Instrument Application
Evaluate material properties under high-temperature conditions, including reaction rates, reaction kinetics, and activation energy between different reactive substances; Applications: aerospace, metal smelting, and other industries.
Instrument Features
Features a new dual-spiral graphite furnace design, achieving a heating temperature of ≥1700°C. Offers long uniform temperature zone, extended service life, and ease of maintenance.
The vacuum or inert gas in the furnace is automatically completed, with a one-touch operation.
Test Atmosphere: Oxidation, Reduction, Inert, Steam.
Leak Gas Analysis: Dedicated Mass Spectrometer, Infrared Constant Temperature Connectors, Adapters, and Constant Temperature Controllers.
Data Collection & Analysis Software: Comprehensive data collection and analysis capabilities, text program editing, power-off data preservation, 64-stage temperature control program, up to 99 experimental cycles, real-time data analysis, multi-curve comparison, data evaluation saving and export, ASCII data input and output, data export to MS Excel, and more.
Instrument specifications
Temperature Data:
Temperature Range: RT to 1700℃ (capable of long-term constant temperature and equipped with an oven self-protection system)
Temperature Accuracy: ±0.1℃
Rise and fall temperature rate: 0.1℃/min to 100℃/min
Tare Data:
Utilizing a mechanical zero-point photoelectric balance.
Hot Weight Range: 1～200mg (adjustable from 0-5g by replacing the support rod)
Tare sensitivity: 0.1 μg
Thermal Noise: <0.1 μg
DSC data:
DSC Range: 0 ~ ±500 mW
DSC Accuracy: ±0.1μW
Calibration Parameters: In Response Ratio: >100 mW/K
Enthalpy Accuracy: ±0.1% (In)
Temperature/Helmholtz Energy Calibration: Multi-point standards, non-linear calibration technique.
Differential thermal data:
DTA Range: ±2000μV
Resolution: 0.01μV
Sample Atmosphere: Oxidation, Reduction, Inert, Vacuum
Standard Equipment: Ceramic crucible 0.06ml or 0.12ml.
Available crucibles: Aluminum crucible, Graphite crucible, Quartz crucible, Platinum crucible
