Phosphorus‐Containing Attapulgite/Liquefied Cellulose‐Based Epoxy Composites: Enhancement of the Flame Retardancy and the Mechanical Properties
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DOI: 10.1002/app.70083
Abstract: A promising route is established to produce a liquefied cellulose‐based epoxy resin via phenol‐catalyzed liquefaction, glyoxal cross‐linking, and epoxidation. To simultaneously enhance flame retardancy and mechanical strength, attapulgite (ATP) was organically engineered with a phosphorus–silicon… read more here.
Keywords: flame; cellulose based; flame retardancy; retardancy mechanical ... See more keywords
Spider Silk-Mimetic Cross-Linked Elastomer: Phenyl Phosphonate-Driven Hierarchical Hard Domain for Unprecedented Integrated Flame Retardancy, Mechanical Robustness and Recyclability
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DOI: 10.1039/d5ta04322k
Abstract: The development of next-generation advanced elastomers is featured by superior flame retardancy, mechanical robustness, and recyclability. However, conflicting intrinsic mechanisms hinder simultaneous achievement of these traits. Inspired by spider silk’s... read more here.
Keywords: flame retardancy; spider silk; retardancy mechanical; mechanical robustness ... See more keywords