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Self-catalyzed bio-benzoxazines containing phthalonitrile with high thermal stability and intrinsic flame retardancy as well as its composite reinforced by aramid fiber

Miao Wu, Chaofeng Chen, Ailin Peng, Ziqiu Zeng, Zhixuan Zhang, Xiaobo Liu, Yumin Huang

2025Polymer Degradation and Stability7 citationsDOI

Topics & Concepts

Materials scienceThermal stabilityCharCuring (chemistry)Composite materialThermosetting polymerAramidLimiting oxygen indexPhthalonitrileGlass transitionFire retardantFourier transform infrared spectroscopyComposite numberThermogravimetric analysisPyrolysisPolymerizationDielectricChemical engineeringDielectric lossPolymer chemistryTriethylenetetramineGlass fiberEpoxyDifferential scanning calorimetryFiberThermal analysisEpoxy Resin Curing ProcessesSynthesis and properties of polymersFlame retardant materials and properties
Self-catalyzed bio-benzoxazines containing phthalonitrile with high thermal stability and intrinsic flame retardancy as well as its composite reinforced by aramid fiber | Litcius