Wuhan University of Technology purchases a thermal conductivity tester from Nanjing Exhibition to inject innovative energy into material research

In the forefront exploration of materials science research, accurate measurement of the thermal conductivity of materials is crucial for revealing their thermal conductivity characteristics and promoting the development of new materials. In order to study the thermal conductivity characteristics of different materials more accurately, Wuhan University of Technology has selected the DZDR-S thermal conductivity tester from Nanjing Dazhan after preliminary research.

The DZDR-S thermal conductivity tester adopts the transient heat source method, which has the advantage of a wide measurement range compared to other measurement methods. It can accurately measure materials in different forms such as block solids, liquids, powders, coatings, colloids, and pastes, fully meeting the testing needs of diverse samples in material research. At the same time, it has the characteristic of fast measurement speed, which can quickly obtain accurate results within 5 to 160 seconds, greatly improving the efficiency of the experiment.

At the site of instrument debugging, technical engineers installed and debugged the instruments, and provided training on specific experimental operations and software usage to familiarize users with the instruments. We hope that through this DZDR-S thermal conductivity tester, researchers can accurately measure the thermal conductivity of different materials and gain a deeper understanding of their thermal and physical properties, providing strong support for the development and application of new materials. More product inquiries:400-885-2060.