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Guangzhou, July 9, 2024 - The China Materials Conference 2024 and the 2nd World Materials Conference, hosted by the Chinese Materials Research Society, co-hosted by the European Materials Research Society and co-organized by Guangdong University of Technology, grandly opened at the Baiyun International Conference Center in Guangzhou. As an important academic event in the field of new materials held under the background of accelerating high-level self-reliance and self-strengthening in science and technology, which involves multiple disciplines, fields and industries, this conference has gathered outstanding experts in the field of new materials from around the world. It is a brand conference with high academic standards, wide coverage and new cutting-edge trends in the field of new materials.

On this highly anticipated international platform, AcoustEvol Technology made a brilliant appearance with its independently developed major achievement - the domestically produced commercial ultrasonic resonance spectrometer (RUS) instrument XRUS-G10. This instrument has successfully filled the gap of high-end domestic equipment for characterizing the elasticity and piezoelectric constants of materials. With its high precision, wide temperature range (room temperature to high temperature) testing capability and excellent stability, it provides a powerful new tool for materials science research and industrial inspection, attracting the attention of many experts and scholars attending the conference.

During the conference, Professor Tang Liguo from Xiamen University, the technical advisor of AcoustEvol Technology, was interviewed by Instrument Information Network. In the interview, Professor Tang provided an in-depth introduction to the core functions, unique advantages of the XRUS-G10 ultrasonic resonance spectrometer and its broad application prospects in related fields. He elaborated in detail on the technical breakthrough points of this equipment compared with similar products and shared the future development trends of ultrasonic resonant spectrum technology. In addition, Professor Tang also looked forward to the future product research and development plans and market development strategies of Sound Performance Technology based on this core technology platform.