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The FP85 is a Differential Thermal Analyser (DTA). Differential Thermal Analysis is a frequently used thermoanalytical method for the characterization of phase transitions like melting, crystallization or glass transition. Simple routine measurements provide information like melting range, crystallinity or purity of both transparent and non transparent samples.
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Features and Benefits
- Easy-to-use with built-in reference crucible
- Reliable, rugged construction
- FP99 software supports data presentation as DSC heat flow and the evaluation of sample crystallinity, purity, glass transition, decomposition, boiling and oxidation stability
- Frequently used for the characterization of polymers, pharamceuticals and food compounds
- Various DSC crucibles can be used and different purge gases connected
(Please note: needs the FP90 central processor as control unit)
| Specifications - FP85 DTA Cell | |
| Temperature range (normal operation) | RT ... 400 °C |
| Temperature range (with cooling) | -20 ... 400 °C |
| Accuracy of cell temperature (-20 ... 30 °C) | ± 0.7 °C |
| Accuracy of cell temperature (30 ... 100 °C) | ± 0.5 °C |
| Accuracy of cell temperature (100 ... 200 °C) | ± 0.7 °C |
| Accuracy of cell temperature (200 ... 300 °C) | ± 1.2 °C |
| Accuracy of cell temperature (300 ... 400 °C) | ± 1.5 °C |
| Accuracy calorimetric (typical) | 5 % |
