| The STA 449 C is designed for both high and low temperature applications,
allowing measurements to be carried out between -120°C and 1650°C.
As with the other 400 Series instruments, it can be equipped with different
furnaces, thus facilitating the broad temperature range. Intelligent
coupling systems for QMS and FTIR make the STA 449 C a universal instrument
for the TA requirements of today and tomorrow.
Characteristic of the instrument are the extremely stable and reproducible
TG and DSC baselines. The high degree of sensitivity of the DSC
sensor is guaranteed even at temperatures above 1500°C. The electromagnetically
compensated, top-loading microbalance stands out due to high accuracy
and resolution in the µg range, as well as its excellent stability. Samples
weighing up to 5 g can be tested. These features are the basis
for the unique performance of this instrument. The high precision
and excellent reproducibility make the STA 449 C an imperative tool
for research, development and quality assurance. As part of the
versatile NETZSCH "Thermal Analysis" product line, it provides important
information about the thermal behavior of the most varied materials.
| DSC: |
specific
heat, melting temperatures, transition enthalpies, phase transformations,
phase diagrams, crystallization temperatures, degree of crystallinity,
glass transition temperatures, decomposition effects, reaction
kinetics, purity determination |
| TG: |
mass changes,
decomposition temperatures, dehydroxilation, corrosion/oxidation,
thermal stability, reduction studies, composition, reaction kinetics,
purity determination |
|
Simultaneous
thermogravimetry and DTA/DSC
