Synergistic regulation and kinetic mechanism of cellulose-based aramid fiber/phytic acid/nano-silica-aerogel thermal insulation and flame retardant properties

Although cellulose aerogel has the advantages of environmental friendliness and low cost, its lack of thermal stability and fire resistance seriously restricts its engineering applications in high temperature or open fire environments. In this study, cellulose composite aerogels (AF/PA/Si-CA) with e...

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Bibliografiske detaljer

Principais autores:	Caisen Liu, Qingtao Zhang, Yingchi Shao, Haijiang Ma, Bo Wang, Hongmei Hou, Chongxiang Zhang, Lanfang Luo, Yanru Gai
Format:	Artigo
Sprog:	Inglês
Udgivet:	Elsevier 2026-05-01
Serier:	Industrial Crops and Products
Fag:	Nanocellulose aerogel Phytic acid Aramid fiber Thermal insulation/flame retardant properties Microscopic mechanism
Online adgang:	http://www.sciencedirect.com/science/article/pii/S0926669026005601
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