Topics/Program

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     Topics：

     The symposium will feature 6 core thematic sessions. Topics include (but are not limited to)

   

  Theme 1: Fundamental Science and Engineering Design of Flame-Retardant Materials	Theme 2: Industrialization and Mass Manufacturing of Flame-Retardant Materials
  ●  Flame-retardant mechanisms and structural design of polymers	●  Industrial transformation pathways for new flame-retardant materials
  ●  Formula engineering for high-performance flame-retardant modified plastics	● Large-scale production processes and quality control systems
  ●  Design for manufacturing and engineering optimization of flame-retardant systems	●  Intelligent manufacturing and upgrading of flame-retardant material production
  ●  Technology translation from laboratory to large-scale production	●  Industrial chain collaboration and supply chain security for flame-retardant materials
  Theme 3: Innovative Applications of Flame-Retardant Materials Driven by Emerging Industries	Theme 4: Sustainable and Green Flame-Retardant Materials
  ●  Fire-safety materials for new energy vehicles and power batteries	●  Bio-based, halogen-free, and low-carbon flame-retardant materials
  ●  Fire safety for AI servers, data centers, and high-density electronic systems	●  Life cycle assessment (LCA) and carbon footprint management of flame-retardant materials
  ●  Flame-retardant materials for low-altitude economy, aerospace, and high-end equipment	●  Recycling and circular economy of flame-retardant materials
  ●  Energy storage systems, rail transit, and new energy infrastructure
  Theme 5: Multifunctional Composite and System-Integrated Flame-Retardant Materials	Theme 6: Materials Digitalization and AI-Driven Flame-Retardant R&D
  ●  Integrated materials for flame retardancy, structure, and thermal management	●  Applications of AI in design and performance prediction of flame-retardant materials
  ●  Functional integration of flame-retardant materials with electrical conductivity, thermal conductivity, and electromagnetic shielding	● Development of flame-retardant material databases and digital twins
  ●  Smart responsive flame-retardant materials	●  Data-driven material innovation and improved R&D efficiency