The differential scanning calorimetry method is widely used to examine • specific heat and characterize substances, mixtures, and materials. This technique is • glass point internationally standardized under DIN 51007, DIN 53765, ISO/DIN • reaction enthalpy The principle of operation is a measurement of the heat flux between • thermal stability the sample and reference. This is done over a well-defined area where • oxidation stability the heat is moving. The heat flux is measured while the temperature is changing. The results are very important for many applications and provide valuable infor...

Technical Specifications Technical Specifications DSC PT 10 Temperature range Heating/cooling rates Temperature accuracy Time constant Data acquisition rate N2, Argon, O2 etc., reducing and oxidizing Measuring range Calibrations material recommended 6 month interval DSC System (Differential Scanning Calorimeter) complete with software and hardware including standard kits and accessories Data acquisition software to control DSC with full parameter setup Including temperature programming, atmosphere control, timed cycling etc. Cooling system Heating system Reference Sensor Sample Sensor

Features Sample preparation and crucibles Various crucibles are available to achieve superior measurement results. Open or closed crucibles crucibles can be used in the system. When using closed crucibles it is necessary to use a crucible press (see picture) with special lids. The crucible press uses a special tool set to seal the crucible. Aluminum and platinum crucibles are available. KREG: DSC with controlled cooling Using this option the DSC can be operated using controlled cooling rates. The control gauges are mounted on an existing dewar (normally 50 l). The controller consists of a supply...

Because of the high sensitivity of the DSC even small caloric effects like the change of the crystal structure of Lanthan-Galiumoxid (LaGaO3) can be made visible. The substance is very interesting especially when fast oxygen/ion conductors are needed, applications do exist with the use of lambda sensors for the catalytic con- heating rate: 10K/min sample weight: 104.8 mg Polyethylen terephthalate (PET) sample weight: 5mg heating rate: 10K/min significant endother mal glass point, which is quite special Onset: 252.6°C Offset: 273.9°C Max/Min: 264.6°C point of reaction: 262.6°C Polyethylenenterephthalat...

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