Iron Ore Processing Plant Design

Iron Ore Processing Plant Design

Iron Ore Processing Machine

Iron Ore Processing Machine is an ideal large-scale grinding equipment, widely used in cement, electric power, metallurgy, chemical, non-metallic minerals and other industries. It integrates crushing, drying, grinding and grading and conveying. It has high production efficiency and can grind the bulk, granular and powder raw materials into the required powdery materials.

The Iron Ore Processing Machine is a negative pressure wind sweep type grinding equipment. The slag is dried to grind the slag. The slag material enters the center of the grinding disc from the feeding port, and the slag which is ground by the grinding roller on the grinding disc is divided into two parts. A small portion of the high-moisture new slag and most of the ground non-finished slag with lower moisture are guided under the centrifugal force to the underside of the grinding roller. After the blowing is reduced, the grinding roller compacts the slag. The grounding force of the grinding arrangement is generated by the self-weight of the grinding roller itself and the pressure of the hydraulic system. The grinding roller is rotated by friction with the abrasive bed, and the sensor mounted on the rocker arm and the buffer limiter prevent direct contact of the grinding roller with the grinding disc. In normal operation, the grinding roller and the grinding disc are at least 5 mm apart.

Iron Ore Processing Machine status

Compared with the traditional cement plant raw materials, the slag has poor abrasiveness and poor abrasiveness. Therefore, the wear problem of the Iron Ore Processing Machine once limited the development of the Iron Ore Processing Machine. With the advancement of wear-resistant technology, and the introduction of foreign wear-resistant materials. The problem of wear-resistant materials in Iron Ore Processing Machines was solved. Nowadays, the general roller sleeve of the Iron Ore Processing Machine is the wear-resistant layer of the outer ring of the casting base material. Although the problem of the wear-resistant material is solved, the thickness range of the wear-resistant layer has always been disputed, and the wear-resistant layer is thick and economically poor. The wear layer is thin and has a low service life. Therefore, rational design of the wear-resistant layer area and thickness of the surfacing layer becomes a key issue for surfacing. Several Iron Ore Processing Machines produced by our company have made unremitting efforts for the successful operation of several equipments from the trial production to the present. They have been making progress in the test and reasonable determination of such parameters in the test.

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