Dielectric polyimides (PIs) are ubiquitous as insulation in electrical power systems and
electronic devices. Generally, dynamic polyimide is required to solve irreversible failure …

Polyimides (PIs) used in advanced electrical and electronic devices can be electrically/
mechanically damaged, resulting in a significant waste of resources. Closed‐loop chemical …

Recyclability and self‐healing are two most critical factors in developing sustainable
polymers to deal with environmental pollution and resource waste. In this work, a dynamic …

Self-healing of damage is a common phenomenon in organisms but is hardly ever
encountered in rigid polymer materials. For next-generation electricals and electronics, it is …

Polymer dielectrics have been widely used in electrical energy storage devices. However,
the relatively low operating temperature hinders their applications in harsh environments …

A high temperature polyimide bearing anthracene moieties, poly (3, 3′-di (9-
anthracenemethoxy)-4, 4′-biphenylene hexafluoroisopropylidenediphthalimide)(6F-HAB …

Solution-processable polyimide (PI) materials are attractive for applications in future flexible
optoelectronics, owing to their excellent thermal and chemical resistance, inherent flexibility …

Flexible polyimide (PI) films with simultaneously excellent dimensional stability and
toughness were vital for the application and reliability of flexible display. Thus, in this paper …

Developing new sustainable materials as plastic replacement has become an urgent task for
the rapid accumulation of non-degradable petroleum-based waste plastics. Herein, we …

Polyimides comprising high polarized moieties and electron-withdrawing groups usually
exhibit high refractive index and good transparency with great potential for optoelectronic …