The Main Features and Final Goal of Ore Beneficiation Process

Iron ore beneficiation process mainly consists of such four parts as cylinder, magnetic system, cell and transmission parts. Cylinder is made of 2-3mm welded and bent stainless steel and the terminal cover is forged aluminum plate which is connected with stainless bolts. The motor drives the cylinder to go round and round through decelerated machine. The magnetic system is open and put in the cylinder. The magnetic piece is installed on the bottom plate with stainless bolt, the axis of magnetic yoke spreads out of cylinder, and there is cranks which are fixed on the end of axis. The angle of magnetic system can be adjusted by pulling the crank, and be fixed with push rod. The working area of cell is made of stainless steel plate, and the other parts of frame and cell adopt common welded steel. Main Features of Ore Beneficiation Process: The magnetic system of iron ore beneficiation process integrates good-quality iron-oxide body materials with rare earth magnetic steel; the average magnetic induction intensity of cylinder surface is 100-600mT. According to the needs of customers, the Iron Ore Beneficiation Process can be co-current, half-countercurrent, countercurrent, and so on. The Iron Ore Beneficiation Process has the advantages of simple structure, big processing volume, convenient operation and easy maintenance, etc. The final goal and task of ore beneficiation is to separate useful minerals and useless gangue minerals and integrate the useful minerals into independent concentrate, and this process can comprehensively recycle the valuable elements, remove the impurities harmful to the metallurgy and other processing processes and improve the quality of the dressed products to fully, reasonably and economically use the mineral resources.Henan Hongxing Mining Machinery Co., Ltd is the professional manufacturer of complete sets of mining machinery, for example,sieve shaker machine, rock impact crusher Welcome all of you to visit our official website.