大众科技
大衆科技
대음과기
DAZHONG KEJI
2014年
9期
103-107,99
,共6页
多金属复杂矿%高效磨矿%铅锑浮选新药剂%高效锌硫分离%选矿回收率
多金屬複雜礦%高效磨礦%鉛銻浮選新藥劑%高效鋅硫分離%選礦迴收率
다금속복잡광%고효마광%연제부선신약제%고효자류분리%선광회수솔
Polymetallic ore%high efficiency grinding%lead and antimony new flotation reagents%effective zinc sulfur separation of fine slime tinstone%recovery rate
文章实验通过高效磨矿分级技术、铅锑浮选新药剂、高效锌硫分离技术、细泥锡石回收新技术的研究，研究出了更适合105号矿体矿石的工艺流程和新技术，解决了过去100号矿选矿存在的磨矿锡石过粉碎、铅锑精矿含锌较高、锌硫分离精矿质量难保证、作业回收率低、矿泥锡石选别指标差等长期存在的技术难题。
文章實驗通過高效磨礦分級技術、鉛銻浮選新藥劑、高效鋅硫分離技術、細泥錫石迴收新技術的研究，研究齣瞭更適閤105號礦體礦石的工藝流程和新技術，解決瞭過去100號礦選礦存在的磨礦錫石過粉碎、鉛銻精礦含鋅較高、鋅硫分離精礦質量難保證、作業迴收率低、礦泥錫石選彆指標差等長期存在的技術難題。
문장실험통과고효마광분급기술、연제부선신약제、고효자류분리기술、세니석석회수신기술적연구，연구출료경괄합105호광체광석적공예류정화신기술，해결료과거100호광선광존재적마광석석과분쇄、연제정광함자교고、자류분리정광질량난보증、작업회수솔저、광니석석선별지표차등장기존재적기술난제。
This experiment through efficient grinding technology, lead and antimony, zinc sulfide new flotation reagents for efficient separation technology, fine slime tinstone recycling new technology research, research on the process and new technology is more suitable for ore No. 105 orebody, solve the grinding cassiterite past No. 100 ore dressing of crushing, lead and antimony concentrate containing zinc, zinc sulfide concentrate with high separation quality difficult to guarantee, operation recovery rate is low, the slime cassiterite choose don't index and other technical problems exist for a long time.
