The Differential Scanning Calorimeter (DSC) detects changes in temperature and heat flow during thermal transitions of material by placing sample material in a furnace programmed with rising, declining, or constant temperatures and purged with constant ambient gas (e.g. nitrogen).
What iST can do for you?
You may get important material characteristics by analyzing their heat flow-temperature variation curves.
- Glass Transition Temperature, Tg
- Melting Point, Tm
- Crystallization Temperature, Tc
- Reaction Heat, ΔH
- Specific Heat Capacity, Cp
- Degree of Cure
Case Sharing
- Material Property Verification and Comparison
- Process Quality Control
- Reaction Heat and Calculation of the Extent of Reaction
- Analysis over Rubber Curing Degree
TA Q20
- Maximum Temperature Range: -90℃~550℃
- Temperature Accuracy: ±0.05℃
- Sensitivity: 1.0μW
- Heat Measurement Accuracy: ±0.1%
- PCB Industry
- Photoelectric Industry
- Chemicals and Chemical Engineering Industry
- Material R&D
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