gabo EPLEXOR ^; DMA / DMTS動態熱機械分析儀

^{gabo EPLEXOR;} 500 N

gabo EPLEXOR 500 N 動態熱機械分析儀

The gabo EPLEXOR^; 500 N High End combines the dynamicmechanic thermal ysis with the dynamic material testing for thedetermination of the absolute values of the E modulus.

Further fields of application are:

• DMA/DMTA/DMTS

• Dynamic component testing

• Durability tests

• ysis of the visco-elastic material properties

• Dynamic fatigue testing

• Relaxation and retardation

• - testing - (optional) Tests in liquids     (optional)

• Tests among UV light (optional)

• Tests in humid atmosphere (optional)

• Prediion of application properties

• Materials research

• Impa tests

The upgradable Automatic Sample SupplySystem (S) with a sample dimension measurement station guarantees a possible sample capacity during investigations in the entire temperature rangeof -150 °C to 500 °C (option).

CHARAERISTICS:

The only DMTS system with twoindependent drives for the static and dynamic load.

A static load up to 1500 N is possible,a dynamic drive up to 500 N.

The large high force capacity enablescompression and shear tests on Dumbell specimen.

Through the higher force range it isespecially applicable for curable plastics, composites or elastomers.

A premium system in its cl.

• Absolute values of deformation, force, initial     sample length L0 and temperature.

• Determination of the following material properties:     E’, E”, G’, G”, η”, η’, tan delta (depends on the used sample holder).

• Storage of the raw data.

• Dynamic testing of polymers, elastomers,     utchoucs, rubbers, biological materials, gles, ceramics, metals,     foils, fibres, tyre cords, resins, adhesives, prepregs, composites,     lacquers, coatings, food-stuffs, pharmaceuticals and much more.

• Changeable force transducers.

• Changeable sample holders.

• Automatic Sample Supply System (S) for tension,     compression and bending samples within the entire temperature range,     including sample dimension determination (option).

• Simultaneous DMA/DMTS and TMA application.

• Control and measurement ysis, alternatively in     the procedure of FFT (Fast Fourier Transformation), Least Square Fit or     hysteresis.

• Time, temperature, position (mastercurves) -     WLF, Arrhenius, numerical methods.

• Extensive software package (data and curve     ysis), spline funions, 3D-plots and Cole-Cole diagrams.

• Prediive testing for the simulation of the rolling     resistance on automobile tires.

• Components testing.

• Dumbell durability tests.

• Heat build-up tests but with restried force and     deformation range (see EPLEXOR® 2000 N and 4000 N).

SPECIFICATIONS