High-Performance Materials:Advanced reinforcing materials and technologies, including high-temperature-resistant materials, nanomaterials, carbon fiber, graphene, silicon carbide fiber, polyimide fiber, glass fiber, basalt fiber, natural fibers, aramid fiber, ultra-high-molecular-weight polyethylene fiber, and renewable bio-fibers; composite structural components, resin-based, metal-based, carbon-carbon, ceramic-based composites, nano-composites, natural-fiber composites, bio-composites, smart composites, and structure-function integrated materials.

Composite Structural Design:Digital technologies and CAE tools, structural design, simulation techniques, modeling and analysis software, digital equipment, databases, and related systems.

Raw Materials and Production Equipment:Various resins (unsaturated, epoxy, vinyl ester, phenolic, etc.), adhesives, coating materials, along with diverse additives, fillers, colorants, premixes, prepregs, and the machinery required for producing, processing, and handling these raw materials.

Composite Manufacturing Technologies and Equipment:Technologies and equipment for processes such as carbonization, spraying, filament winding, tape laying, stitch weaving, braiding, molding, injection, pultrusion, RTM, LFT, vacuum infusion, autoclave curing, automated cutting, preform fabrication, robotic operations, and other forming techniques; as well as production lines for honeycomb, foam, and sandwich-core structures and associated processing equipment.

Quality Control and Testing of Composites:Quality monitoring techniques and material-testing devices, automated control systems and robotic equipment, non-destructive testing methods and related apparatus.

High-Performance Composite Products and Applications:Innovative applications in areas such as new materials, new energy, the low-altitude economy, drones, robotics, consumer electronics, automotive manufacturing, defense/aerospace/aviation, rail and marine transport, and sports equipment.