DSC420 Series -170°C~600°C Differential Scanning Calorimeter

DSC420 Series -170°C~600°C Differential Scanning Calorimeter

The DSC420 Series differential scanning calorimeter can measure the melting point, glass transition temperature, oxidation induction period, melting, thermal enthalpy, curing temperature and thermal stability of materials.

The DSC420 Series differential scanning calorimeter has a wide temperature range and can meet the measurement needs of different materials.

Main Features

• Rapid cooling: Air cooling, semiconductor, mechanical, liquid nitrogen and other cooling methods are available, doubling the experimental efficiency
• New appearance design, more convenient and compact
• Software upgrade, more intelligent
• Sensor upgrade, more anti-oxidation and corrosion-resistant
• High sensitivity and high measurement accuracy
• Wide temperature range and wider application range
• Customization to meet more testing needs

DSC Technical parameters

Model	DSC420	DSC420C	DSC420D	DSC420L
Temperature range	RT ~ 600°C	-50°C~600°C	-70°C~600°C	-170°C~600°C
DSC range	±800mW	士1000mW	士1500mW	士2000mW
Temperature sensitivity	0.001	0.001	0.001	0.001
Heating rate	0.1~100°C/min	0.1~100°C/min	0.1~100°C/min	0.1~100°C/min
Cooling rate	-0.1~20°C/min	-0.1~40°C/min	-0.1~60°C/min	-0.1~80°C/min
Temperature control method	Intelligent PID temperature control, intelligent memory temperature control mode, temperature accuracy combines the advantages of dynamic and static algorithms, with self-tuning and self-optimization functions
Cooling method	Air cooling	Semiconductor cooling	Mechanical cooling	Liquid nitrogen cooling
Resolution	0.01uW	0.01uW	0.01uW	0.01uW
Gas flow rate	0~200mL/min	0~200mL/min	0~200mL/min	0~200mL/min
Timing frequency	1-20Hz adjustable	1-20Hz adjustable	1-20Hz adjustable	1-20Hz adjustable
DSC noise	0.1μW	0.1uW	0.1μW	0.1μW
Temperature resolution	0.0001°C	0.0001°C	0.0001°C	0.0001°C

Performance advantages

• Brand-new furnace structure, better baseline and higher precision. Indirect conduction heating is adopted, which has high uniformity and stability, reduces pulse radiation, and is better than traditional heating mode.

• A wide temperature range can meet the test temperature requirements of different materials.

• Fast cooling. The instrument adopts a variety of cooling methods, including: air cooling, semiconductor, mechanical refrigeration and liquid nitrogen refrigeration, which can achieve rapid cooling and improve the efficiency of the experiment.

• Automatically switch the two-way atmosphere flow, with fast switching speed and short stabilization time. At the same time, add one protective gas input.

• The supporting analysis software is upgraded, the analysis data is more comprehensive, and the operation is more intelligent and convenient.

• The instrument has high sensitivity, which greatly improves the accuracy of experimental tests.

• Customized services can be provided to meet different test needs.

Free sample test

R&D Laboratory

On-site training & technical guidence

Exhibition product disply

Adequete supply

Production work shop