Development and Industrial Experimental Study on Germen AFX-100 Classifier
Germany-made AFX-100 multi-grade fluidized classifier, with exquisite built-in structure and unique novel design, materializes not only advanced and efficient classification, but also precise particle distribution and safe operation, in addition to lower energy consumption and operational cost. It, simultaneously in place of screw grader, water cyclone, and fine mesh sieve, is equipped with multi-function, and indicates superior advantage in comparison with other else grading facilities. As the third-generation equipment, which is efficient and modern, it, in China and therefore all over the world, will fred wide application in processing both fine and ultra-fine iron ore resources.Industrial test, carried out in Benxi Steels Waltoushan Iron Mine, shows efficient classification, i.e.,-74μm particle contents in coarse, medium and t-me products come to 6.09%,11.82% and 82.73%,respectively, while qualitative and quantitative efficiencies end up by 74.38% and 87.66%, respectively. Its separation efficiencies amount to 2.2 times as many as spiral classifiers, 1.8 times as hydrocyclones, and 1.3 times as vibration high-frequency fine screens. Another industrial test, which was practiced in Anshan Steels Donganshan Sinter Plant, indicates that classification qualitative efficiency comes to 65.06%, equal to 1.51 times as many as hydrocyclones; yield, 55.79%; -71μm particle contents in medium and coarse products, 42.02%; -71μm content in free product, 95.42%;and concentration, 12.33%. Estimated separation indexes are as follows: Yield for concentrate at 31.22%, up 0.22% than that from general processing line; concentrate grade at 66.42%, up 1.13%;recovery ratio comes to 65.84%, up 1.28%, which, based on pilot study, results in 20 million yuan of economic return for Donganshan Floatation Plant.
Multi-grade fluidized classifier The third generation classifier Novel classifier
L. S. Zhou R. Li L. M. Kang Q. F. Duan
China Metallurgy and Mining Co., China
国际会议
XXIV International Mineral Processing Congress(第24届国际矿物加工大会)
北京
英文
631-639
2008-09-24（万方平台首次上网日期，不代表论文的发表时间）