The ability of artificial materials to be healed efficiently, mimicking the living organisms,
exhibits a great deal of potential advantages that can revolutionise the operation and …

As a kind of polymeric material with high flexibility and durability, polyurethanes (PUs) are
widely used in industry, electronic products, construction, transportation and medical fields …

Mechanical robustness and network reconstruction have always been paradoxical in
dynamically cross-linked polymers. It is highly desirable to consider polymer architecture …

Polymers bearing dynamic covalent bonds have gained great attention over the last
decades owing to their self-healing, shape memory, and environmental adaptation …

The utilization of dynamic cross‐linking represents a highly promising approach in
addressing the escalating issues of plastic pollution and fossil resource consumption …

Dynamic polymer networks containing photothermal materials have been reported to
demonstrate highly efficient intrinsic self-healing under irradiation. In particular, organic near …

Rigid 3D printing materials often get defects such as cavities, voids, holes, or gaps when
suffering from impact forces. Fast self-healing of these damages without bulk temperature …

Developing self-healable, recyclable and reprocessable polymer materials is one of the
effective ways to relieve plastic pollution and save resources. Using dynamic reversible …

Polymer materials with covalent adaptive networks (CANs) structures attracts great attention
in recent years for their excellent repairable, reprocessable, reconfigurable, recyclable and …

Achieving the room-temperature self-healing of polymer materials with mechanically robust
and tough features is a challenging project due to their conflicting attributes. Herein, a novel …