Metals and Alloys

In the metals industry, precise elemental analysis is essential for process control, alloy composition verification, and quality assurance across raw materials and finished products. Wavelength dispersive X-ray fluorescence (WDXRF) spectrometry provides fast, accurate, and non-destructive quantification of major and trace elements in steels, alloys, and slags. Its superior resolution and stability enable consistent monitoring from ore to final metal products.

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Ensuring quality across the metal value chain

WDXRF has been widely applied throughout the metals sector, demonstrating how accurate elemental analysis supports process optimization, product uniformity, and regulatory compliance.

  • Iron ores and sinters: Determination of total Fe and FeO ensures proper blending and sintering control, contributing to stable furnace operation.
  • Steels (carbon, low alloy, stainless): Precise multi-element quantification verifies alloy composition, ensuring mechanical performance and specification compliance.
  • Blast furnace slags: Quantitative oxide analysis helps monitor slag chemistry for efficient refining and impurity removal.
  • Nonferrous and specialty alloys (aluminum, copper, Ni-Co, Be-Cu): WDXRF provides rapid composition control and impurity detection across various specialty alloys.

The application notes below present real measurement data from these representative cases, demonstrating the reliability of WDXRF for both production and quality assurance in the metals industry.

Application notes for iron ores and sinters

Composition and oxide ratio control

Application notes for steels and cast irons

Composition verification and alloy certification

Application notes for blast furnace slags

Quantitative oxide analysis for process control

Application notes for nonferrous and specialty alloys

Multi-element and trace analysis for specialty metals

Additional application notes

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