Sun Yat sen University has purchased the DZDR-S thermal conductivity tester from Nanjing Dazhan

In today's scientific research field, the thermal conductivity of materials, as a key indicator for measuring their thermal conductivity, plays a decisive role in many research directions. From the heat dissipation design of electronic devices to the research and development of building insulation materials; Accurately understanding the thermal conductivity of materials is crucial, from optimizing the performance of new energy materials to exploring materials in harsh environments in the aerospace industry. In order to meet the growing demand for scientific research and improve the accuracy and efficiency of material research, Sun Yat sen University has decided to purchase materials from Nanjing ExhibitionDZDR-S Thermal Conductivity Tester.

DZDR-S is a thermal conductivity tester that uses transient heat source method. Compared with traditional measurement methods, it has the advantages of fast measurement speed and wide measurement range. There are many forms of measurable materials, such as liquids, powders, solids, metals, alloys, pastes, adhesives, and composite materials. At the same time, the thermal conductivity can be calculated within 5-160 seconds, greatly improving the efficiency of the experiment.

In terms of after-sales service for instruments, there are dedicated technical engineers to coordinate from the early debugging to installation, and on-site debugging and training services will also be provided. In case of any issues with the use of instruments in the future, after-sales engineers will also coordinate to ensure the normal use of the instruments.

With the continuous deepening of scientific research experiments and the increasing demand for instrument performance,Nanjing DaZhan Testing InstrumentAs a manufacturer of thermal conductivity measuring instruments, we continuously innovate and upgrade our technology. In terms of measurement accuracy, we look forward to further improving the accuracy of measurements and reducing measurement errors to meet the demand for high-precision material research. More product inquiries:400-885-2060.