Thermal Analysis Options and Accessories - METTLER TOLEDO

    Thermal Analysis Options

    Sample Robots, Gas Controllers and Cooling Options for optimized operation

     

    Thermal Analysis Options

    The wide range of accessories and options, such as DMA and TMA measuring systems, various cooling devices or automatic sample changing systems o...

    The wide range of accessories and options, such as DMA and TMA measuring systems, various cooling devices or automatic sample changing systems open up new opportunities and expand your thermal analysis system.

     

    Thermal Analysis Options

    The wide range of accessories and thermal analysis options, such as DMA and TMA measuring systems, various cooling devices or automatic sample changing systems open up new opportunities and expand your thermal analysis system.

     

    Automatic Sample Robot

    Up to 34 DSC or TGA samples can be automatically processed, each with a specific method and crucible. A unique feature of the sample robot is that it can open crucibles before the measurement. This eliminates ambient influences on the sample during the wait time on the sample turntable.

    • Up to 34 samples can be automatically processed
    • Universal gripper for various types of crucibles
    • Lid piercing for DSC and TGA measurements
    • Sample turntable can be changed
    • Automatic weighing-in
    • Any DSC 1 and TGA/DSC 1 can be upgraded with a sample robot
    • A different analysis method can be used for each sample

     

    Cooling Options for DSC, TGA and TMA

    The DSC can optionally be equipped with a cryostat, an intracooler or a liquid nitrogen cooling accessory. For the TGA and TMA, housing thermostating and furnace cooling require a cryostat. DMA low temperature operations are based on liquid nitrogen cooling.

    DSC-Microscopy System

    DSC curves often exhibit effects that cannot immediately be understood. In such cases, it would be very helpful to actually see what is going on in the sample. This would enable us to identify solid-solid transitions, differentiate between overlapping effects such as melting and decomposition, observe the shrinkage of fibers or films, or simply identify the cause of an artifact in a DSC curve.

     

    MultiSTAR® DSC Ceramic Sensors

    The MultiSTAR® sensor features multi-layer thermocouple technology allowing 120 thermocouples to be arranged on top of one another in several layers. This results in incredible sensitivity, a noise level in the sub-microwatt range, but at the same time good resolution.

     

    TGA-Sorption System - Measurements with controlled humidity

    The TGA-Sorption System is designed to analyze materials under defined conditions of temperature and relative humidity (RH).

    • Unique flexibility – a highly sensitive thermobalance combined with full sorption analysis capability
    • Defined environment – the effect of moisture and temperature on material properties can be easily investigated
    • Pre-conditioning versatility – methods allow the use of elevated preconditioning temperatures (up to 150 °C)

     

    Evolved Gas Analysis (EGA) - Hyphenated techniques

    All TGA and TGA/DSC versions, the TMA/SDTA can be connected online to a mass spectrometer (MS), an FTIR spectrometer or to a GC/MS system. Analysis of the decomposition products yields additional information about the sample. This enables you to interpret measurement curves with greater certainty.


     

    Products and Specs

     
    Products and Specs
     
    Material No.: 51141370
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    Material No.: 51192133
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    Comparison

    Documentation

    Brochures

    STARe Excellence Software Brochure
    Thermal analysis is a well-established analytical method that is widely used in many different fields. It provides laboratories with valuable results...

    Case Studies

    Thermal Analysis UserCom 7
    Measuring specific heat capacity. Platinum crucibles in thermogravimetry. Model Free Kinetic analysis of thermal decomposition of ammonium perchlora...
    Thermal Analysis UserCom 12
    Interpreting DSC curves. Part 2: Isothermal measurements.
    Thermal Analysis UserCom 23
    How to determine the optimum experimental parameters for DMA measurement? Evaluation and interpretation of peak temperatures of DSC curves. Part 1: B...
    Thermal Analysis UserCom 33
    Thermal analysis of polymers. Part 3: DSC of thermosets.
    Thermal Analysis UserCom 4
    Optimum utilization of the internal database of the STARe software or TSW870 software.

    Services

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    We support and service your measurement equipment through its entire lifecycle, from installation to preventive maintenance and calibration to equipment repair.

    Applications

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