Shimei Xu scite author profile

In the present study, a biomass-derived metal-phenolic networks (MPN) were used as charring agent and flame-retardant synergist for Ethylene-vinyl acetate/Ammonium polyphosphate (EVA/APP) composites. Compared with the polyphenol, the thermal stability of MPN was improved remarkably, making it a good match for EVA. Meanwhile, Limit oxygen index test revealed that MPN endowed EVA/APP composites with enhanced flame-retardant performance. The reason on improvement in the flame retardancy of composites was also discussed and the corresponding mechanism was proposed.

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Shimei Xu

E-Textile Conductors and Polymer Composites for Conformal Lightweight Antennas

Novel light–driven CF/PEG/SiO2 composite phase change materials with high thermal conductivity

Metal‐phenolic networks: A biobased synergist for EVA/APP composites toward enhanced thermal stability and flame retardancy

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