This paper offers a short overview of epoxy resins, encompassing their diverse
characteristics, variants, chemical modifications, curing processes, and intriguing electrical …

Lignin is a promising biopolymer abundantly used in industrially valued biobased products.
But the resilient nature of lignin reinforces difficulties during its depolymerization, leading to …

Multifunctional epoxy resins with excellent flame retardancy, high strength, high toughness,
low dielectric loss and strong fluorescence show great potentials in electrical/electronic …

High-performance epoxy resins (EPs) with ultimate flame retardancy, particularly in terms of
smoke suppression (as asphyxiation is the primary cause of death in fires), remain a …

The curing kinetics of epoxy resin (EP) play an important role in optimizing the final
properties of the resin, such as thermal stability, flame retardancy and mechanical …

The addition of a small fraction of solid nanoparticles to thermosetting polymers can
substantially improve their fracture toughness, while maintaining various intrinsic …

Interfacial polymer layers with nanoscale size play critical roles in dissipating the strain
energy around cracks and defects in structural nanocomposites, thereby enhancing the …

In general, the network structure formed in epoxy resins is heterogeneous, and its extent is
dependent on the curing temperature. Based on Fourier-transform infrared spectroscopy in …

Epoxy thermosets are indispensable in various industrial applications due to their
exceptional material properties. However, their limited recyclability poses a significant …

Epoxy resins constitute a very significant portion of all high-performance plastics due to their
excellent thermal and mechanical properties that appear in a wide range of applications …