Waste epoxy materials become an enormous problem to society and the environment. The
advantages of epoxy resins derive from their rigid and chemically stable networks, but these …

Single UV-curing silicone-modified polyurethane acrylate materials have limitations, such as
low molecular polymerization and weak mechanical properties compared to thermal-curing …

Ongoing innovation in bio-based plastics aims to meet more economical and diverse
societal needs. However, the dependence on a single biomass source and the generally …

Self-healing materials are the current focus of smart materials research. However, the
implementation of self-healing materials remains limited by the challenge of balancing …

Micro-scale structural polymer membranes with desired mechanical properties, such as
modulus and stretchability, have extensive applications in repair scaffolds, stretchable …

Covalent adaptable networks (CANs) have the potential to combine the excellent
mechanical properties of traditional thermoset materials with the reprocessability of …

The exploration of biomass-derived thermosetting resins for implementation in flexible
electronic packaging has emerged as a central focus. Herein, a daidzein-derived monomer …

The extensive application of hollow composite structures in engineering increasingly
demands innovations in highly efficient and economical manufacturing processes as well as …

Low strength and inadequate temperature resistance of photopolymers strictly limited the
development of current photopolymerization three dimensional (3D) printing technology …

Carbon fibers (CFs) are experiencing a growing demand owing to their low specific weight,
exceptional mechanical properties, superior temperature, and corrosion resistance …