• NCM 613 Delivered Chinadown(-2700)  12-04|Tin Conc. Burmese 20%min In warehouse MengAup(8000)  12-04|Lithium Carbonate 99.5%min FOB South Americadown(-0.3)  12-04|Tin Conc. Burmese 30%min In warehouse MengAup(8000)  12-04|Lithium Carbonate 99.5%min Delivered EUdown(-0.3)  12-04|Lithium Carbonate 99.5%min CIF Chinadown(-0.3)  12-04|Tin Conc. 60%min Delivered Chinaup(8000)  12-04|Lithium Carbonate 99.5%min Delivered USdown(-0.3)  12-04|Caustic Soda 32%min Delivered Chinadown(-70)  12-04|Spodumene Li2O 6%min CIF Chinadown(-30)  12-04|Tin Ingot 99.95%min EXW Chinaup(8000)  12-04|Cobalt Intermediate 30-40% CIF Chinaup(0.6)  12-04|Tin Solder Wire Sn 99.3%min, Cu 0.7%max EXW Chinaup(8)  12-04|Tin Solder Bar Sn 60%min, Pb 39%max EXW Chinaup(5)  12-04
  • American Rare Earths reports metallurgical testing results on rock chip samples from La Paz Project

    2021-04-08 12:00:09   [Print]
    American Rare Earths Ltd.Asian Metal Copyright Rock chip material returned more than 50% silica, with minor magnetite and hematite.Asian Metal Copyright has received positive interim metallurgical test-work results on rock chip samples from the original resource area at La Paz Rare Earths Project in Arizona USA, providing support for a new test program.

    The current round of test-work produced concentrate grades similar to what was achieved in historical work but using wet high-intensity magnetic separation only.

    Rock chip material returned more than 50% silica, with minor magnetite and hematite. Rare earths are predominantly hosted in the mineral allanite, with minor monazite also being present.
    .Asian Metal Copyright has received positive interim metallurgical test-work results on rock chip samples from the original resource area at La Paz Rare Earths Project in Arizona USA, providing support for a new test programAsian Metal Copyright
      Copyright © Asian Metal Ltd All rights reserved.