French 
English 
German 
As a key institution in China’s “Double First Class” initiative and a leading university in Guangdong Province, Shenzhen University has always prioritized innovation as its core driver. With strengths in materials science, electronic information, and biomedical engineering, it is at the forefront of domestic research. The university’s key laboratories focus on cutting-edge research in areas such as new energy materials, intelligent sensing technologies, and high-end equipment manufacturing. Its research outcomes are widely applied in intelligent manufacturing, smart cities, and healthcare, providing critical technological support for the development of emerging industries.
To further deepen the study of material and equipment performance in extreme environments, Shenzhen University recently introduced the DHT® Alternating Temperature Test Chamber. This advanced equipment accurately simulates complex climate conditions to thoroughly evaluate the reliability of research samples under extreme scenarios, such as high temperatures, low temperatures, and humidity cycles. This enhances the practical engineering application value of the university’s scientific achievements. The tests conducted include temperature and humidity cycling of new energy battery materials, high and low temperature shock testing of intelligent sensors, and humidity-aging experiments of biomedical materials.
Research staff at Shenzhen University’s related laboratories have reported that the DHT® Alternating Temperature Test Chamber performed excellently during testing, offering high-precision data collection, ease of operation, and significantly improved experimental efficiency. Looking ahead, Shenzhen University plans to deepen its collaboration with DHT® to jointly promote innovation in high-end equipment and materials technology, contributing “Shenzhen University wisdom” to global scientific progress.