Desktop DMA series

Dynamic Mechanical Analyzers

DMA25 and DMA50 are “desktop” Dynamic Mechanical Analyzers offering a high force range and outstanding flexibility. From glass transition determination to immersed tests, they make powerful and very cost-effective thermomechanical testing platforms.

Frequency: Min: 0.00001 Hz
Max: 200 Hz
Temperature Range: room to 500 C
option 1: min -150C
option 2: max. 600 C
Dynamic forceMax:
DMA 25 (50N*),
DMA 50 (100N*),
* peak to peak

DMA 25 / DMA 50 Desktop Series Product Sheet

Get more value from your DMA

DMA TESTING HAS NEVER BEEN SO SIMPLE!

 

PRECISE

With optimal metrological solutions, innovating dynamic & static control algorithms,

DMA 25/ DMA 50 guarantee an accurate control of all parameters influencing measurement quality.

 

HIGH FORCE

DMA 25 / DMA 50 include a dedicated electrodynamic actuator, specifically designed to meet DMA requirements.

This gives DMA 25 / DMA 50 a great flexibility regarding the material’s change of mechanical behavior versus temperature, & the capacity to analyze specimens with sizes that are representative of materials structure, for either dynamic tests or static tests.

 

 

ERGONOMICS

The motorized opening/closing thermal chamber allows large clearance and free access to the specimen, as well as very comfortable handling conditions for the operator.

Metravib Desktop series applications

DMA25 and DMA50 Dynamic Mechanical Analyzers for a broad range of applications

  • DMA Testing
  • Determination of glass and secondary transitions
  • Static and quasi static testing: creep, stress relaxation, tension, compression, etc.
  • Particularly well suited to polymer and composite characterization
  • Tests on materials immersed in a liquid
  • Materials humidity dependence analysis
  • R&D / Quality Control / Education / Lab work

 

VERSATILE AND FLEXIBLE

Flexible operating modes allow routine DMA tests, as well as the definition of specific tests combining multiple parameter settings.
Depending on the test configuration, the position of the mechanical frame can be easily reversed.
For tests requiring the specimen to be immersed in liquid, this function is particularly effective, since it allows to use all the available specimen-holders, regardless of the test mode without requiring the purchase of expensive additional accessories.

Related Resources

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