Revolutionizing microstructural analysis of steel and alloys
Microscopy Solutions for steel

Revolutionizing microstructural analysis of steel and alloys

Resolve the metals industries' research and routine characterization challenges

Steel continues to play a vital role in the infrastructure, transportation and connectivity development of the world.  Steel is constantly undergoing innovation, from novel advanced high-strength steels (AHSS), particularly for high-end automotive applications, new alloys for construction, and stronger more resilient alloys. Microscopy is needed at every step of the process  - from routine assessment to research and development  - to provide multidimensional data on all aspects of your microstructure.

ZEISS solutions unlock the secrets of steel.

  • Detailed understanding of non-metallic inclusions, from the routine to research laboratory
  • Analytics that power your steel research, grain by grain
  • Understanding porosity, cracks and failures
  • Advanced 2D and 3D crystallography
  • In situ testing under the most demanding conditions
Nanoscale 3D Imaging of Buried Features​
Nanoscale 3D Imaging of Buried Features​

Nanoscale 3D Imaging of Buried Features​

Metals and alloys are three dimensional, and require a three dimensional approach to characterize their microstructure.   Sometimes the tiniest features have a great impact on macrostructural performance.  

Using a ZEISS Crossbeam focused ion beam scanning electron microscope (FIB-SEM) with femtosecond laser opens a range of new analytical possibilities to fully understand your samples in three dimensions.

  • Locate your region of interest with high resolution ZEISS X-ray microscopes to precisely locate and analyze buried features
  • Relocate features in the ZEISS Crossbeam and prepare highly polished cross-sections through regions of interest
  • Extremely rapid milling with ZEISS Crossbeam Laser can remove regions of your sample to access deeply buried features fast
  • Quickly and reliably prepare lamellae for transmission electron microscopy
  • Slice and image through features of interest   - build up a complete picture in 3D by taking images, EDS maps, or EBSD maps of every single slice
  • Assess advanced steels, dissimilar joints, inclusions, precipitates, dual-phase alloys, and other complex microstructures

Impact of Non-metallic Inclusions on Steel and Alloys

Non-metallic inclusions are present in all grades of steel and related alloys. They affect the behavior of the steel in service, usually negatively, with potential effects including dynamic fracture toughness reduction, lowered impact energy absorption, and a local reduction in corrosion resistance. Very large inclusions (usually introduced by contamination) can even lead to catastrophic failure of the steel. Determining the size, type, and distribution of inclusions is important for routine quality assurance as well as understanding steel properties.

ZEISS ZEN Non-metallic Inclusions (NMI) modules make analysis fast and straightforward with simple workflow and easy-to-use gallery view of inclusions plus inspection of individual fields and inclusions. The fully automated setting of color thresholds, stripping out artifacts, and automatic detection of steel rolling direction make detection and mapping of inclusions more reliable, mitigating issues with sample preparation. Extremely high precision and reproducibility in the hardware enables reliable mapping of large areas while still allowing you to automatically return to any field or inclusion of interest for deeper analysis or reclassification.

What's more, you can supercharge your research into NMI in the scanning electron microscope, imaging and characterizing individual inclusions with high resolution and analytical flexibility.

Ore and sinter analysis ​
Ore and sinter analysis ​

Ore and Sinter Analysis ​

Increased demand for steel pressures the market for advanced ferrous and non-ferrous alloys, leading to technological, environmental, and social challenges in metal production. Working with more complex mineralogy and lower grade ores to concentrate the desired constituents is energy and time intensive. The relative mineral fractions used in iron ore sinter and the quality of coke/coal used for iron production and smelting all affect process efficiency, as well as the amount/type of slag and waste produced.

To improve these processes, reduce energy consumption, and allow a better understanding of the mineralogy, interrogation of your ore and sinter sample is required.

With ZEISS solutions for mineralogy and sinter, you combine

  • image processing
  • 3D mapping
  • core sampling
  • standards-based quantitative EDS
  • image analysis
  • reporting toolkits to interrogate even the most challenging samples

Downloads

    • AI-based Analysis of Metal Inclusions

      Linking Microstructure and Materials Properties

      Pages: 7
      File size: 1 MB
    • Revealing Plasticity Progression in Steels via Observation of in situ EBSD Deformation

      In Situ Lab for ZEISS FE-SEM

      Pages: 6
      File size: 3 MB
    • Microscopy in Metal Failure Investigations

      Determine the root cause of metal failure and learn about microscopy tool set for any metal failure investigation

      Pages: 8
      File size: 4 MB
    • Physical, chemical and crystallographic analysis of metal welds

      Learn about ZEISS microscopy solutions for physical, chemical and crystallographic analysis of metal welds

      Pages: 8
      File size: 913 KB

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