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Thermal
Stability, Oxidative Stability, Decomposition, Compositional
Analysis, Residue Determination, Heats of Reaction, Glass
Transition, Crystallinity, Melting, Polymorph Characterization
STA N-series
Simultaneous Thermal Analyzer offers the ability to perform DSC
& TGA experiments simultaneously. DSC measures heat flow of a
sample as a function of temperature or time. The heat flux plate
monitors the temperature differential between the sample and an
inert reference as the sample undergoes a transition or
reaction. This temperature differential is proportional to the
heat absorbed or given off by the sample during a temperature
program. The STA instrument is calibrated with standard
reference materials and the thermal analysis software applies
calibration factors to precisely and accurately determine the
temperature range of a sample transition and the enthalpy of the
transition.
TGA measures weight changes as a function of a precisely
controlled temperature profile. The STA system allows for
multiple heating, cooling and isothermal segments to be linked
together to achieve a complex temperature program.
Gas switching is also supported when setting up the temperature
program. The vertical hangdown design offers stable and smooth
weight readings to be recorded during the experiment. The STA’s
small mass furnace responds quickly to changes in the
temperature profile and cools down quickly for fast turn around
between experiments.
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Simultaneous DSC, DTA, and
TGA
STA N-series
provides DSC, DTA and TGA data simultaneously beside competitors
are offering TGA and DTA data only.
STA N-series can
be converted into both low temp. STA N-650 and high temp. STA
N-1000/1500 by using ‘Conversion Kit(optional accessory)’. This
allows customers can perform a cryogenic and high temp.
experiments according to their demand needless to purchase
additional instrument.
STA N-series
employs ‘Water Cooling system’, and thus cooling speed is very
fast comparing to others(at least two times faster) and also
safe to use.
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EGA(Evolved Gas Analysis)
Mode
By using the
‘EGA Mode’, users can connect STA N-series with FT-IR or GC-MS
needless to exchange the Furnace
TGA N-series
employs Dual PID control and therefore high temperature accuracy
secured
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