the effect of electromagnetic fields, magnetic ore particles generate magnetic agglomeration and generate "magnetic clusters" or "bt links". "Magnetic clusters" or "bt links" in coal slurry are affected by magnetic effects and move towards the magnetic field, which is attached to the drum.
Because the rotation direction of the magnetic field changes along the rotation direction of the drum, and it remains fixed during operation, the "magnetic cluster" or "bt link" causes magnetic mixing when rotating with the drum due to the change of the magnetic field. Non magnetic minerals such as gangue mixed in the "magnetic cluster" or "bt link" fall off during rolling, and finally the "magnetic cluster" or "magnetic lotus" adhered to the surface of the drum is titanium concentrate. Magnetic separator equipment is generally used for waste recycling, wood industry, coal industry, kiln industry, organic chemistry, food and other factories, wet test magnetic separator equipment suitable for raw materials such as Hematite, Pyrrhotite, peishao ore, Ilmenite with particle size distribution of less than 3 mm, and also used for iron removal of raw materials such as coal, mining enterprises, decorative building materials. It is one of the most widely used and highly practical models in the industry.
The magnetic separator manufacturer's equipment is one of the most widely used and practical models in the industrial industry, suitable for separating chemical substances with magnetic differences. Magnetic separator equipment is widely used in coal, wood, kiln, organic chemistry, food and other fields. For the coal industry, the magnetic separator manufacturer's equipment is suitable for wet test or dry test of manganese ore, Hematite, Pyrrhotite, Peishao ore, Ilmenite, hematite Limonite and other raw materials with particle size distribution of less than 50 mm, as well as for iron removal of coal, mining enterprises, decorative building materials and other raw materials. Magnetic separator equipment can be divided into two categories. The magnetic system of rare earth permanent magnetic separator is mostly made of high-quality Ferrite core raw materials or composite with rare earth magnetic tile. In earlier cases, the average magnetic flux on the surface of the magnetic cylinder of the magnetic separator is 80-400MT. With the continuous development trend of technology, after the magnetic separator can be made into a roller shape, the magnetization intensity has also increased to 1650MT, which is already the maximum magnetization intensity evaluated at this stage.
Detailed introduction to the classification of magnetic separator equipment
Many minerals that can be screened by magnetic separator equipment, such as Hematite, Limonite, Hematite, manganese Siderite, Ilmenite, Wolframite, manganese ore, manganese carbonate ore, manganese ore in metallurgical industry, manganese oxide ore in air, iron ore, porcelain clay, rare earth ore, etc. can be separated by magnetic separator. The entire process of the magnetic separator equipment is achieved through the screening of ore particles in the electromagnetic field of the magnetic separator, relying on the effectiveness of magnetic and mechanical equipment forces. Different magnetic ore particles follow different trajectories for fitness exercise, and are then screened into two or several types of independent mineral processing plant products.
Magnetic separator is a selection machine equipment used to remove vermicelli and other materials from powder like particles. After the coal slurry is injected into the acid washing tank through the o