Description
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AMIS0617 TiO2 85.51% Synthetic Rutile Australia
Origin of Material
The ore was sourced from Tronox’s mineral processing plant, Chandala, in Perth Australia. Synthetic rutile has a TiO2 content of 90-93 % and is mainly used in the production of TiO2 pigment (chloride process). The ilmenite undergoes a process of reduction, aeration and acid leaching at the synthetic rutile plant.
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
S Combustion/LECO1 0.14 0.01 %
S FUS 0.15 0.02 %
U FUS 29 1 ppm
Th FUS 274 17 ppm
SG SG 4.13 0.42 Dimensionless
Al FUS 7160 788 ppm
Ba FUS 400 54 ppm
Cr FUS 1319 166 ppm
Dy FUS 20 2 ppm
Er FUS 10 0.7 ppm
Eu FUS 4 1 ppm
Gd FUS 28 4 ppm
Hf FUS 107 5 ppm
Ho FUS 4 0.2 ppm
La FUS 226 15 ppm
Lu FUS 2 0.2 ppm
Mg FUS 2467 280 ppm
Nb FUS 1300 80 ppm
Sb FUS 9 3 ppm
Sc FUS 116 9 ppm
Si FUS 1.36 0.12 %
Sm FUS 35 3 ppm
Sn FUS 18 5 ppm
Sr FUS 66 3 ppm
Ta FUS 96 3 ppm
Tb FUS 4 0.9 ppm
Tm FUS 2 0.2 ppm
V FUS 1690 215 ppm
Y FUS 78 9 ppm
Yb FUS 10 0.8 ppm
Zr FUS 4472 464 ppm
Analyte Method Certified (µ)5 (2s)7 ± Unit
Al2O3 FUS 1.35 0.15 %
Al2O3 XRF 1.32 0.10 %
CaO XRF 0.067 0.01 %
Cr2O3 FUS 0.19 0.02 %
Cr2O3 XRF 0.19 0.01 %
Fe2O3 FUS 7.28 0.51 %
Fe2O3 XRF 7.08 0.42 %
MgO FUS 0.41 0.05 %
MgO XRF 0.42 0.02 %
MnO XRF 1.22 0.039 %
Na2O XRF 0.14 0.01 %
P2O5 XRF 0.081 0.004 %
SiO2 FUS 2.90 0.28 %
SiO2 XRF 2.71 0.13 %
SO3 XRF 0.33 0.03 %
TiO2 XRF 85.51 0.95 %
V2O5 FUS 0.30 0.04 %
V2O5 XRF 0.32 0.05 %
ZrO2 XRF 0.62 0.02 %
V2O5 XRF 0.32 0.05 %
ZrO2 XRF 0.62 0.02 %
