Tannin-based Bio-derived Polyphenols as Flame Retardants (PPT)

机译：基于单宁的生物衍生的多酚作为阻燃剂（PPT）

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Tannic acid exhibited excellent intumescent char forming properties upon burning. Crosslinked tannic acid (TAT) exhibits significantly improved thermal properties. In vertical flame test, TAT-coated Nylon 6,6 fabric exhibits charring and self-extinguishing behavior. In Nylon 6 polymer blends, TAT lowers mass loss rate and heat release properties and improves the char yield.

机译：鞣制在燃烧时表现出优异的膨胀型炭。交联单宁酸（TAT）表现出显着改善的热性能。在垂直火焰试验中，涂覆的尼龙6,6织物具有炭化和自熄性行为。在尼龙6聚合物共混物中，TAT降低质量损失率和热释放性能并提高炭产率。

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《Annual Conference on Recent Advances in Flame Retardancy of Polymeric Materials》|2019年|435 p.|共4页
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Z. Xia; W. Kiratitanavit; S. Yu;
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Tannin-based Bio-derived Polyphenols as Flame Retardants (PPT)

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