The demand for biodegradable materials across various industries has recently surged due
to environmental concerns and the need for the adoption of renewable materials. In this …

The use of reactive diluents is undeniably of paramount importance to develop epoxy resins
which would meet more demanding and restrictive processes and applications in terms of …

A structural adhesive series of biomass-based polyurethane (Biomass-PU) is synthesized
using polypropylene glycol (PPG2000), isosorbide-based polyol (RPO300) as polyols …

This article presents a review of the literature on studies of lignin, which is one of the most
abundant biopolymers on Earth, basing on publications in the world's most-cited sources. It …

Interest in producing chemicals and thermosets from sustainable resources is growing, yet
their moderate performance drastically undermines their potential applicability. Herein, an …

Lignin is produced worldwide in pulp mills and is currently mainly used for energy recovery.
Because of its chemical properties, one possible utilisation is the production of lignin-based …

The widespread development of lignin valorization is hindered by a number of challenges.
In particular, efficient valorization necessitates comprehensive characterization of initial …

Three bio-based propargyl ether thermosetting resins with trans-stilbene cores were
synthesized from p-coumaric (CD), ferulic (FD), and sinapic (SD) acid, respectively …

Coacervation of poly (propylene oxide) and tannic acid, driven by hydrogen bonding,
renders a tacky viscous material that provides an underwater adhesion strength of∼ 350 …

With the growing requirement for lightweight structural materials in automotive, aerospace,
and infrastructure applications, multi‐material joints made with adhesive have attracted …