The design of the LINSEIS TMA PT1000 Thermomechanical Analyzer guarantees highest precision, reproducibility and accuracy. The system was constructed to perform a variety of Thermomechanical experiments on an array of sample shapes and sizes over a wide temperature range to meet all TMA needs. The system can perform either static or dynamic measurements due to a built in force/frequency generator.
Typical materials under investigation are: composite materials, glass, polymers, ceramics and metals. The variety of measuring systems allows sample geometries such as fibers, rods, films, rods or cylinders.
TMA / DTMA Features
With low constant load:
Change of volume
Phase transformation
Sinter process evaluation
Softening point determination
Transformation points
Swelling behavior
Tension
With increased constant load:
Penetration
Transition and comparison tests
3 point bending test
With dynamic load:
Visco-elastic behavior
Additional optional features:
DTA evaluation
(RCS) Rate controlled sintering software
The design of the LINSEIS TMA PT1000 Thermomechanical Analyzer guarantees highest precision, reproducibility and accuracy. The system was constructed to perform a variety of Thermomechanical experiments on an array of sample shapes and sizes over a wide temperature range to meet all TMA needs. The system can perform either static or dynamic measurements due to a built in force/frequency generator.
Typical materials under investigation are: composite materials, glass, polymers, ceramics and metals. The variety of measuring systems allows sample geometries such as fibers, rods, films, rods or cylinders.
TMA / DTMA Features
With low constant load:
- Change of volume
- Phase transformation
- Sinter process evaluation
- Softening point determination
- Transformation points
- Swelling behavior
- Tension
With increased constant load:
- Penetration
- Transition and comparison tests
- 3 point bending test
With dynamic load:
Additional optional features:
- DTA evaluation
- (RCS) Rate controlled sintering software
