Setaram
Productline
Setline Family
TGA 11000C
DSC -170 to700C
TGA/DSC 1100C/400C
Themys Family
TGA 1600C
DSC 1600C
TGA/DSC 1600C
Calorimetric Family
-196 to 200C
-120 to 200C
RT to1600C
RT-600C
Setline Family
Setline TGA
RT -1100C
Heat Rate 0.01 to 500C/min
Tem Accuracy ± 10C
Mass Variation ± 20 or± 200mg
Mass resolution : 0.0023ug
Weight Accuracy – 0.03%
Auto sampler (optional)
Setline DSC
-170 to 700C
0.01 to 100C heating rate
Enthalpy accuracy+/- 0.8
Temperature accuracy : 0.3C
DSC range +/- 6000mW
Gases 2
Autosampler (optional)
Setline STA
TGA+DSC
RT -1100C
- to 50C heating rate
Mass range 200 mg / 1000 mg
Mass resolution 0.05 /0.5 μg
DSC resolution 2.5 μW
Detailed Description
Thermal Analysis has applications in many academic and industrial fields including but not limited to Material Science, Metallurgy, Polymer and Physical Chemistry, Energy, Chemical Engineering, Geoscience, Pharmacy and Food Science. This diversity highlights the variety of institutes and companies who use thermal analysis instruments and often on a continual basis.
With educational and quality-control needs in mind, Setline® thermal analysis instruments are designed for simplicity and power.
Setline® is easy to use and easy to own
EASY TO USE
- Setline® is easy to use accross diverse academic fields
- Setline’s® compact design is robust and space efficient
- Options focussed around core needs ensure ease of use and quicker mastery
- Setline’s® robots (DSC+ and STA+) automate sample handling across multiple experiments
EASY TO OWN
- Setline® is built for durability in high use situations
- Cost of ownership is lowered through simplified maintenance for minimum down time and a Replacement Parts Guarantee*
- Setlines® Technical and Application support ensures fast, expert help on any question
SETLINE FAMILY
Our range of instruments for the characterization of materials across wide temperature ranges and using all common thermal analysis techniques.
CALISTO – THERMAL ANALYSIS SOFTWARE
CALISTO 2.0 is the industry standard thermal analysis software developed for all Setaram instrumentation and applications. It’s quick to install and comprises of two independent parts:
- CALISTO ACQUISITION: dedicated to the control and data acquisition of our thermal analysis systems.
- CALISTO PROCESSING: for the treatment of Thermal Analysis Data independent of instrument type.
Applications:
Energy and Environment, Life sciences, Organic and Inorganic Material Science, Process Safety.
THEMYS FAMILY
Themys One
RT to 1150/RT to1600C
0.01 to 100 Heating rate
Gases -3
Balance : 1000mg /0.1µg or 200mg/0.02ug
DSC 0.4µW
Auto sampler (optional)
Themys H2
TGA – RT to 1750C
DSC –RT to1000C
0.01 to 100C Heating rate
Volume 55-2500 µl /80-100 µl
Calorimetry resolution DSC -1 µw
Mass resolution 20mg/0.002mg, 200mg/0.02mg
Themys
TGA / TGA+DTA & TGA –DSC
RT 0.01 to 1000C heating rate
Volume 55-2500µl / 30 -300 µl/80-100 µl
Gas Option 3
Mass resolution 5mg/0.0005 µg, 200mg/0.023 µg,300mg/0.3 µg
TMA
RT to 1750C
0.01 to 100C Heating rate
3 gases
Range ± 2mm
Resolution : 0.2nm
Precision ± 0.080C
Detailed Description
Owing to their symmetrical beam balances, the THEMYS line of thermal analysers combine the highest sensitivity, stability, and the most accurate measurements of mass variations vs temperature or time.
Most systems within the THEMYS family line provide the user with a high level of versatility thanks to a modular design. It may include the simultaneous measurement of heat flow
and mass variations with the STA versions of the instruments, or the identification of evolved gases by coupling the instruments with gas analysers, or the measurement of dimensional changes with a TMA module.
While horizontal thermo balances lead to perturbations of the mass variations and temperature signals when the sample transforms, the vertical design benefits from good stability.
When combined with the hang-down principle, the sample can be hung to the balance using very thin suspensions. They minimize the drift of the mass variation signal with temperature, which is also known as buoyancy effect. Finally, the dual furnace version of hang-down balances are designed to directly subtract this drift from the mass variation signal and reach the best stability and thus the highest measurement accuracy possible.
Our range of instruments for the characterization of materials across wide temperature ranges and using all common thermal analysis techniques.
CALISTO – THERMAL ANALYSIS SOFTWARE
CALISTO 2.0 is the industry standard thermal analysis software developed for all Setaram instrumentation and applications. It’s quick to install and comprises of two independent parts:
- CALISTO ACQUISITION: dedicated to the control and data acquisition of our thermal analysis systems.
- CALISTO PROCESSING: for the treatment of Thermal Analysis Data independent of instrument type.
Applications: Energy and Environment, Life sciences, Organic and Inorganic Material Science, Process Safety.
DSC, 3D Cp, TGA, STA, EGA, TMA, Humidity and corrosive studies
Calorimeter- Calvet Family
Calvet Cryo
-196 to 2000C
Temperature accuracy 0.5C
Enthalpy 0.2%,
Precision 0.5%
12.5ml volume
Calvet Pro
-120 to 200C/ RT to 830C
Temp Accuracy 0.05C
Enthalpy ± 0.8%
Calorimetry ± 0.4%,
Volume 0.32ml
Calvet HT
RT to 600C
Accuracy ± 1C
Enthalpy ± 1%
Calorimetry ±1.5%
Volume 7ml
Calvet DC
RT to 1500C/RT to 1300C, RT to1600C
Temp. Accuracy ± 2C
Calorimetric +2%
Resolution 5µm
Volume 5m
Detailed Description
MICROCALVET CALORIMETRY FAMILY
Owing to their 3D sensors and Joule effect calibration, the MICROCALVET line of micro calorimeters combine the highest sensitivity and the most accurate measurements of temperature and of:
- Heat: for the characterization of any heat releasing or heat absorbing phenomenon
- Specific Heat Capacity (CP) : for any application requiring this key thermo physical property, like heat transfer calculation or heat management
The micro calorimeters of the MICROCALVET line use the latest evolution of the 3D sensor design in which a sample and reference cells are surrounded by semiconductor-based Peltier elements allowing for the measurement of all heat including radiation, convection or conduction. The 3D sensor is up to 95% efficient whereas typical plate DSC sensors are between 30-50%.
MICROCALVET line sensors use a specific electrical calibration also called Joule effect. It can be performed at any constant temperature, or under scanning conditions, and does not require reference materials.
The combination of 3D sensor efficiency and absolute Joule effect calibration provides an unparalleled accuracy of measurement independent of sample nature or matrix – solid, liquid, gas, powder etc.
MICROCALVET LINE CALORIMETERS
Our range of micro calorimeters for the characterization of materials across wide temperature ranges and using all common calorimetry techniques.
MICROCALVET
-45oC TO 120oC
DSC, 3D Cp, Humidity,Pressure Vacuum, Mixing, Corrosive and Reactive Studies, Coupling
MICROCALVET ULTRA
-20oC TO 170oC
DSC, 3D Cp, PressureVacuum, Mixing, Corrosive and Reactive Studies, Coupling
MICROCALVELT ULTRA 4C
-20oC TO 170oC
2D, 3D Cp, Pressure Vacuum, Mixing, Corrosive and Reactive Studies, Coupling
CALISTO – THERMAL ANALYSIS SOFTWARE
CALISTO 2.0 is the industry standard thermal analysis software developed for all Setaram instrumentation and applications. It’s quick to install and comprises of two independent parts:
- CALISTO ACQUISITION: dedicated to the control and data acquisition of our thermal analysis systems.
- CALISTO PROCESSING: for the treatment of Thermal Analysis Data independent of instrument type.
Applications: Energy and Environment, Life sciences, Organic and Inorganic Material Science, Process Safety.
