Carbon inhibitor in lead-zinc sulfide ore flotation process and application thereof
A lead-zinc sulfide, flotation process technology, applied in flotation, solid separation and other directions, can solve the problem of difficult inhibition of carbonaceous gangue minerals, and achieve the effects of inhibiting carbon flotation, improving mineral processing indicators, and reducing consumption.
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[0032] A flotation study was carried out on a carbon-bearing lead-zinc mine in Inner Mongolia. The main metal minerals are sphalerite, galena and pyrite, and the grade of zinc is 5.28%, the grade of lead is 2.23%, and the grade of iron is 8.3%. The rest of the metal minerals are low in content. Gangue minerals are mainly dolomite, calcite and organic carbon. The carbon content in the ore reaches 4.75%. The nature of the ore is complex, the symbiotic relationship between lead and zinc is close, the useful minerals lead, zinc and carbon are closely related, and the ore contains a large amount of organic carbon. These carbons have good floatability. If lead and zinc are directly flotationd during the flotation process, the carbon will inevitably enter the lead concentrate and zinc concentrate and affect the concentrate grade. Therefore, the key to solving this ore flotation lies in effective Separation of galena, sphalerite and organic carbon.
[0033] Adopt carbon depressant ...
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