• Yttrium Oxide 99.999%min In warehouse Rotterdamup(5)  11-28|Yttrium Oxide 99.999%min FOB Chinaup(0.5)  11-28|Titanium Tetrachloride 99.99%min EXW Chinaup(150)  11-28|Gadolinium Oxide 99.99%min In Warehouse Baltimoreup(6)  11-28|NdFeB Sintered Rough 35M Block EXW Chinaup(5)  11-28|Molybdenum Scrap Wire 99.95%min Ex-VAT EXW Chinadown(-10)  11-28|NdFeB Sintered Rough N35 Block EXW Chinaup(4)  11-28|Rebar HRB400 20mm In warehouse Guangzhouup(90)  11-28|Erbium Oxide 99.5%min In warehouse Rotterdamup(2)  11-28|Lithium Iron Phosphate Li 3.9%min Delivered Chinaup(1000)  11-28|Calcined Pet Coke S 3%max EXW Chinadown(-100)  11-28|NdFeB Sintered Rough 45M Block EXW Chinaup(5)  11-28|Antimony Ingot 99.65%min In warehouse Rotterdamdown(-1000)  11-28|Coal Tar Pitch Coking Value 56%min EXW Chinaup(100)  11-28
  • Lotus Resources discovers high-grade rare earth oxides at Kayelekera Project

    2021-02-02 13:12:00   [Print]
    Australia's Lotus Resources Ltd.Asian Metal Copyright has found high-grade rare earth oxide REO material up to 16% total REO and 3.Asian Metal Copyright has found high-grade rare earth oxide (REO) material up to 16% total REO and 3.Asian Metal Copyright has found high-grade rare earth oxide REO material up to 16% total REO and 3.Asian Metal Copyright4% critical REO at the Milenje Hills prospect, 2 kilometers from its Kayelekera Uranium Mine in Malawi, after a preliminary low-cost exploration program.

    The rare-earth assemblage discovered by geophysics, mapping, and trenching at the prospect includes neodymium, europium, terbium, dysprosium, yttrium, and praseodymium - with neodymium and praseodymium oxides representing around 20% of the total REO content of the assayed samples.

    The company plans to undertake a second stage of work to further define the potential of this new discovery. The work plan will consist of the following activities:

    (1) Further interpretation of the geophysical data, including some additional survey lines to cover the large anomaly identified in the first pass work;

    (2) Additional mapping in the broader area to define new mineralized zones;

    (3) Further trenching in the identified mineralized zones with potential for shallow drilling;

    (4) Mineralogical testwork to better understand the REO host minerals, associations and sizing;

    (5) Initial physical beneficiation tests to determine if producing a physical concentrate is viable.

    .Asian Metal Copyright The rare-earth assemblage discovered by geophysics, mapping, and trenching at the prospect includes neodymium, europium, terbium, dysprosium, yttrium, and praseodymium - with neodymium and praseodymium oxides representing around 20% of the total REO content of the assayed samplesAsian Metal Copyright
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