Sample Pan
Compatible Models: DSC, STA (TG-DSC),
Generated Gas Analysis
Various sample containers for thermal analysis instruments.
Sample sealer / Sample crimper
Compatible Models: DSC, STA (TG-DSC),
Generated Gas Analysis
Various sample containers for thermal analysis instruments.
Flow Meter
Compatible models: DSC, STA (TG-DSC),
TMA, generated gas analysis
Controls the flow rate of the atmospheric gas (inert gas, air, etc.) flowing into the sample chamber.
2ch-FLOW COMPO Jr.
Compatible models: DSC, STA (TG-DSC),
TMA, generated gas analysis
Gas switching and flow rate settings can be adjusted in conjunction with the measurement program.
Gas Selector
Compatible models: DSC, STA (TG-DSC),
TMA, generated gas analysis
It switches between two types of gas flowing into the sample chamber in conjunction with the measurement program.
Reflection prevention filter
Compatible models: DSC, STA (TG-DSC)
In thermal analysis measurement of sample observation, glossy or transparent samples will appear whitish in the observation image due to the reflection of the light from the sample observation camera.
Dynamic DSC
A conventional constant-rate heating is combined with a sine wave (sinusoidal temperature modulation), which enables the separation of overlapping reactions and the straightforward determination of heat capacity.
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DSC Ozawa method/TG Ozawa method
In this method, the activation energy can be estimated from more than three measurements with different heating rates, estimating the time to reach a defined degree of conversion.
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DSC Specific heat Analysis
The specific heat capacity at each temperature is calculated based on the amount of baseline shift from three different measurement results: sample pan, sample with a known specific heat and unknown sample.
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DSC Purity Analysis
DSC purity analysis is performed using analyzed data files of standard samples and unknown samples that have undergone energy analysis.
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Dynamic TMA
With this unit, temperature control is performed with the sample’s shrinkage rate as a parameter, not with the constant temperature heating rate. This method can be used as a simulation for ceramic sintering in creating sintered materials at a controlled shrinkage rate.
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