Microcomputer differential calorimeter

The ZCR-1 differential thermal analyzer studies the following characteristics of materials: used to study phenomena such as phase transition, decomposition, combination, dehydration, adsorption, desorption, dissolution, solidification, sublimation, evaporation, etc. of substances, and to perform identification analysis, component analysis, thermal parameter determination, and kinetic parameter determination of substances.

Microcomputer differential calorimeterTechnical Specifications:

Product model: ZCR-1 type
Temperature range: Room temperature -1000 degrees Celsius
Heating rate: 0.1~100 ℃/min
Cooling rate: 0.1~40 ℃/min
Temperature sensitivity: 0.1 ℃
Differential thermal range; ±10～±1000uV
Differential thermal sensitivity: 0.01 μ V
Differential thermal accuracy; 0.1μV
Software simulation DSC: ± 1 to ± 100mW
DSC sensitivity: 0.1uW
Vacuum degree: 2.66X10-2Pa
Atmosphere control: dual channel stable voltage and current control, (various corrosion-resistant atmosphere control systems can be customized)
Crucible: Standard aluminum oxide 0.06ml or 0.12ml, optional aluminum crucible, copper crucible, platinum crucible, quartz crucible, graphite crucible
Thermostatic water bath (optional): Temperature accuracy ± 0.1 ℃
Thermostatic controller (optional): mass spectrometry connector, controller temperature range 0~400 ℃
Output methods: branded computers, laser printers

Characteristics:

Low noise circuit design for high-resolution analysis
ø Multiple shielding technology enhances anti-interference ability
ø Instrument parameter setting is fast, safety detection is quickly prompted and protected
ø Instrument software interface, convenient, friendly, and reliable, suitable for Win7, Win8, and Win10 systems
ø adopts platinum rhodium material flat sensor, with high sensitivity, good repeatability, and corrosion resistance

Microcomputer differential calorimeterApplication: Widely used in research in basic science fields such as chemistry, physics, geology, biology, as well as in production enterprises, research institutions, and colleges in industries such as chemical engineering, metallurgy, geology, electrical engineering, ceramics, textiles, food, medicine, agriculture, forestry, and fire protection.