Ultrafast sample loading in combination with a high-speed 1D detector such as X’Celerator allow a higher sample throughput that enables the user to control their processes more effectively. Measurement times of 5 minutes can be easily achieved.
Portland cement clinker, Portland cement (CEM I), gypsum raw material, limestone, fly ash, blast furnace slag, aluminate cement, blended cements (CEM II CEM III CEM IV CEM V) and any other materials upon request.
The CubiX³ Potflux can be used for electrolytic bath analysis of standard baths (optional with Mg or Li addition), Lc analysis (crystallite size) of carbon anodes, the identification of alumina polymorphs and the analysis of bauxites.
The CubiX³ Iron can be used for mineral quantification of iron ores, the analysis of iron sinter (phase composition, FeO, basicity), phase quantification of direct reduced iron (DRI), calculation of Fetot, Femet, Ctot, Metn as well as for the determination of retained austenite in steel.
Cluster analysis of XRD data can facilitate multi-dimensional compositional mapping of ore deposits and drill cores, identifying regions of favorable mineral paragenesis.
The X’Celerator covers a wide range of materials research and powder diffraction applications requiring the medium and higher energy range of XRD wavelengths namely X-rays from Co, Cu, Mo, Ag tubes: • Phase identification and high throughput screening • Standardless quantification of mixtures of phases using the Rietveld method • Refinement of crystal structures • Phase transitions at non-ambient conditions using our in situ stages • Phase transitions at non-ambient conditions in combination with our in situ stages • Residual stress, texture and phase identification of metals and alloys • Instances where high sample penetration is required • Pair distribution function (PDF) measurements • Thin film studies
The Zetium platform embodies SumXcore technology – an integration of WDXRF, EDXRF and XRD. This unique combination of possibilities puts it in a class of its own with respect to analytical power, speed and task flexibility.
With this on-line liquid analyzer, you will be able to produce as cost-effectively as possible through the continuous XRF analysis of the elemental composition of any liquid.
In oil refining operations reduction of sulfur ‘giveaway’ can be achieved by improvement of blending sharpness for compliance to Tier 3, Euro VI and other environmental regulations. Excellent repeatability at low sulfur level, visualized in the graph, ensures sharper blending and thus less giveaway.
X-ray fluorescence (XRF) is a non-destructive elemental analysis technology which allows measuring your process streams without any loss or chemical/physical changes. The resulting real-time on-line analysis, provides fast optimization of many processes parameters and product properties.