Our investment team, with solid R&D capabilities and investment, has established six technological innovation platforms. Driven by market demand and national strategy, we pursue an innovation model of "pre-research, develop, and mass-produce in successive generations," building a complete innovation ecosystem spanning new materials, new technologies and processes, and industry–university–research cooperation.
Titanium alloy hot working technology for aero-engines, superalloy hot working technology for aero-engines, UHS steel hot working technology, intermetallic compound hot working technology, metal matrix composite (MMC) hot working technology.
Hot working technology for new materials in international commercial aero-engines, process technology management for international commercial aero-engines, production process control for international commercial aero-engine forgings.
Near Isothermal Spinning Process (NISP), precision rolling technology for complex-section rings, integrated precision manufacturing technology for large difficult-to-deform ring forgings, precision rolling technology for large-H/D-ratio thin-wall tall cylindrical shells.
Digital process design, automated rolling technology, finite element simulation (FEA) technology, automated furnace temperature monitoring with IR thermography, key technologies for intelligent through-process simulation, design and optimization.
Pilot-scale application of intelligent lightweight forming for difficult-to-deform aero-engine ring forgings.
Key technologies for intelligent through-process simulation, design and optimization.