Description
The DTA measures temperature differences between a sample and an inert reference as a function of temperature or time. Using high-precision thermocouples, the system detects thermal transitions and reactions, presenting data as differential temperature (Y-axis) vs. temperature or time (X-axis). The system can also operate in DSC mode using standard reference materials.
Designed for high-temperature applications, the DTA offers excellent reproducibility and a high signal-to-noise ratio, thanks to its precision electronics. Combined with powerful thermal analysis software, it enables accurate measurement of transition enthalpies, glass transitions, and more.
Key Features – DTA
- Two temperature ranges available: up to 1200°C and 1600°C
- Alternate DSC mode with calibration capability
- High-temperature furnace with stable, reproducible performance
- Pt-13%Rh / Pt furnace thermocouple for accurate measurement
- Stable baseline across the full operating range
- Segmented programming: up to 10 programmable steps (heat, hold, cool)
- Windows-based software for control, data collection, and analysis
- Background data collection for uninterrupted PC operation
0.0 Average Rating Rated (0)