- Comprehensive analytical offer
- State-of-the-art facilities and equipment
- Clear and detailed reports
- In-house test specimen preparation service
The AZTERLAN Physical Testing Area is designed to respond to all types of mechanical characterization tests on metallic materials, components and structures.
We rely on the most avant-garde equipment that meets the strictest requirements set by international testing standards as well as on the professionality of our team that owns a profound knowledge of both metallic materials and the needs of our customers.
Detailed reports
Get a clear visual presentation of the results of all the key parameters of the analyzes carried out.
Quality
Ensure that your components meet the requirements of the different industrial sectors based on international standards.
R&D support
Know and evaluate the behavior of experimental materials and new component designs.
Ensayos de tracción 200N y 1500KN en las siguientes condiciones:
At room temperature.
At elevated temperature.
At low temperature.
At low speed.
In corrosive medium.
Compression tests from 200N to 1500KN and under the following conditions:
- At room temperature.
- At elevated temperature.
- At low temperature.
- Rockwell hardness
- Brinell hardness
- Vickers hardness
- Measurement of hardened layers.
- Tests performed in the laboratory, at customer facilities or in field.
Registered values:
- Bending force.
- Deformation.
- Ductility measurement.
- Energy range up to 300J.
- At room temperature.
- At low temperature (up to -196ºC).
- Energy range up to 50J.
- At room temperature.
- At low temperature (up to -196ºC).
- S-N curves of materials.
- Component fatigue life.
- Fatigue corrosion.
- Crack growth.
[+] Check our comprehensive offer on “Detection, characterization and evolution of fatigue cracks”
Determination of KIC, JIC parameters, crack growth rate and CTOD.
- At room temperature.
- At low temperature.
- At elevated temperature.
- Determination of coefficients of friction.
- Determination of optimal tightening torque.
- Determination of tightening preload.
- Tightening torques between 10Nm and 30,000Nm.
- Maximum force of 3,000kN.
- Non Destructive Testing (NDT)
- Destructive tests
[+] Check our comprehensive offer on “Welding processes and welded joints”