Convenient strategies for the deconstruction and reprocessing of thermosets could improve
the circularity of these materials, but most approaches developed to date do not involve …

Thermoset polymers and fiber-reinforced polymer composites possess the chemical,
physical, and mechanical properties necessary for energy-efficient vehicles and structures …

Polyethylene (PE) is the most widely produced synthetic polymer. By installing chemically
cleavable bonds into the backbone of PE, it is possible to produce chemically …

“Drop-in” additives that introduce chemically cleavable bonds into thermosets without
compromising thermomechanical properties could enable triggered material deconstruction …

Covalently crosslinked polymeric materials, known as thermosets, possess enhanced
mechanical strength and thermal stability relative to the corresponding uncrosslinked …

Environmental and health concerns force the search for sustainable super engineering
plastics (SEPs) that utilise bio-derived cyclic monomers, eg isosorbide instead of restricted …

Development of covalent adaptable networks (CANs) has connected thermosets and
thermoplastics and brought about various functions. However, combining the high …

Thermosetting polymers possess excellent environmental resistance and mechanical
properties but cannot be reprocessed due to their covalently cross-linked structures …

Recycling thermosets have become extremely important due to their ecological and
economic benefits. The development of thermosets that undergo reversible polymerization …

The paradigm shift from traditional petroleum‐based non‐recyclable thermosets to biobased
repeatedly recyclable materials is required to move toward circular bioeconomy. Here, two …