TMA/SDTA1 has a wider range of temperature applications and offers a more diverse selection of force parameters in compression and tension modes, making it suitable for a wider range of applications. Therefore, TMA/SDTA1 can quickly characterize the physical properties of various morphological samples, such as very thin layers, long cylindrical samples, fine fibers, membranes, block samples, soft or hard polymers, and single crystal materials.



TMA is an ideal complementary technology for DSC. In addition to providing the expansion coefficient of the sample, TMA can also test glass transition that cannot be clearly detected by DSC, such as materials with high fiber addition. Acupuncture mode is an ideal mode used to characterize the glass transition of different samples, such as very thin coatings.



Specifications - TMA/SDTA 1 HT/1600

Temperature range RT to 1600 ° C
Maximum sample length 20 mm
Length resolution of 0.5 nm
Force range -0.1 to 1 N
SDTA resolution 0.005 ° C
DLTMA frequency 0.01 to 1 Hz
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