Beijing University of Chemical Technology purchases DZDR-AS transient thermal conductivity measuring instrument from Nanjing Exhibition

Whether it is the design of new insulation materials, the study of heat conduction in chemical reaction processes, or the evaluation of the thermal performance of materials in various chemical equipment, accurate measurement of the thermal conductivity of materials is indispensable. In order to enhance research strength and efficiency, Beijing University of Chemical Technology has conducted preliminary research and selected the new DZDR-AS transient thermal conductivity quantitative calorimeter from Nanjing Exhibition.

DZDR-AS is a thermal conductivity measuring instrument that uses transient heat source method. It can quickly and accurately measure the thermal conductivity of various samples, providing accurate data support for the development of new materials and optimization of chemical processes, and improving experimental efficiency. What other advantages does this thermal conductivity measuring instrument have besides fast measurement?

1. Measurement of multimodal materials. In addition to measuring solids, liquids, powders, films, colloids, pastes, alloys, insulation materials, etc. can also be measured without complex sample preparation, as long as the sample surface is smooth and flat.

2. Directly calculate the thermal conductivity and specific heat capacity. This DZDR-AS thermal conductivity measuring instrument is equipped with analysis software, which can directly calculate the thermal conductivity, specific heat capacity, and thermal conductivity parameters of the sample, greatly improving the efficiency of the experiment. It can also be tested cyclically to improve the accuracy of the measurement.

3. Automated operations. This is a highly automated thermal analysis instrument that can automatically adjust measurement parameters, reduce manual intervention, and improve measurement accuracy.

4. Lightweight and compact. The appearance design of this instrument is compact and lightweight, easy to carry, and occupies very little space, making it easy to store and operate.

The key performance advantages of intelligence, portability, and fast measurement are one of the important factors for Beijing University of Chemical Technology to purchase this DZDR-AS transient thermal conductivity measuring instrument. In addition, professional after-sales service, technical engineers on-site debugging and installation, and training on the specific use and measurement of the instrument are provided to ensure the normal use of the customer's instrument. We hope that this DZDR-AS transient thermal conductivity measuring instrument will not only be applied in the chemical industry, but also play an important role in multiple fields such as new material research and development, energy utilization, and environmental science.