summary:

Comprehensive thermal analysis to analyze heatTGDifferential Thermal AnalysisDTAOr differential scanning calorimetryDSCCombining into one, using the same sample in the same measurement can synchronously obtainTGgiveDTAperhapsDSCThe information. Comprehensive thermal analysis mainly measures physical and chemical changes related to heat, such as the melting point, melting heat, crystallization and crystallization heat, phase change reaction heat, thermal stability (oxidation induction period), glass transition temperature, adsorption and desorption, composition analysis, decomposition, synthesis, dehydration, additives and other changes of substances for research. Flexible and diverse designs combined with a wide range of options are the ideal tools in your laboratory. Instruments are widely used in most material fields, including plastics, rubber, synthetic resins, fibers, coatings, grease ceramics, cement, glass, refractory materials, fuels, pharmaceuticals, food, refractory materials, etc.

Technical features:

l 7The touch screen is spacious and provides rich display information, including set temperature and sample temperature,DTASignal, thermogravimetric signal, nitrogen flow rate, oxygen flow rate, various switch status and other information.

l Gigabit Ethernet communication, fast data transmission, strong universality, reliable and uninterrupted communication, supports self recovery connection function.

l The integrated fixed furnace body structure does not require lifting the furnace body up and down, making it easy to add samples and allowing for adjustable heating and cooling rates.

l External water bath protection ensures constant temperature of the balance.

l High temperature resistant metal trays and bracketsTo achieve true sample temperature1250Degree.

l Improved installation process, all using mechanical fixation method,The sample support rod is flexible and replaceableConvenient for users with different needs.

l Dual temperature probes ensure high repeatability of sample temperature measurement. A temperature probe is installed on the furnace wall forPIDControl the temperature of the entire furnace body, but due to the thermal inertia of temperature, there is a certain deviation in the temperature transmitted to the sample, and the degree of deviation varies from spring, summer, autumn to winter. Therefore, using a single temperature probe for temperature control and measurement, whether it is differential thermal signal or temperature signal, the error is relatively large; This instrument is equipped with an additional temperature probe at the bottom of the sample to measure the true temperature of the sample, and uses our dedicated temperature control technology to control the furnace wall temperature to reach the set temperature of the sample.

l Standard samples are provided as standard, making it convenient for customers to calibrate the constant temperature coefficient.

l The software adapts to various resolutions of computer screens and automatically adjusts the display mode of each curve according to the size of the computer screen. Supports laptops and desktop computers; supportWin2000,XP,VISTA,WIN7，WIN8,WIN10Waiting for the operating system.

l powerfulZHA set of comprehensive thermal analysis software (including starting point temperature, ending point temperature, epitaxial temperature, peak temperature, area integration, half peak width, enthalpy variable, enthalpy ratio, reaction kinetics, and thermogravimetric analysis)TGFirst order differentiationDTGIt also provides powerful database management functions such as data reporting and exportingEXCELRaw data, etc.

l Support user self programming programs to achieve full automation of measurement steps. The software provides dozens of instructions, and users can flexibly combine and save each instruction according to their own measurement steps. Simplify complex operations into one click operations.

Technical parameters:

1. temperature range:room temperature-1250℃

2. Temperature resolution:0.01℃

3. Temperature accuracy:±0.1℃

4. Heating rate:0.1℃/min-80℃/minAdjustable arbitrarily

5. Cooling rate:0.1℃/min-30℃/min（100℃The above constant cooling rate

6. Constant temperature: room temperature-1250℃

7. Constant temperature time:0-500min

8. DSCresolution: 0.01Mw

9. DSCrange: 0～±500mW

10. DSCsensitivity: 0.1mW

11. Measurement range of balance: 0.1mg-2g(Optional range)10g,50gEtc.)

12. Thermogravimetric resolution: 0.1mg(Optional resolution)0.01mg,1ug，0.1ugEtc.)

13. Display mode:7Inch touch screen

14. Gas control system: using glass rotor flowmeter or digital mass flow controller

15. Communication method: Gigabit Ethernet port communication

16. Working power supply: AC 220V 50HzOr customized

17. Atmosphere control gas: nitrogen, oxygen (instrument automatically switches)

18. Gas flow rate:0-200mL/min

19. Gas pressure:0.2MPa

20. Optional crucible: Aluminum crucible with a diameter of Φ6.7*3mmCeramic crucible with a diameter of Φ6.7*3mm

21. Parameter standards:Equipped with standard substances (indium, tin, zinc, silver), users can calibrate the temperature enthalpy by themselves

22. All imported chips, all imported sensors

23. Removable bracket for easy disassembly and cleaning

24. Bare machine size:70cm*44cm*42 cm, weight50KgPackaging weight65kg.

25. Coordinate format: horizontal axis-Temperature or time, vertical axis-Weight, percentage, or temperature

26. Power:1000W