Our team will provide advice on the most appropriate method for your project, both technically and economically, to ensure your decisions are based on accurate data.
Our range of services will meet project needs from greenfields and brownfields exploration through to ore body definition, grade control, and concentrate analysis. Our multi-element packages ensure that each method presents an optimal solution for different sample matrices, target commodity and detection limits.
Our wide range of multi-element packages ensures each method presents a distinctive advantage for different sample matrices, target commodity and detection limits required.
Services include:
- Determination of Loss on Ignition in Mineralogical Samples
- Major Oxides by Lithium Borate Fusion and ICP-OES Finish
- Multi-element by 2AD and ICP-AES Finish
- Multi-element by 2AD and ICP-AES-MS Finish on E-waste
- Multi-element by 2AD and ICP-AES-MS Finish
- Multi-element by 3AD (Phosphoric Acid) and ICP-AES Finish
- Multi-element by 4AD and ICP-AES Finish
- Multi-element by 4AD and ICP-AES-MS Finish
- Multi-element by dilute 2AD and ICP-AES-MS Finish (51 elements)
- Multi-element by dilute 2AD and ICP-AES-MS Finish (39 elements)
- Multi-element by Lithium Borate Fusion and ICP-MS Finish
- Rare Earth Elements Analysis of Mineralogical Samples (Lithium Metaborate/Tetraborate Fusion & XRF Finish)
- Resistive Minerals Analysis of Mineralogical Samples (Lithium Metaborate/Tetraborate Fusion & XRF Finish)
- Whole Rock Analysis of Mineralogical Samples (Lithium Metaborate/Tetraborate Fusion, XRF Finish & Total C&S)
- Whole Rock Analysis of Mineralogical Samples (Lithium Metaborate/Tetraborate Fusion & XRF Finish)
- Multi-element Peroxide Fusion and ICP-OES or ICP-MS Finish
- Resistive Metals Analysis by Fusion with XRF Finish 4x