The Thermomechanical Analyzer measures the dimension changes of samples under varying temperatures or forces by placing sample in a furnace programmed with rising, declining, or constant temperatures and purged with constant ambient gas (e.g. nitrogen) and forces.
What iST can do for you?
You may get important material characteristics by analyzing the dimension change-vs.-temperature curves.
Coefficient of Thermal Expansion, CTE
Glass Transition Temperature, Tg
Time to Delamination
Softening Point
Shrinkage Percentage
Case Sharing
Coefficient of Thermal Expansion (CTE)
Glass Transition Temperature (Tg)
Time to Delamination
Softening Point
Shrinkage Percentage
Equipment Capacity
Applied Industry
TA Q400EM
Maximum temperature range: -150℃~1000℃
Temperature accuracy: ±1℃
Forces: 1~2000mN
Sensitivity: 15nm
Measurement accuracy: ±0.1%
Maximum block sample size (mm): L26 X D10
Maximum size of sample film fiber (mm): L26 X T1 X W4.7
PCB industry
Photoelectric industry
Metal and plastic processing industry
Semiconductor industry
Material R&D
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