Strong alliance empowers scientific research: Nanjing Exhibition delivers multiple thermal analysis instruments to China University of Mining and Technology

The University of Mining and Technology has always been at the forefront of scientific research in the fields of efficient utilization of coal resources, research and development of new energy materials, and ecological environment governance. In the process of material thermal performance analysis, research teams need to accurately characterize the thermal stability, phase transition characteristics, thermal conductivity, and thermal decomposition laws of various mineral materials, polymer composite materials, and energy storage materials. This places high demands on the accuracy, stability, and adaptability of detection instruments. In order to improve the overall level of scientific research experiments, China University of Mining and Technology has conducted preliminary research and selected a batch of new products from Nanjing ExhibitionDifferential scanning calorimeterThermogravimetric analyzer and thermal conductivity analyzer.

The DZ-DSC400C differential scanning calorimeter has the advantages of high sensitivity and wide temperature range, and can accurately detect key parameters such as phase transition temperature and enthalpy changes of materials, providing core data support for the thermal stability evaluation of energy materials and the performance optimization of phase change materials.

The DZDR-AS thermal conductivity meter adopts the transient heat source method. Compared with traditional testing methods, its advantages lie in a wide measurement range, fast testing speed, and the ability to effectively adapt to various sample types such as mineral materials and composite materials, helping research teams to further study the matching relationship between material thermal conductivity and application scenarios.

The DZ-TGA101 thermogravimetric analyzer can monitor the quality changes of materials in real-time during the programmed heating process, accurately analyze the thermal decomposition temperature, thermal stability, and composition ratio of materials, and provide reliable basis for research on mineral processing, waste resource utilization, etc.

At the instrument debugging site, technical engineers installed and debugged the instruments, and provided training on the specific operation process of the experiment, allowing operators to have a basic understanding of the use of each instrument. Regarding the usage issues of each instrument in the later stage, corresponding after-sales engineers will coordinate to ensure the normal use of customer instruments. More product inquiries:400-885-2060.