This study focuses on the synthesis, thermal and dielectric properties of sustainable bio-
phenol viz. thymol based polybenzoxazines for applications including low dielectric, high …

Bio-based anticorrosive coatings offer an intelligent solution to coincidentally address two
serious challenges: the adverse environmental impacts of petroleum-based polymers and …

The present work provides a facile process route for the syntheses of pyrimidinone‐based
benzoxazines by using stoichiometric quantities of pyrimidinone bisphenol (PBU) and …

Bifunctional polybenzoxazines have been developed using sustainable bio-phenol
curcumin, paraformaldehyde with varying nature of monofunctional amines through Mannich …

To address environmental challenges from leaching antifouling agents in traditional
coatings, developing antifouling coatings with inherently antibacterial properties is of …

Researchers all over the world are working to produce improved polymeric materials
suitable for cutting-edge advanced applications that will eventually replace traditional …

This work studied the sustainable approach for the development of bio‐based
polybenzoxazine composites derived from sustainable thymol and utilized for diverse …

The study mainly focuses on the synthesis, thermal, hydrophobic, and anticorrosion
properties of environmentally friendly polybenzoxazines based on vanillic acid for …

A new green corrosion inhibitor was extracted and prepared from available and inexpensive
natural humic plant humus for the corrosion inhibition of EH40 steel in a 15% HCl medium …

Polybenzoxazine (PBz) based coatings were prepared using designed PBz monomers for
corrosion protection. The structure and properties of poly (MPM) and poly (POPM) coatings …