Ferroalloy analysis
The exact knowledge of ferroalloy composition provides achievement of required parameters of products with minimal raw material spending.
Modern analysis methods should provide rapid and economically efficient determination of compounds with high reproducibility and accuracy. Standard optic-emission methods of analysis with spark or arc excitation are almost not applied because of ferroalloy complex structure. Traditional chemical methods cannot provide sufficient rapidness (one element analysis can occupy several days), are rather expensive and labour costing.
X-ray fluorescence method provides determination of element concentrations in ferroalloys rapidly with high accuracy. Sample preparation is simple and requires grinding the sample material to the particle size of 50 microns and pressing into a pellet. Sample preparation with borate flux fusing is admissible.
X-ray fluorescence method is successfully used for ferroalloys composition control.
Modern analysis methods should provide rapid and economically efficient determination of compounds with high reproducibility and accuracy. Standard optic-emission methods of analysis with spark or arc excitation are almost not applied because of ferroalloy complex structure. Traditional chemical methods cannot provide sufficient rapidness (one element analysis can occupy several days), are rather expensive and labour costing.
X-ray fluorescence method provides determination of element concentrations in ferroalloys rapidly with high accuracy. Sample preparation is simple and requires grinding the sample material to the particle size of 50 microns and pressing into a pellet. Sample preparation with borate flux fusing is admissible.
X-ray fluorescence method is successfully used for ferroalloys composition control.
"SPECTROSCAN MAKC-GVM" WDXRF spectrometer determines elements from Na (Sodium) to U (Uranium) in solids, liquids or powders, in solutions and thin films, deposits on filters.
More »