材料研究与应用
材料研究與應用
재료연구여응용
MATERIALS RESEARCH AND APPLICATION
2014年
3期
191-195
,共5页
韩兆元%高玉德%王国生%徐晓萍%万丽
韓兆元%高玉德%王國生%徐曉萍%萬麗
한조원%고옥덕%왕국생%서효평%만려
钼矿%低品位%捕收剂CH
鉬礦%低品位%捕收劑CH
목광%저품위%포수제CH
molybdenum mine%low grade%collector CH
针对云南某钼品位0．075％的低品位钼矿，采用自主研发的高效钼矿捕收剂C H ，用水玻璃和硫化钠作精选抑制剂，最终获得钼精矿品位48．92％、回收率85．27％的指标．钼矿捕收剂C H浮选性能稳定，比常规钼矿捕收剂具有更好的选择性和捕收能力．
針對雲南某鉬品位0．075％的低品位鉬礦，採用自主研髮的高效鉬礦捕收劑C H ，用水玻璃和硫化鈉作精選抑製劑，最終穫得鉬精礦品位48．92％、迴收率85．27％的指標．鉬礦捕收劑C H浮選性能穩定，比常規鉬礦捕收劑具有更好的選擇性和捕收能力．
침대운남모목품위0．075％적저품위목광，채용자주연발적고효목광포수제C H ，용수파리화류화납작정선억제제，최종획득목정광품위48．92％、회수솔85．27％적지표．목광포수제C H부선성능은정，비상규목광포수제구유경호적선택성화포수능력．
Aiming at a molybdenum ore with a grade of Mo being 0 .075% in Yunnan province ,the high ef-ficient collector CH was investigated independently ,which was composed of sodium silicate and sodium sulfide so as to obtain the molybdenum ore with concentration of 48 .92% as well as the recovery rates of 85 .27% .The advanced molybdenum collector CH was more stable and selective than conventional molyb-denum collector .
