Supplier: Rare earth elements
Supplier: Rare earth metal, mining machinery
Buyer:
3PC Dry Intensified Magnetic Separator, applicable for separations of ilmenite, rare earth ore, chromite, tungsten and tin ores, limonite, columbium and tantalum ores, zircon, rutile, monazite, andalusite, garnet, kyanite, feldspar, quartz and other minerals with magnetic differences or removal of iron in nonmetallic minerals. Main device comprises feeding unit, weak magnetic roller, drive motor part, material conveying apparatus, magnetic disk, electromagnetic system, frame and others. The electric control section consists of components of control, voltage regulation, rectification, instrument and so on.
Strong induction intensity The equipment has high magnetic induction intensity to attract the ore with size up to 350mm, and can be applied with various model belts according to the customersí» demands.It is mainly used at the preseparation Stage to rejecting excess gangues. Maximise recovery of ferrous metals High performance magnet design to suit your application (ferrite, rare earth) to provide the most effective and efficient method of metal recovery. Minimise maintenance Wear resistant non-magnetic drum skin. Permanent magnet drums are built using high intensity non-deteriorating material, so not only is no power required to the magnet, but it will also provide maximum magnetic force for the lifetime of the machine. High permeability magnetic circuit to minimise stray magnetic fields, prolonging their life. Optimise throughput Deep field magnet systems penetrate through the product burden and remove the maximum amount of ferrous metal. This allows for a higher throughput of material to be separated efficiently. Plastic ppacking
ADC-8C multielement analyzer Applications: It is used to analyze various metal elements in ore or alloy with simple operation and low cost. It is widely applied for zinc ore, lead ore, manganese ore, copper ore, iron ore, chrome ore and alloy analysis etc. Main operation procedure: 6. Crush ores or alloy 7. Weigh by electronic balance 8. Dissolve and dilute ores or alloy powder 9. Put powder into equipment and get the result 10. Print measuring result Main features: Build-in 60 scaling grades on equipment channel, which can be automatically exchanged independently and exactly instead of manual adjustment. Automatic calibration to different light source, liquor, colorimetric wares and guarantee the measuring accuracy. Each channel sets several regression equation curves and flex control system of double communication port, it takes 6 channels as benchmark, can not only cut to 3 channels, but also can expand to 9, 12, 15, 18 channels, which is easy to plus or minus elements. Be online with C and S, then you can control result display, print, storage, inquiry timely by one PC. The precision is coincided with GB (native standard), can save large amount manpower, materials and energy for customers. Main parameters: Power voltage: 220V¨ª+10% 50HZ, electricity consumption: ¨ª_50W Colorimetric time: 5 seconds Measuring range: 0-1,999 absorbency value, 0-99.99% concentration value. Measuring elements: Si, Mn, P, Cu, Ni, Cr, Mo, rare-earth, Mg, Ti, Zn, Al, Pb, and Fe etc. Precision: confirm to GB/T223.3-5-88 standard. Main features: Complete functions with LED display, print the result directly. It is easy to operate and suitable for multi-elements analysis in materials like various metals, alloy and ores. Dissolve the sample outside the equipment without pipe electromagnetic valve corruption and aging, then the operation is more convenient, more stable function and higher reliability. Short colorimetric time and fast operation, it takes 8~15min to analyze one element. Traditional and reliable ore (alloy) analysis method. Its non-standard configuration: crusher, electronic balance and chemical reagent etc. 140KG
T130X Superfine Grinding Mill is mainly used in processing powder of mineral materials of metallurgy, building materials, chemical industry, mining, etc. It can grind non-flammable and non-explosive materials with moisture less than 6% such as Feldspar, calcite, talc, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese ore, iron ore, copper ore, phosphate rock, iron oxide red, slag, slag, activated carbon, dolomite, granite, iron oxide yellow, bean cake, chemical fertilizer, compound fertilizer, fly ash, bituminous coal, coke, lignite, Ling U.S. sand, gold, red mud, clay, Kaolin, coke, coal gangue, porcelain clay, kyanite, fluorspar, bentonite, muddy green rock, leaf wax rock, shale, purple rock, Diego rock, basalt, gypsum, graphite, insulation material, etc. Equipments: The complete set of T130X grinding mill consists of mainframe, reducer, classifier, maintenance platform, blower, collector, electric controller, etc.And some auxiliary equipments such as jaw crusher, bucket elevator, electromagnetic vibration feeder and hopper, etc. Working Principal: Large materials are crushed by jaw crusher into required size for mainframe, then the crushed materials are elevated to the hopper by bucket elevator£¬then to the grinding chamber for grinding by vibrating feeder evenly and continuously. The powder goes upwards with the airflow, after separating by the classifier, those which can meet the fineness requirement enters into the collector through pipes for separating and collecting, and discharged from the discharged valve as finished products. The airflow is sucked into blower through wind recycling pipe at the upper part of cyclone power collector. And the closed airflow circulation system with negative pressure ensures the environmental health of production line site. Technical Date: 1) Mainframe parameters Item Unit Specifications &Technical data Quantity of roller pcs 4 Diameter of roller x Height mm 410x210 Diameter of ring x Height mm 1300x210 Rotation speed rmp 103 Max. feeding size mm
The use of YGM high pressure suspension grinding mill: YGM high pressure suspension grinding mill is mainly used to grind mineral materials in metallurgy, building materials, chemical, mining and so on. It is specializing in producing fine powder of non-inflammable, non-explosive with Mohs hardness under seven, humidity in 6%, such as Quartz, long stone, calcite, talc, barite, fluorite, rare earth, marble, ceramic, aluminum vanadium soil, manganese mine, iron ore, copper mine, phosphorus ore, iron oxide red, zirconium British sand, slag, water slag, cement clinker, activated carbon, dolomite, granite, pomegranate zishi, iron oxide yellow, bean cake, fertilizer, compound fertilizer, fly ash, bituminous coal, coking coal, lignite, dangling beauty sand, oxidation chromium green, gold, red mud, clay, kaolin, Coke, coal gangue, China clay, blue spar , Fluorspar, bentonite, maifan rock rhyolite, pyrophyllite, purple sandstone, shale, green muddy rocks, Diego rock, basaltic stone, plaster, graphite and silicon carbide etc. Technical features of YGM high pressure suspension grinding mill: 1. High-efficiency: the full use of the jet-flow and optimized impeller structure can greatly improve the crushing and grading efficiency, thus greatly improving the production. 2. High grading degree: with the frequency conversion and grading adjustment technology, the YGM high pressure suspension grinding mill have stable and complete grading system and the special sealing measure ,which can efficiently prevent the leaking of the fine particles .And the particle size can reach 5006000monyh and the thinnest can reach 12000monyh. 3. Low wearing: the crushing wearing parts and the impeller of the Raymond mill mainly adopts German technology. And with the optimized design of the inner cavity structure and anti-abrasion and allergy materials, the YGM high pressure suspension grinding mill has made the lowest wearing parts and the highest purity. YGM high pressure suspension grinding mill working principle: Firstly, raw material is crushed by jaw crusher to the size required, and then the crushed materials are elevated into a hopper from which the material is transported through the electro-magnetic vibrating feeder evenly and continuously into the grinding chamber for powder-processing. The rollers of Raymond mill oscillate outward to press the ring because of the centrifugal force and the shovel scoops up the materials, send to the middle between ring and roller to accomplish the grind. After this, the ground stuff is carried by the air from the blower into the separator for screening. The fine powers are blow into the cyclone collector and are poured out through the output-powder valve as the final products and the rough stuff after the screening will be recycled back into the grinding chamber for regrinding. The airflow system is closely sealed up and circulated under condition of negative and positive pressure.
