Thermal Analysis

Low-Temperature DSC-204 "Phoenix" (Netzsch)

sld_ta_dsc204

Temperature Range: -150° to 600°C

Dynamic Difference Calorimetry (DDC)

Measurable Parameters and Properties:
Temperatures and enthalpies of phase transitions, glass transitions, crystallisation, melting, reaction behaviour and kinetics, thermal stability, oxidation stability

The measurements are performed in air or helium atmosphere. Standard crucibles are made of zirconium dioxide, aluminium oxide or aluminum.

Tieftemperatur DSC-204 "Phoenix"

 

High-Temperatur DSC-404 (Netzsch)

sld_ta_dsc404.jpg

Temperature Range: room temperature to 1400°C

Dynamic Difference Calorimetry (DDC)

Measurable Parameters and Properties:
Temperatures and enthalpies of phase transitions, glass transitions, crystallisation, melting, reaction behaviour and kinetics, thermal stability, oxidation stability

The measurements are performed in air or helium atmosphere.  Standard crucibles are made of zirconium dioxide, aluminium oxide or aluminum, the latter only for measurements up to 600°C.

Hochtemperatur DSC-404

 

High-Temperatur STA-449C "Jupiter" (Netzsch)

sld_ta_sta449.jpg

Temperature Range: room temperature to 1450°C

Simultaneous Thermal Analysis (STA): Dynamic Difference Calorimetry (DDC) with Thermogravimetry (TG)

Measurable Parameters and Properties:
Temperatures and enthalpies of phase transitions, glass transitions, crystallisation, melting, reaction behaviour and kinetics, thermal stability, oxidation stability, change of mass during the reaction

The measurements are performed in air or helium atmosphere.  Standard crucibles are made of zirconium dioxide, aluminium oxide or aluminum, the latter only for measurements up to 600°C.

Hochtemperatur STA-449C "Jupiter"

 

High-Temperature STA-409CD with Skimmer Coupling to a Quadrupole Mass Spectrometer (Netzsch)

sld_ta_sta409

Temperature Range: room temperature to 1200°C

imultaneous Thermal Analysis (STA): Dynamic Difference Calorimetry (DDC) with Thermogravimetry (TG) and Skimmer Coupling to a Quadrupol Mass Spectrometer for the evaporation gas analysis (EGA)

Measurable Parameters and Properties:
Temperatures and enthalpies of phase transitions, glass transitions, crystallisation, melting, reaction behaviour and kinetics, thermal stability, oxidation stability, change of mass during the reaction, identification of atoms and molecule fragments, which are released to the gas phase during the reaction

The measurements are performed in air or helium atmosphere.  Standard crucibles are made of zirconium dioxide, aluminium oxide or aluminum, the latter only for measurements up to 600°C.

Hochtemperatur STA-409CD