Why it matters:
Mechanical properties can change significantly depending on temperature, environment, and loading conditions. Only standardized testing under realistic conditions provides reliable data for safe and efficient applications.
Our services:
- Tensile testing according to EN, ISO, and ASTM (e.g., EN ISO 6892-1/-2/-3, ASTM E8/E21)
- Compression testing according to ASTM E9 and DIN 50106
- 3-point and 4-point bending tests
- Testing from -150 °C to 1400 °C
- Testing in air, inert gas, or vacuum
- Local strain analysis using Aramis
- Flexible specimen geometries: from standard samples to real components
Technical highlights:
- Wide temperature range: -150 °C to 1400 °C
- Standards-compliant testing under extreme conditions
- High-resolution analysis of local strain and material behavior
- Testing of real components such as bolts, pins, and bearing parts
Typical applications:
– Verification of material certificates through tensile and bending tests
– Qualification of critical components such as shafts, flanges, or axles
– High-temperature tensile testing of turbine materials up to 1200 °C
– Testing of additively manufactured materials (e.g., Inconel, titanium, stainless steel) for process validation
Looking to test materials or components under realistic conditions?
We support you in material qualification, component assessment, and optimization of your materials.
Get in touch to discuss your customized testing program.
More information: https://services.mcl.at/en/lab-services/mechanical-materials-testing
Contact: services@mcl.at