Product Introduction

DSC detects the change in temperature difference (heat flow) between a sample and a reference over time or temperature. The sample and reference are in a homogeneous temperature zone. When there is no thermal change in the sample, the temperatures at both the sample and reference ends change according to a set temperature. When the sample undergoes a change, such as melting, the heat supplied to the sample is used to maintain the melting process, while the reference end temperature continues to rise with the furnace body, resulting in a higher reference end temperature than the sample end temperature, thus creating a temperature difference. This temperature difference change is recorded as a curve, forming the raw DSC data.

Technical Features

1. New furnace structure for better baseline and higher accuracy. Heating uses indirect conduction, resulting in high uniformity and stability, reducing pulse radiation, and is superior to traditional heating methods.

2. Ultra-high sensitivity and accuracy; temperature sensitivity can reach 0.001℃, improving measurement accuracy.

3. Two-way control system (host control and software control) for high ease of operation and improved testing efficiency.

4. Automatic switching between two atmosphere flow paths with fast switching speed and short stabilization time. Simultaneously adds a protective gas input.

5. A 7-inch color touchscreen display offers high clarity and comprehensive information.

6. Employs a high-sensitivity constantan sensor, providing high-temperature resistance and corrosion resistance.

7. Allows for multi-segment temperature settings, enabling heating, isothermal control, and cooling according to the temperature testing requirements of different materials.

8. The software records test graphs in real time, analyzes data online, and can directly generate or print reports.

9. Customized instruments can be provided according to user testing needs to meet diverse testing requirements.

Multi-size crucibles

Compliant Standards

GB/T19466.6-2009

GB/T 22232-2008

GS/T19466.2-2004

GB/T19466.3-2004

GB/T23257-2017

HB7614-1998

ISO11357-2:1999

GB/T13663.2

GB/T18742.2, etc., and not limited to the standards listed above. (Partial list of national standards shown)

ISO 11357 Intelligent High-Temperature Differential Scanning Calorimeter DSC High Temperature DSC Instrument