Differential Scanning Calorimetry Analyzer

Pyris DSC 9 seriesDifferential Scanning Calorimetry AnalyzerCore technological advantages:

Direct temperature control technology

Accurate temperature control: DSC 9 uses a surface thermocouple to directly measure the sample temperature, eliminating the thermal hysteresis problem of traditional separated temperature control, ensuring temperature accuracy of ± 0.05 ° C and ± 0.01 ° C.

Fast response: The linear temperature control rate is 100 ° C/min high, and the temperature overshoot is controlled within ± 0.1 ° C. It is suitable for kinetic studies such as material crystallization and solidification.

Calorimetric performance

Ultra high sensitivity: Calorimetric sensitivity of 0.02 µ W, capable of detecting small thermal signals, suitable for research on drug crystal forms, polymer materials, etc.

High accuracy: Calorimetry accuracy ± 0.05%, calorimeter precision ± 0.05%, ensuring reliable data.

Dynamic calorimeter range: ± 175 mW (full temperature range), suitable for testing samples with intense reactions.

Stable baseline: The furnace body and sensors are combined to achieve a baseline drift of less than 10 µ W.

Modular design, flexible switching

DSC/TGA/STA Free Switching: The same host can be compatible with DSC, TGA, and STA modules, reducing procurement costs and improving equipment utilization.

Automatic recognition and calibration: Each module has built-in self recognition and self calibration functions to ensure data consistency.

Durable furnace body design

Composite alloy furnace body: resistant to high temperature oxidation, not easily deformed, stable and reliable.

Wide temperature range: -180 ° C~750 ° C, covering the needs of various fields such as polymers, alloys, drugs, and food.

The combination of high temperature and high strength allows for both high-temperature oxidation cleaning and direct physical cleaning, ensuring the long-term stability of the instrument during testing.

Integration and automation expansion capabilities

Gas evolution analysis (EGA): In the future, infrared (IR), gas chromatography-mass spectrometry (GC-MS) and other combined technologies can be upgraded to meet the analysis needs of complex samples.

Expandable 50 bit high-throughput dual arm automatic sampling system.

Intelligent touch interaction system

DSC 9 is equipped with an intelligent touch system with three major functions:

Real time interactive control

Read curve data directly on the touch screen

Real time modification of testing method parameters

Dynamically adjust the automatic injection sequence

Wireless Cloud Interconnection

Realize data cloud synchronization through WiFi

Support remote monitoring of multiple terminals

Intelligent operation experience

Gesture scaling/translation thermal analysis curve

Intelligent warning of abnormal data points

Why choose Pyris DSC 9 seriesDifferential Scanning Calorimetry Analyzer？

precise

Direct temperature control

High accuracy of calorimetry

flexible

modular design

One device meets multiple testing requirements

efficient

Rapid temperature rise and fall

Improve experimental efficiency

Reliable

Durable furnace body design

Excellent long-term stability

Future scalability

Support for integrated technology

Expand high-throughput screening

Adapt to more complex analytical requirements