To develop functional sustainable epoxy resins, we report a novel epoxy resin (DEU-EP)
with high net biobased content (70.2 wt%) derived from renewable eugenol. We …

Exploring renewable biobased epoxy resins possessing intrinsic fire retardancy and high
mechanical and thermal properties will greatly advance their potential to satisfy …

Epoxy resins with high thermal and mechanical performance as well as good resistance to
fire are difficult to synthesize. In this work, a high-performance intrinsically flame-retardant …

Developing biobased epoxy resin with high renewable carbon content and outstanding
integrated performance is beneficial for both sustainable development and applications in …

Vanillyl alcohol, a lignin derived aromatic diol, is a potential platform chemical for the
production of renewable epoxy thermosets. A bio-based bisphenolic analogue, bisguaiacol …

In this work, the sustainable and biodegradable flame retardant epoxy resin was designed
and prepared to replace resource-limited petrochemicals, especially, bisphenol A type …

Preparing a biobased (biomass-based) high performance epoxy resin with extremely large
biomass content is of great importance for sustainable development. Herein, a new epoxy …

The aim of this study is to find a suitable substitution for diglycidyl ether bisphenol A
(DGEBA) to avoid the devastating side effects of bisphenol A. Vanillin, an aromatic …

Limited fossil resources require innovative monomers and polymers derived from renewable
feedstocks such as plant biomass. Thermosetting epoxy resins largely rely on petrochemical …

Preparing low-flammable biobased epoxy resins with a high glass transition temperature (T
g) and excellent mechanical properties is significant for the rapid growing electronics and …