WROXI - synthetic wide-range oxide standards for fused bead major and minor element analysis
WROXI, together with an application setup for the Minerals edition of Zetium, enables calibrations for 21 elements in the analysis of oxide materials.
Zetium, together with the WROXI application module and our SuperQ analytical software with our advanced Fundamental Parameters (FP) algorithm, provides the ultimate solution for the analysis of a wide range of materials. In this data sheet the analysis of certified reference material (CRM) GBW 07105 highlights the performance of Zetium with respect to stability and precision.
This data sheet demonstrates the performance of the Zetium - Minerals edition XRF spectrometer in providing accurate and precise phosphate analyses.
This data sheet demonstrates the performance of the Zetium - Minerals edition XRFspectrometer in providing accurate and precise iron ore analyses.
This data sheet demonstrates the performance of the Minerals edition of the Zetium XRF spectrometer in providing accurate and precise bauxite analyses.
This data sheet demonstrates the performance of the Zetium - Minerals edition XRF spectrometer in providing the accurate and precise analyses of blast furnace slag required by both the iron and steel and cement industries.
In this webinar we will discuss application examples for three modules, namely: WROXI – for quantification of majors and minors in geological materials, Pro-Trace – for trace element quantification in geological materials, Omnian – for analysis of samples without dedicated calibrations. This webinar will include a live question and answer session for our attendees.
This data sheet demonstrates that the Epsilon 3XLE – a benchtop energy dispersive X-ray fluorescence (EDXRF) spectrometer – is exceedingly capable of assessing the purity of fluorite mineral samples that are prepared as fused beads.