DSC Differential Scanning Calorimeter 300

1、 Product Introduction:

DSC Differential Scanning Calorimeter 300It is the most accurate differential sensor launched by the company, and the sensor uses imported material E-couple with high sensitivity. The signal acquisition circuit is shielded and protected, with strong anti-interference ability and high baseline stability.

Differential scanning calorimeter is a touch screen type instrument that can perform tests such as glass transition temperature, phase transition, melting and enthalpy, product stability, curing, specific heat, oxidation induction period, etc. Wide range of applications

2、 Technical parameters:

1. Temperature range: Room temperature~600 ℃

2. Temperature resolution: 0.001 ℃

3. Temperature fluctuation: ± 0.01 ℃

4. Temperature repeatability: ± 0.1 ℃

5. Heating rate: 0.1-100 ℃/min

6. Cooling rate: 0.1~20 ℃/min

7. Constant temperature time: Program setting ≤ 24h

8. Curve scanning: heating scan, cooling scan

9. DSC range: 0 to ± 800mW

10. DSC resolution: 0.01uW

11. DSC accuracy: 0.001mW

12. Temperature control method: heating, constant temperature, cooling

13. Working power supply: AC220V/50Hz or customized

14. Atmosphere control gases: nitrogen, oxygen (instrument automatically switches)

15. Gas flow rate: 0-300mL/min

16. Gas pressure: 0.3MPa

17. Display mode: 24 bit color, 7-inch LCD touch screen display

18. Data interface: Standard USB interface

19. Parameter standards: equipped with standard substances (indium, tin, lead), users can calibrate the temperature themselves

20. The instrument has multiple sets of thermocouples, one set for testing sample temperature and one set for testing instrument internal environmental temperature

21. Software with automatic analysis function

22. Multiple temperature rise and fall tests can be conducted, with five program settings

IIIDSC Differential Scanning Calorimeter 300Technical features:

1. Industrial grade 7-inch touch screen, displaying rich information.

2. A brand new metal furnace structure with better baseline and higher accuracy. Heating adopts indirect conduction method, which has high uniformity and stability, reduces pulse radiation, and is superior to traditional heating modes.

3. USB communication interface, with strong universality, reliable and uninterrupted communication, supporting self recovery connection function.

4. Automatically switch between two atmospheric flow rates, with fast switching speed and short stabilization time. Simultaneously add a protective gas input.

5. The software is simple and easy to operate.

Furnace structure

4、 Curve chart: