In the current context of environmental emergency, the need for sustainable materials with
controlled end-of-life is paramount. Covalent Adaptable Networks (CANs) are a novel class …

Nowadays, thermoset polymers stand out as notable composites, but the surge in global
thermoplastic production has raised concerns due to the non-recyclability of these …

The increasing market demand for flexible polyurethane foams (PUFs) is prompting the
academic and industrial community to seek solutions for their end‐of‐life management. In …

Covalent adaptable networks (CANs) are widely used because of their outstanding
mechanical properties and reprocessibility. However, these materials can only be recycled …

Epoxies, epoxy acrylates, and acrylic resins account for a large portion of the thermoset
market, yet their inherently highly cross-linked nature prevents them from being reprocessed …

Herein, we report a scalable synthesis of catalyst-free, covalent adaptable networks (CANs)
based on β-amino amides as dynamic linkages. Rheological analysis of their dynamic …

The environmental problem of “white pollution” caused by traditional non-degradable
plastics is becoming increasingly serious. Thus, the development of degradable and …

Chemical recycling of thermosetting resins represents a sustainable solution to deal with
end-of-life polymer products in an energy-saving and easy-to-conduct way. However, it …

The use of internal catalysts has emerged as a pivotal design principle to facilitate dynamic
exchanges within covalent adaptable networks (CANs). Polybenzoxazines, specifically …

Ionic conductive elastomers (ICEs) exhibit a compelling combination of ionic conductivity
and elastic properties, rendering them excellent candidates for stretchable electronics …