Description
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AMIS0616 TiO2 42.82% Mineral Sands Australia
Origin of Material
The ore was sourced from Tronox’s mineral processing plant, Chandala, in Perth Australia.
Approximate Mineral and Chemical Composition
Mineral sands are within a class of ore deposits that contain heavy minerals such as ilmenite, zircon, leucoxene, and rutile.
Analyte Method Certified (µ)5 (2s)7 ± Unit
As FUS 41 13 ppm
Sn FUS 34 2 ppm
Ce FUS 3934 340 ppm
Hf FUS 1069 103 ppm
U FUS 91 8 ppm
SG SG 4 0.30 Dimensionless
S Combustion/LECO3 0.029 0.004 %
C Combustion/LECO 1216 101 ppm
Al FUS 2.00 0.29 %
Ba FUS 402 40 ppm
Bi FUS 0.7 0.1 ppm
Cr FUS 852 93 ppm
Dy FUS 104 9 ppm
Er FUS 55 8 ppm
Eu FUS 11 0.6 ppm
Fe FUS 16.29 0.63 %
Gd FUS 178 42 ppm
Ho FUS 19 2 ppm
In FUS 0.5 0.1 ppm
La FUS 1956 250 ppm
Li FUS 21 6 ppm
Lu FUS 10 1 ppm
Mn FUS 4936 788 ppm
Nb FUS 749 89 ppm
Nd FUS 1529 51 ppm
P FUS 2416 340 ppm
Pr FUS 462 78 ppm
Sb FUS 9 0.8 ppm
Sm FUS 238 18 ppm
Sr FUS 22 7 ppm
Ta FUS 58 4 ppm
Tb FUS 21 3 ppm
Tm FUS 9 1 ppm
Y FUS 497 54 ppm
Yb FUS 61 8 ppm
Major Oxides
Certified Concentrations (at two Standard Deviations)
Analyte Method Certified (µ)5 (2s)7 ± Unit
Al2O3 XRF4 3.81 0.24 %
CaO XRF 0.079 0.02 %
Cr2O3 FUS 0.12 0.01 %
Cr2O3 XRF 0.13 0.02 %
Fe2O3 FUS 23.29 0.90 %
Fe2O3 XRF 23.13 1.0 %
K2O XRF 0.069 0.01 %
MnO FUS 0.64 0.1 %
MnO XRF 0.63 0.05 %
SiO2 XRF 17.80 0.69 %
SO3 XRF 0.058 0.01 %
TiO2 XRF 42.82 1.3 %
V2O5 XRF 0.17 0.02 %
ZrO2 XRF 6.36 0.13 %
