University–Industry Collaborative Innovation: Youth Empowering Industrial Innovation
On December 27, 2025, the Annual Work Report Meeting of the USTC–Wanwei PVA New Materials Joint Laboratory was successfully held at the R&D Center of Wanwei Group. Several key researchers and graduate student representatives from the Anhui Provincial Engineering Research Center for Advanced Functional Polymer Films (hereinafter referred to as “the Center”) attended the meeting and presented their work on this important platform for university–industry collaboration. The reports showcased the Center’s latest progress and vivid practices in addressing national industrial needs and promoting the deep integration of scientific research with industrial development.
During the meeting, researchers from the Center systematically presented a series of cutting-edge research achievements closely aligned with industrial demands, focusing on key materials including PVA optical films, polarizers, PVB resins, electronic ceramic binders, and polyvinyl alcohol fibers. Team members Chen Tian, Wei Leguo, Qiao Menglan, and Li Yao, among others, delivered detailed presentations on their respective research directions.
In the field of PVA optical films, the research team developed a digital twin model for the film processing process, enabling dynamic simulation of production parameters and process optimization, which significantly improved process control capabilities. In the study of polarizer reliability, the team conducted failure mechanism analyses under multiple environmental conditions, providing a solid theoretical basis for product lifetime evaluation. For PVB resin development, the research focused on the structure–property relationships of automotive-grade interlayer films, promoting the design and application validation of new material systems. In the field of electronic ceramics, in-depth studies were carried out on the functional modification of binders, supporting the development of domestically controllable materials for related industries.
Members of the Center consistently integrate fundamental research with real industrial challenges. In addition to improving the intrinsic properties of materials, the team places strong emphasis on process optimization and engineering translation. Supported by real production line data, the researchers conducted systematic studies including airflow field simulations, drying kinetics analysis, and investigations of iodine staining mechanisms. From theoretical modeling and mechanism elucidation to process iteration, the team has established a complete innovation chain of “fundamental research – technology development – engineering application,” demonstrating strong systematic research capabilities from scientific discovery to industrial implementation.
This collective report not only showcased the phased research achievements of the Center’s members, but also reflected the Center’s effectiveness in cultivating young talents and promoting university–industry collaborative innovation. Through deep participation in Wanwei Group’s industrial technology development projects, researchers have not only strengthened their scientific research capabilities, but also enhanced their sense of mission and responsibility in applying scientific achievements to serve the national real economy.
Looking ahead, the Anhui Provincial Engineering Research Center for Advanced Functional Polymer Films will continue to strengthen research leadership and team development, guiding more young researchers to focus on real industrial challenges and key core technologies. Leveraging the platform of the USTC–Wanwei Joint Laboratory, the Center will continue contributing wisdom and strength to advance independent innovation and industrial upgrading in the field of polymer film materials, injecting youthful momentum into technological progress.
