Functional Polymers & Advanced Materials (FPAM) Lab
Research Direction:
Design and Application of Functional Filler Network Systems
(Focusing on the construction mechanisms of functional nanofillers, the regulation strategies of network structures, and their integrated applications in multi-scenario functional material systems, aiming to establish a new paradigm of structure–performance–application integration.)
Research Concept:
This study takes functional fillers as the core foundation and follows a three-tier progressive logic of “functional filler design – precise network construction – multidimensional application integration.” Through interfacial engineering, multiscale coordination, and structural integration, the work aims to establish a continuous modulation pathway from molecular-level configuration to macroscopic functional output, enabling the performance transition of materials from individual component functionality to synergistic network behavior.
Main Research Content:
The research is centered on functional filler network systems and includes three interrelated components:
(1) Development of novel multifunctional fillers with electrical conductivity, thermal conductivity, photothermal response, and adsorption capacity, based on structure–property relationship design;
(2) Construction of multiscale, co-evolving filler networks via interfacial modulation and structural design strategies, achieving synergistic enhancement of multiple properties in polymer matrices;
(3) Integration of the developed materials into emerging application scenarios through device-oriented engineering, with comprehensive evaluation of their performance stability and environmental adaptability.