The development of recyclable epoxy thermoset is a major area of research interest today
due to their environmental threats and non-sustainability. Recyclable products have recently …

The scientific strategies reported in the literature for develo** biobased epoxy vitrimers
are summarized. Biomass resources such as lignin, cellulose, or different vegetable oils can …

A series of renewable lignin-derived imine hardeners (LDIHs) with different contents of
methoxy-group (n= 0–2) were successfully prepared using lignin-derivative aldehydes …

The growing appeal of carbon nanotube composites in the contemporary market derives
from their exceptional thermal and chemical stability, coupled with electrical conductivity. In …

Epoxy thermosets need to be designed for simple recycling and biomass resource utilization
in order to be fully sustainable building materials. The development of covalent adaptive …

Develo** high-performance polymers in a sustainable and simple manner while efficiently
converting renewable resources is extremely challenging. In this study, three different …

Gallic acid is a renewable plant phenolic resource, and the polyphenolic bio‐based epoxy
resin prepared from it can be used as a substitute for bisphenol A epoxy resin in certain …

The demand for thermal management materials is growing due to the rapid development of
electronics. However, most thermally conductive composites cannot be recycled after use …

Conventional epoxy thermosets, with irreversible crosslinking networks, cannot be
reprocessed and recycled. Furthermore, the utilization of petroleum-based materials …

There is a high demand for highly biobased photocurable coatings for a wide range of
applications. In this work, a photocurable coating formulation is developed based on …