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

Bio-based dynamic covalent thermosets have attracted extensive attention as they are
expected to break conventional thermosets' reliance on fossil resources and address the …

Recently, the development of bio-derived high-performance thermosets has been widely
studied owing to the shortage of raw materials from fossil resources and the ecological and …

Currently, because of the depletion of petroleum resources and pollution problems
associated with the use of petrochemicals, bio-based epoxy thermosets have received wide …

Epoxy thermosets are usually dependent on fossil fuel-based resources, commonly
diglycidyl ether bisphenol A (DGEBA) type epoxy monomers. However, the majority of these …

Biomass-derived dynamic covalent thermoset has been considered as a promising solution
to the high dependence on fossil resources and the difficulty in recyclability after curing of …

Conventional epoxy resins derived from unsustainable petroleum resources are
unrecyclable and nondegradable. Herein, we facilely synthesized biobased vinylogous …

Biomass derivative and recyclability are two major factors in developing sustainable epoxy
thermosets that cope with the global oil crisis and climate change. However, the major …

Two diepoxides containing a two-benzene-ring-conjugated Schiff base when cured with an
aromatic diamine result in high-performance thermosets combining excellent controlled …

Conventional epoxy thermosets exhibit outstanding mechanical performances, excellent
thermal and dimensional stabilities, and prominent resistances to chemical/solvent …