Differential Scanning Calorimetry (DSC): Advanced Thermal Analysis Solution

Introduction:
Differential Scanning Calorimetry (DSC) is a fundamental thermal analysis technique that measures thermal effects in materials under precisely controlled temperature programs. This sophisticated method has become indispensable across materials science and chemical enterprises, supporting critical applications in research and development, process optimization, quality control, and failure analysis.

Key Features & Benefits

• Comprehensive Material Analysis: Capable of characterizing a wide range of materials including plastics, rubber, coatings, food, pharmaceuticals, biological organisms, inorganic materials, metals, and composites.

• Standardized Testing: Complies with ISO 11357-3 for oxidation induction time determination, ensuring internationally recognized results and quality assurance.

• Advanced Software Integration: Features adaptive software supporting Windows operating systems, enabling automated oxidation induction testing and temperature correction with automatic result calculation.

• Precise Thermal Measurement: Accurately measures oxidation induction time (OIT), providing critical data for material stability and performance evaluation.

• Versatile Application Scope: Suitable for diverse industrial and research environments, making it an essential tool for material characterization and development.

 

Specification:

Model	EI-DSC800
Test Range	0 to 200mW
Temperature Range	Room Temperature to 500ºC
Heating Rate	1 ~ 30°C/min
DSC Sensitivity	0.1uW
DSC Resolution	0.01uW
Temperature Resolution	0.1°C
Temperature Sensor	K type thermocouple
Furnace Material	Silver
Temperature Control Mode	Heating, constant temperature and circulating temperature control ( Program control automatically )
Display Mode	24bit color, 10 inch LED Touch Screen Display
Data Interface	USB port – Keyboard, Mouse and Printer
Calibration specimen	Indium(IN), Tin(Sn)
Rate Voltage	240V, 50Hz

 

Pdf Data Sheet – EI-DSC500