Structural adhesives are commonly used to join dissimilar materials and are of particular
interest in complex technological devices used in automotive, telecommunications, photonic …

The need to minimize the amount of polymeric waste entering landfills and oceans has led
to several research avenues in the field of polymer science. Particularly, the development of …

The introduction of disulfide bonds in polyurethane elastomers confers self-healing and
recyclable properties to the elastomers, which not only reduce the maintenance cost but also …

The unique properties of self-healing materials hold great potential in the field of biomedical
engineering. Although previous studies have focused on the design and synthesis of self …

Developing an autonomous room temperature self‐healing supramolecular polyurethane
(PU) with toughness and stiffness remains a great challenge. Herein, a novel concept that …

Lignin has been extensively explored as a renewable precursor for materials fabrication.
However, its low reactivity is one of the main challenges for material development. Herein …

Polyurethane hot-melt adhesives (PU-HMAs) have been widely used due to their
outstanding advantages, however, the high dependence on non-renewable petrochemical …

Hot melt adhesives are widely applied owing to their solvent-free nature. Developing robust
and multi-reusable hot melt adhesives without harsh bonding conditions remains a great …

The development of adhesives with superior optical and mechanical performance, solvent
resistance, and reworkability is gaining increasing attention in recent years. However …

Developing high‐performance polymeric elastomer with exceptional mechanical and
physical properties such as mechanical toughness, stiffness and rapid healable properties is …