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鑫鹰科技研发生产的叠层高频振动细筛、防堵耐磨聚酯筛网、直线振动脱水筛、圆筒筛和振动防堵高效斜管浓密机等主导产品，是选矿、环保科技国家重大技术装备国产化产品，是 鑫鹰科技研发生产的叠层高频振动细筛、防堵耐磨聚酯筛网、直线振动脱水筛、圆筒筛和振动防堵高效斜管浓密机等主导产品，是选矿、环保科技产业中**的国家重 湖北鑫鹰环保科技股份有限公司.
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近日，鑫鹰科技成功地交付了多台叠层高频振动筛机给客户，以高品质的交付成果再次赢得了客户的信赖。 公司在产品质量和服务方面成功通过了各种检查，最终赢得了客户的信任 湖北鑫鹰环保科技股份有限公司 地址：湖北省黄石市黄金山开发区大棋路281号 总经理：洪镇波 电话：136-0007-6296 售后热线：4006-622-333 网址： xinyingtec 筛机,振动筛,磁选机,浓密机,尾矿干排系统 --湖北鑫鹰
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简介 ： 鑫鹰科技是一家选矿装备制造商，公司主要产品有三叠层高频振动细筛、单层筛、直线振动脱水筛、旋流器、复合脉动立环高梯度磁选机、圆筒脱渣筛、聚酯筛网、分矿器 鑫鹰科技研发生产的叠层高频振动细筛、防堵耐磨聚酯筛网、直线振动脱水筛、圆筒筛和振动防堵高效斜管浓密机等主导产品，是选矿、环保科技国家重大技术装备国产化产品，是 筛机,振动筛,磁选机,浓密机,尾矿干排系统 --湖北鑫鹰
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鑫鹰科技研发生产的叠层高频振动细筛、防堵耐磨聚酯筛网、直线振动脱水筛、圆筒筛和振动防堵高效斜管浓密机等主导产品，是选矿、环保科技产业中重大技术装备国产化产品， 电话： 0714-326****. 邮箱： 1****@qq. 官网： xinyingtec. 地址： 黄金山开发区有色工业园大棋路281号. 简介：. 湖北鑫鹰环保科技股份有限公司成立于2011年03 湖北鑫鹰环保科技股份有限公司 爱企查
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鑫鹰科技研发生产的叠层高频振动细筛、防堵耐磨聚酯筛网、直线振动脱水筛、圆筒筛和振动防堵高效斜管浓密机等主导产品，是选矿、环保科技产业中**的国家重大技术装备国产化 Способ состоит из загрузки строительного материала из приемного бункера черезRU2191628C2 Способ приготовления Google Patents
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The invention provides an efficient combined collector for spodumene. The collector comprises the following components in parts by weight: 50-60 parts of oxidized paraffin soap powder 733, 5-15 parts of sodium naphthenate, 10-15 parts of fatty alcohol polyoxyethylene ether carboxylate sodium and 10-20 parts of quaternary ammonium salt.CN108525858A 钽铌选矿厂尾砂回收锂云母精矿的方法 Google PatentsCN108525858A 钽铌选矿厂尾砂回收锂云母精矿的方法
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CN106944255A CN201710230136.5A CN201710230136A CN106944255A CN 106944255 A CN106944255 A CN 106944255A CN 201710230136 A CN201710230136 A CN 201710230136A CN 106944255 A CN106944255 A CN 106944255A Authority CN China Prior art keywords tooth plate magnetic medium medium box fixed double wedge Prior L'invention concerne un procédé de production de Fe 2 O 3 à haut degré de pureté pour des applications à valeur ajoutée comprenant une charge de haut-fourneau provenant d'une boue de minerai de fer de basse qualité, comprenant les étapes consistant à séparer, par le biais d'une dispersion non sélective, des particules ultra fines contenant du fer WO2011099030A1 Procédé de production de fe2 o3 à haut
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CN112958273A CN202110343710.4A CN202110343710A CN112958273A CN 112958273 A CN112958273 A CN 112958273A CN 202110343710 A CN202110343710 A CN 202110343710A CN 112958273 A CN112958273 A CN 112958273A Authority CN China Prior art keywords ton concentrate pegmatite type lithium ore Prior art date The utility model discloses a magnetic medium stick. The cross section of the magnetic medium stick is polygonal or is provided with teeth distributed along the circumferential direction; the polygon comprises 3 to 8 edges; and 2 to 8 teeth are formed on the cross section. The magnetic medium stick is relatively high in magnetic field intensity and Magnetic medium stick and magnetic separator Google Patents
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CN111229470A CN202010157061.4A CN202010157061A CN111229470A CN 111229470 A CN111229470 A CN 111229470A CN 202010157061 A CN202010157061 A CN 202010157061A CN 111229470 A CN111229470 A CN 111229470A Authority CN China Prior art keywords beneficiation activator agent lepidolite preparation Prior art date 2020 CN105013620B CN201510356506.0A CN201510356506A CN105013620B CN 105013620 B CN105013620 B CN 105013620B CN 201510356506 A CN201510356506 A CN 201510356506A CN 105013620 B CN105013620 B CN 105013620B Authority CN China Prior art keywords parts collecting agent spodumene quaternary ammonium weight Prior CN105013620B Google Patents
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The invention relates to a method for preparing lithium-contained potassium sodium feldspar powder in tantalum-niobium ore waste rocks. A combined process with magnetic separation, high gradient magnetic separation, hydraulic cyclone and magnetic fluid separation is adopted. The tantalum-niobium ore waste rocks are crushed, screened, ground and The invention discloses a beneficiation activator for a lepidolite flotation process, relates to the technical field of fireproof coatings, and particularly relates to the beneficiation activator for the lepidolite flotation process, which comprises the following raw materials in parts by weight: 60% of beneficiation activating agent, 30% of collecting agent and 10% of CN111229470A Mineral separation activating agent for lepidolite
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The invention discloses a process for sorting rubidium-lithium rare metal ores, which comprises the following steps: grinding, desliming, preparing a flotation aid and performing flotation; in the flotation treatment, sodium carbonate is adopted to adjust the pH value of ore pulp to 7-8, water glass is used as a dispersing agent, a flotation aid is metal sulfate or CA2789308A1 CA2789308A CA2789308A CA2789308A1 CA 2789308 A1 CA2789308 A1 CA 2789308A1 CA 2789308 A CA2789308 A CA 2789308A CA 2789308 A CA2789308 A CA 2789308A CA 2789308 A1 CA2789308 A1 CA 2789308A1 Authority CA Canada Prior art keywords concentrate tailing range blast furnace value Prior art date CA2789308A1 Google Patents
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AU2010330717B2 AU2010330717A AU2010330717A AU2010330717B2 AU 2010330717 B2 AU2010330717 B2 AU 2010330717B2 AU 2010330717 A AU2010330717 A AU 2010330717A AU 2010330717 A AU2010330717 A AU 2010330717A AU 2010330717 B2 AU2010330717 B2 AU 2010330717B2 Authority AU Australia Prior art keywords The present invention discloses process of extracting feldspar concentrate from giant-grained granite. The process includes the steps of ore dressing and grading, milling and grading, gravity separating and magnetically separating. The product has Fe2O3 content below 0.09 %, and K2O Na2O content raised from 6.6 % to 12.37 %. The present CN100488638C Google Patents
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本发明书提供了一种从稀有金属选矿尾矿中回收云母和长石石英混合矿物的方法The invention relates to a process for producing high purity Fe2O3 for value- added applications including blast furnace feed from a poor-grade iron ore slime, comprising the steps of separating through a non-selective dispersion of iron-containing ultra fines having different particle sizes ranging between 100 micron to 100 nm, into coarser CN102438755A A proces for producing high purity fe2 o3 for
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CN104741245B CN201510194052.1A CN201510194052A CN104741245B CN 104741245 B CN104741245 B CN 104741245B CN 201510194052 A CN201510194052 A CN 201510194052A CN 104741245 B CN104741245 B CN 104741245B Authority CN China Prior art keywords flotation lepidolite collecting agent desliming amine Prior art date 2015 The invention provides a method for recovering mica and feldspar and quartz mixed minerals from rare metal ore dressing tailings, which adopts a novel efficient environment-friendly inhibitor and a collecting agent to float and recover mica and feldspar and quartz, and comprises the test procedures of roughing, scavenging, grinding and strong CN111389598A Google Patents
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The invention relates to a process for producing high purity Fe 2 O 3 for value- added applications including blast furnace feed from a poor-grade iron ore slime, comprising the steps of separating through a non-selective dispersion of iron-containing ultra fines having different particle sizes ranging between 100 micron to 100 nm, into coarser and finer The present invention relates to a kind of preparation method of the potassium albite in powder containing lithium in tantalum niobium concentrate barren rock, tantalum niobium concentrate barren rock is obtained the potassium albite concentrate containing a certain amount of lithium by the present invention with the combined technique of " magnetic CN105251594B Google Patents
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本发明涉及一种钽铌矿废石中锂云母的精制工艺方法，本发明以“磁选+高梯度磁选+重介质分选+浮选”的联合工艺方法CN109550566A CN201811271889.1A CN201811271889A CN109550566A CN 109550566 A CN109550566 A CN 109550566A CN 201811271889 A CN201811271889 A CN 201811271889A CN 109550566 A CN109550566 A CN 109550566A Authority CN China Prior art keywords grinding ore grinding reducing screen ore Prior art date CN109550566A 一种降低磨矿能耗 Google Patents
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The present invention discloses in a kind of Copper making process the treatment process of the middle product produced, it is characterised in that comprise the steps: to carry out ore grinding process by after product fragmentation in the middle of big block; Ball milling ore pulp carries out after pre-classification through trommel screen, and the particle that The invention provides a kind of spodumene efficient combination collecting agent, by weight, the collecting agent includes：50 60 parts of powder of oxidized paraffin wax soap 733,5 15 parts of sodium naphthenates, 10 15 parts of AEO carboxylic acid sodiums, 10 20 parts of quaternary ammonium salts.Method present invention also offers above Google Patents CN105013620B A kind of spodumene efficient
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The invention belongs to the technical field of ore metallurgy, mainly providing a novel process of molybdenum ore dressing flow as follows: ore crushing, ore grinding, classification of swirler, reclassification of linear vibrating screen, roughing and selecting. The invention completely solves the problem of fineness of the ore pulp entering the US2870908A US476266A US47626654A US2870908A US 2870908 A US2870908 A US 2870908A US 476266 A US476266 A US 476266A US 47626654 A US47626654 A US 47626654A US 2870908 A US2870908 A US 2870908A Authority US United States Prior art keywords solids hydrocyclone feed separation slurry Prior art date Legal US2870908A Hydrocyclones in closed-circuit grinding operations
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CN111068898A CN201911244552.6A CN201911244552A CN111068898A CN 111068898 A CN111068898 A CN 111068898A CN 201911244552 A CN201911244552 A CN 201911244552A CN 111068898 A CN111068898 A CN 111068898A Authority CN China Prior art keywords flotation concentrate gravity separation magnetic Prior art date 2019 A kind of method for recycling tantalum niobium from magnetic antiquated sand, aoxidizing lithium concentrate of the present invention, using the magnetic antiquated sand after tantalum niobium lithium mine ore dressing as raw material, including tantalum-niobium concentrate and oxidation lithium concentrate recycling, tantalum-niobium concentrate CN108393190A Google Patents
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CN103240185A CN201310163993XA CN201310163993A CN103240185A CN 103240185 A CN103240185 A CN 103240185A CN 201310163993X A CN201310163993X A CN 201310163993XA CN 201310163993 A CN201310163993 A CN 201310163993A CN 103240185 A CN103240185 A CN 103240185A Authority CN China Prior art keywords
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