Engineering flame-retardancy in water-based adhesives: a structure–performance driven approach for enhanced safety and functionality
Key Points
The research aims to improve the fire safety and adhesion properties of water-based adhesives by integrating specific compounds.
Developed a multifunctional adhesive using a tannic acid-SHMP complex and a PVA-Al(OH)3 matrix.
Evaluated dry and wet adhesion performance under various conditions.
Assessed fire safety properties to ensure suitability for critical applications.
The engineered adhesive exhibits significantly improved dry and wet adhesion compared to traditional adhesives.
Fire safety metrics indicate substantial enhancements, making it suitable for safety-critical uses.
Abstract
Multifunctional adhesive integrating TS (tannic acid–SHMP complex) into PAH (PVA–Al(OH) 3 matrix) shows high dry/wet adhesion and enhanced fire safety, suitable for safety-critical applications.