National Association of Testing Authorities, Australia
Scope of Accreditation
Ore Research & Exploration Pty Ltd
OREAS, OREAS CRM, OREAS AUSTRALIA, OREAS GLOBAL
Site
OREAS Reference Materials
Accreditation No.
20483
Site No.
24533
Date of Accreditation
21 Nov 2022
Contact
Mr Craig Hamlyn P: +61 (03) 97290333
Availability
Services available to external clients
Scope of Accreditation
OREAS Reference Materials
ISO 17034 (2016)
- The uncertainty of measurement is reported as an expanded uncertainty having a level of confidence of 95% unless stated otherwise
Materials
| Service | Product | Determinant | Technique | Procedure | Limitations | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Certified reference materials for chemical composition | Industrial and additive manufacturing powders; Recycling-derived materials | Physical and chemical characteristics | Atomic absorption spectroscopy (AAS); ICP-AES; ICP-MS; Infrared combustion; Instrumental neutron activation analysis (INAA); X-ray fluorescence (XRF) | Characterisation of an non-operationally defined measurand using two or more methods of demonstrable accuracy in one or more competent laboratories | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Capability Capability: With a property value capability of -Aluminium 0.40 mg/g to 0.3 g/g Antimony 0.06 µg/g to 0.5 g/g Arsenic 8 ng/g to 9 mg/g Barium 2 µg/g to 0.3 g/g Beryllium 0.06 µg/g to 0.20 mg/g Bismuth 0.02 µg/g to 3 mg/g Boron 5 µg/g to 2 mg/g Cadmium 0.01 µg/g to 3 mg/g Caesium 0.04 µg/g to 0.40 mg/g Calcium 80 µg/g to 0.3 g/g Carbon 0.20 mg/g to 0.6 g/g Cerium 0.6 µg/g to 90 mg/g Chlorine 20 µg/g to 6 mg/g Chromium 3 µg/g to 30 mg/g Cobalt 0.4 µg/g to 0.4 g/g Copper 3 µg/g to 0.5 g/g Dysprosium 0.1 µg/g to 0.40 mg/g Erbium 0.04 µg/g to 0.20 mg/g Europium 0.1 µg/g to 0.40 mg/g Fluorine 0.10 mg/g to 0.2 g/g Gadolinium 0.1 µg/g to 0.70 mg/g Gallium 0.2 µg/g to 0.30 mg/g Germanium 0.04 µg/g to 20 µg/g Gold 1 ng/g to 0.10 mg/g Hafnium 0.01 µg/g to 20 µg/g Holmium 0.01 µg/g to 70 µg/g Indium 7 ng/g to 50 µg/g Iridium 0.01 µg/g to 0.2 µg/g Iron 0.40 mg/g to 0.7 g/g Lanthanum 0.3 µg/g to 70 mg/g Lead 0.6 µg/g to 0.8 g/g Lithium 0.6 µg/g to 50 mg/g Lutetium 0.01 µg/g to 40 µg/g Magnesium 90 µg/g to 0.2 g/g Manganese 20 µg/g to 0.6 g/g Mercury 0.01 µg/g to 0.10 mg/g Molybdenum 0.2 µg/g to 0.6 g/g Neodymium 0.2 µg/g to 20 mg/g Nickel 1 µg/g to 0.6 g/g Niobium 0.05 µg/g to 60 mg/g Palladium 1 ng/g to 2 mg/g Phosphorus 9 µg/g to 40 mg/g Platinum 1 ng/g to 0.5 mg/g Potassium 50 µg/g to 90 mg/g Praseodymium 0.08 µg/g to 7 mg/g Rhenium 0.3 ng/g to 7 µg/g Rhodium 0.03 µg/g to 0.2 mg/g Rubidium 0.1 µg/g to 2 mg/g Ruthenium 0.06 µg/g to 0.6 µg/g Samarium 0.1 µg/g to 2 mg/g Scandium 0.1 µg/g to 0.60 mg/g Selenium 0.3 µg/g to 0.30 mg/g Silicon 2 mg/g to 0.5 g/g Silver 0.02 µg/g to 7 mg/g Sodium 80 µg/g to 40 mg/g Strontium 0.6 µg/g to 20 mg/g Sulphur 20 µg/g to 0.5 g/g Tantalum 7 ng/g to 0.80 mg/g Tellurium 0.01 µg/g to 60 µg/g Terbium 0.04 µg/g to 80 µg/g Thallium 0.01 µg/g to 0.40 mg/g Thorium 0.1 µg/g to 0.90 mg/g Thulium 0.04 µg/g to 30 µg/g Tin 0.1 µg/g to 0.3 g/g Titanium 20 µg/g to 60 mg/g Tungsten 0.06 µg/g to 30 mg/g Uranium 0.05 µg/g to 2 mg/g Vanadium 1 µg/g to 2 mg/g Ytterbium 0.07 µg/g to 0.20 mg/g Yttrium 0.2 µg/g to 2 mg/g Zinc 2 µg/g to 0.7 g/g Zirconium 0.5 µg/g to 40 mg/g Physical properties of recycling-derived materials and additive manufacturing powders: Loss on ignition @1000 °C 30 mg/g to 0.4 g/g Specific gravity 2 to 5 ρsubstance/ρreference | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Certified reference materials for chemical composition | Ores and minerals | Physical and chemical characteristics | 3-Acid digestion; 4-Acid digestion; Acid leach; Aqua regia digestion; Atomic absorption spectroscopy (AAS); Cyanide leach; Fire assay; ICP-AES; ICP-MS; Infrared combustion; Ion selective electrode (ISE); Pycnometry; Thermogravimetric assay; Titration; X-ray fluorescence (XRF); X-ray photon assay | Characterisation of an operationally-defined measurand using a network of competent laboratories | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Capability Capability: With a property value capability of -Aluminium 0.40 mg/g to 0.3 g/g Antimony 0.06 µg/g to 0.5 g/g Arsenic 8 ng/g to 9 mg/g Barium 2 µg/g to 0.3 g/g Beryllium 0.06 µg/g to 0.20 mg/g Bismuth 0.02 µg/g to 3 mg/g Boron 5 µg/g to 2 mg/g Cadmium 0.01 µg/g to 3 mg/g Caesium 0.04 µg/g to 0.40 mg/g Calcium 80 µg/g to 0.3 g/g Carbon 0.20 mg/g to 0.6 g/g Cerium 0.6 µg/g to 90 mg/g Chlorine 20 µg/g to 6 mg/g Chromium 3 µg/g to 30 mg/g Cobalt 0.4 µg/g to 0.4 g/g Copper 3 µg/g to 0.5 g/g Dysprosium 0.1 µg/g to 0.40 mg/g Erbium 0.04 µg/g to 0.20 mg/g Europium 0.1 µg/g to 0.40 mg/g Fluorine 0.10 mg/g to 0.2 g/g Gadolinium 0.1 µg/g to 0.70 mg/g Gallium 0.2 µg/g to 0.30 mg/g Germanium 0.04 µg/g to 20 µg/g Gold 1 ng/g to 0.10 mg/g Hafnium 0.01 µg/g to 20 µg/g Holmium 0.01 µg/g to 70 µg/g Indium 7 ng/g to 50 µg/g Iridium 0.01 µg/g to 0.2 µg/g Iron 0.40 mg/g to 0.7 g/g Lanthanum 0.3 µg/g to 70 mg/g Lead 0.6 µg/g to 0.8 g/g Lithium 0.6 µg/g to 50 mg/g Lutetium 0.01 µg/g to 40 µg/g Magnesium 90 µg/g to 0.2 g/g Manganese 20 µg/g to 0.6 g/g Mercury 0.01 µg/g to 0.10 mg/g Molybdenum 0.2 µg/g to 0.6 g/g Neodymium 0.2 µg/g to 20 mg/g Nickel 1 µg/g to 0.6 g/g Niobium 0.05 µg/g to 60 mg/g Palladium 1 ng/g to 2 mg/g Phosphorus 9 µg/g to 40 mg/g Platinum 1 ng/g to 0.5 mg/g Potassium 50 µg/g to 90 mg/g Praseodymium 0.08 µg/g to 7 mg/g Rhenium 0.3 ng/g to 7 µg/g Rhodium 0.03 µg/g to 0.2 mg/g Rubidium 0.1 µg/g to 2 mg/g Ruthenium 0.06 µg/g to 0.6 µg/g Samarium 0.1 µg/g to 2 mg/g Scandium 0.1 µg/g to 0.60 mg/g Selenium 0.3 µg/g to 0.30 mg/g Silicon 2 mg/g to 0.5 g/g Silver 0.02 µg/g to 7 mg/g Sodium 80 µg/g to 40 mg/g Strontium 0.6 µg/g to 20 mg/g Sulphur 20 µg/g to 0.5 g/g Tantalum 7 ng/g to 0.80 mg/g Tellurium 0.01 µg/g to 60 µg/g Terbium 0.04 µg/g to 80 µg/g Thallium 0.01 µg/g to 0.40 mg/g Thorium 0.1 µg/g to 0.90 mg/g Thulium 0.04 µg/g to 30 µg/g Tin 0.1 µg/g to 0.3 g/g Titanium 20 µg/g to 60 mg/g Tungsten 0.06 µg/g to 30 mg/g Uranium 0.05 µg/g to 2 mg/g Vanadium 1 µg/g to 2 mg/g Ytterbium 0.07 µg/g to 0.20 mg/g Yttrium 0.2 µg/g to 2 mg/g Zinc 2 µg/g to 0.7 g/g Zirconium 0.5 µg/g to 40 mg/g Physical properties of ores and minerals: Loss on ignition @1000 °C 30 mg/g to 0.4 g/g Specific gravity 2 to 5 ρsubstance/ρreference | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Accreditation No.
20483
Site No.
24533
Print date
12 Apr 2026
END OF SCOPE