Mechanical Testing
Tribological test, E-mobility, in-situ testing with analysis
Classical tribological test
ISPA currently offers more than 50 different types of tests to examine the friction and wear behaviour of materials, coatings and / or lubricants. Especially with the development of the past few years in the E-mobility, ISPA offers fatigue and friction tests for the key components in the electric cars.
Test scopes include:
· Mechanical test for material/lubricant screening
· Four ball test: DIN 51350, ASTM D 2266, 4172, 5183, 2596
· Abrasive wear test
· Two-disc test
· Mechanical dynamic component test
· Gear test
· Bearing test: radial, axial, radial and axial
· False Brinelling test
· FE8
· FE9
Nanometer resolution in-situ measurement
Among various kinds of commercial available in-line material property testing instruments, UST® is by far the only tester which close the gap between the traditional macro-mechanical testing machines and nanoscale machines, e.g. nano-indentator and AFMs.
- High precision load sensor combined with piezo actuator and active feedback loop control for real-time measurement of normal load and friction force;
- Options with different load range by easy exchange of measuring head;
- Automatic X-Y table with built-in motor for high precision profiling, the measurement area is up to 60 mm × 60 mm;
- High resolution table for high repositioning;
- Accurate depth measurement with bigger travel range for all tests, up to 4 mm in Z direction;
- Advanced linear module with displacement sensor;
- In-situ measurement with local resolution;
- Steady control of speed, displacement and step load;
- Automated video microscope with synchronized panorama;
- Compatible to ISO, DIN and ASTM standards;
- Real time data acquisition with full integration of images, data and graphics;
- Easy sample preparation and tip exchange;
- Customized tip choice for various applications
- Compatible with various environments: liquid, or humidity.
Contact us
- phone: +49 931 4104 884
- mail: info@i-spa.institute
-
Friedrich-Bergius-Ring 22
97076 Würzburg