- Microstructure examination
- Electron probe microanalysis
- Fractography – fracture surface analysis
- Determination of area fraction of phases by means of image analysis
- Measurement of grain size
- Metallographic determination of non-metallic inclusion content
- Microscopic measurement of layer thickness
- Metallographic evaluation of the microstructure of cast iron
- End quench hardenability tests
- Measurement of hardness (in our laboratories and on site)
- Macroscopic investigation of machine components
The metallographic laboratory is testing laboratory no. 1476 accredited by the Czech Accreditation Institute:
Equipment of the laboratory
- Optical (light) microscopes Nikon, Carl Zeiss (magnification 50x - 1000x) and Keyence, bright and dark field, Nomarski DIC, fully automatic motorized stage (enable documentation of large areas with multiple field of view), software for digital image analysis processing
- Durascan automatic micro hardness tester (Vickers load HV 0.01 - HV10, Knoop hardness)
- Instrumented nanoindentor - NanoTest Vantage: Load range: from 10 μN to 500 mN (3 nN resolution)
- X-ray diffractometer BRUKER D8 Discover - quantitative and qualitative phase analysis, measurement of internal stresses, texture evaluation
- JEOL Scanning Electron Microscopes
- Detectors: secondary electrons (SE), backscattered electrons (BSE), INCA and EDAX energy dispersive analysis (EDS) detectors, EBSD high speed EDAX camera
- Other equipment - ion polisher for sample preparation for scanning electron microscopy - analysis of grains and sub-grains, low and high angle boundaries, textures and for crystallographic identification of phases
- Equipment for on-site analysis – mobile polisher, mobile microscope, replicas, hardness measurement at the customer
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| Microstructure of quenched and tempered steel etched to reveal prior austenite grain boundaries |
Close-up view of weld
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| Longitudinal section through a specimen after physical simulation of thermomechanical treatment. Specimen length: approx. 15 mm; specimen width: 6 mm. This micrograph was taken using an optical microscope with an automatic stage and pasted together from 28 fields of view. |
