Синхронний термоаналізатор є різновидом багатофункціонального прецизійного приладу, which is mainly used to study the thermal properties of materials at different temperatures. This instrument combines thermal analysis and a variety of detection techniques, and can obtain the thermal properties, chemical composition and structure information of samples in the same experiment process at the same time, which has the advantages of accuracy and convenience. It has a wide range of application prospects in material research, chemical research, energy research, environmental protection research and other fields.

Перший, the working principle

Synchronous thermal analyzer is mainly composed of heating system, temperature control system, quality measurement system, atmosphere control system and a variety of detection systems. The heating system provides heat source through electric heating or gas heating, so that the sample can undergo thermal changes at different temperatures. The temperature control system precisely controls the experimental temperature through the temperature sensor and control circuit. Mass measurement systems reflect the thermal properties of a sample by measuring its mass change, usually using microbalance or electronic balance for measurement. The atmosphere control system can control the type and pressure of the experimental atmosphere, such as air, азот, argon, тощо, and the vacuum environment. A variety of detection systems use different types of detectors, such as infrared spectrometers, mass spectrometers, thermogravimetric analyzers, тощо, to detect and analyze samples in many ways.
Синхронний термоаналізатор

Технічні характеристики синхронного термоаналізатора в основному мають наступні аспекти
друге, technical characteristics

Технічні характеристики синхронного термоаналізатора в основному мають наступні аспекти:

Multifunctional: Combined with thermal analysis and a variety of detection techniques, you can carry out a variety of thermal property research, such as thermogravimetric analysis, differential thermal analysis, differential scanning calorimetry, тощо.

Висока точність: The instrument adopts high precision temperature control system and quality measurement system, which can achieve accurate temperature control and sample quality measurement to ensure the accuracy of experimental results.

High efficiency: The thermal properties, chemical composition and structure of the sample can be obtained at the same time in the same experiment process, which improves the experimental efficiency.

Convenience: A variety of samples can be tested and analyzed at the same time, convenient batch processing.

Технічні характеристики синхронного термоаналізатора в основному мають наступні аспекти

3. Поля застосування

Widely used in material science, хімія, physics, energy, environmental protection and other fields. У галузі матеріалознавства, it can be used to study the thermal stability of materials, phase change behavior, combustion performance, тощо. In the field of chemistry, it can be used to study chemical reaction kinetics, catalytic performance, тощо. In the field of energy, it can be used to study the thermal properties of batteries, fuel cells, тощо. In the field of environmental protection, it can be used to study the thermal decomposition and gasification of pollutants.