A fully polymerized (cured) thermoset is no longer capable of flow like a thermoplastic to be
recycled and reprocessed into a new object. Develo** repairable, malleable and …

Excellent thermal and mechanical properties and high chemical resistance with low
shrinkage of epoxy resins open a wide window of various industrial applications, including …

High-performance and multifunctional epoxy resins (EPs) are of great use in the booming
electric & electronic and 5G fields, however their fabrication shows huge challenges. Herein …

Concurrently enhancing the flame retardancy and toughness without sacrificing strength,
thermal decomposition temperature, and glass transition temperature (T g) of epoxy …

Endowing epoxy resins with simultaneously improved flame retardancy, toughness and
strength as well as glass transition temperature (T g) is a big challenge for us. Herein, a …

The development of a green and facile strategy for fabricating ecofriendly, highly effective
flame retardants has remain a major challenge. Herein, supermolecular aggregates of …

A novel hyperbranched flame-retardant polymer (referred to as ITA-HBP) was synthesized
from itaconic anhydride as a renewable starting material. Upon the incorporation of ITA …

To date, all epoxy vitrimer systems reported in the literature rely on addition of significant
amounts of catalysts to achieve the dynamic transesterification reaction (TER). However, the …

Conventional epoxy polymers are constructed by petro-based resources that are toxic and
nonrenewable, and their permanent cross-links make them difficult to be reprocessed …

Large-scale applications of flame-retardant epoxy resins have caused sustainability
concerns on the use of renewable resources and end-of-life wastes. New strategies are …