This review presents a comprehensive description of the current pathways used in the
chemical recycling of oxygenated plastics, with a specific focus on poly (ethylene …

Natural fiber composites are inexpensive and renewable alternatives to traditional fiber
reinforced polymers (FRPs). However, existing natural fiber composites primarily rely on …

Despite polyimide (PI) has been regarded as heat-resistant aviation material, but its high
friction coefficient and insufficient abrasion resistance hinder the wide application. Herein, a …

This review article gathers the most recent recycling technologies for thermoset and
thermoplastic polymers. Results about existing experimental procedures and their …

An intrinsically flame-retardant epoxy vitrimer with multi-reprocessability was successfully
constructed and applied to carbon fiber-reinforced composites with the aim of promoting …

Epoxy resin polymers are characteristic of outstanding mechanical and insulating
performances, establishing them as critical insulating components in modern electronic …

Large composite structures, such as those used in wind energy applications, rely on the bulk
polymerization of thermosets on an impressively large scale. To accomplish this, traditional …

In the mass industrial production process of polyimide photoresists, waste generation is
inevitable due to unqualified molecular weights, inappropriate ionic content of resins, or …

Sustainable recycling of waste epoxy resin is an increasingly urgent challenge. Hydrolysis is
an environmentally friendly method for degrading waste into reprocessable oligomers, but it …

It is indeed challenging to simultaneously enhance the toughness, thermal stability, and
recyclability of epoxy resins. This study presents an approach utilizing a hybrid …