Research On The Separation Of Ultrafine Stromite, Illite, Albite And Quartz By Hydrophobic Aggregation

Society for Mining, Metallurgy & Exploration
Yongping Hu Dianchen Cai Congya Zhang
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
197 KB
Publication Date:
Jan 1, 1995

Abstract

China is a rich in stromite mineral resource. Unfortunately, the resource is very difficult to separate by using conventional flotation method because stromite and gangue minerals are very fine disseminated, the average size of them is about 10 µm or below, and the content of clay minerals such as illite is 19% or even more. In this paper, the aggregation floatation behavior of ultrafine (-10 µm) stromite, illite, ablbite and quartz using anion collector were studied. The result show that, Oxidized paraffin (O.P) is a good collector and has better selectivity for stromite particles flotation. The salted sodium silicate depressed illite gangues minerals effectively. The separation of mineral mixtures was carried on successfully at one stage flotation by the technique. The mechanism of O.P. and salted sodium silicate were studied and discussed by using IR and Zeta- potential measurements.
Citation

APA: Yongping Hu Dianchen Cai Congya Zhang  (1995)  Research On The Separation Of Ultrafine Stromite, Illite, Albite And Quartz By Hydrophobic Aggregation

MLA: Yongping Hu Dianchen Cai Congya Zhang Research On The Separation Of Ultrafine Stromite, Illite, Albite And Quartz By Hydrophobic Aggregation. Society for Mining, Metallurgy & Exploration, 1995.

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