Enhancement of core competence

Securing Core Material Technologies for Nonferrous Metals

Development of core technologies for high-performance materials and components based on lightweight metals, heat-resistant alloys, and metal powders.

Advancement of alloy composition design and microstructure control technologies to achieve target performance.

Enhancement of material performance to improve strength, reduce weight, increase heat resistance, and boost reliability.

Establishing Advanced Manufacturing Process Technologies

Advancement of process technologies based on casting, metal forming, heat treatment, powder metallurgy, and additive manufacturing.

Securing process optimization technologies tailored to material characteristics and component geometry.

Empowering industry with customized technical support and advanced process integration for seamless field application

Establishing a Full-Cycle R&D Framework

Development of an integrated R&D framework spanning alloy design, process development, performance evaluation, and validation.

Enhancement of technological completeness through integrated verification of materials and processes.

Strengthening the foundation for prototype fabrication and assessing the industrial applicability of research outcomes.

Strengthening Circular Technologies for Premium Green Metals

Advancing Carbon-Neutral Practical Technologies in non-ferrous metal sectors.

Elevating Resource Circularity by integrating metal recycling systems with high-tech industries.

Establishing Eco-friendly Smelting & Refining Processes and pioneering AX/GX transition technologies.

Enhancement Based on Growth Engines

Advancing as a key research hub in the field of advanced nonferrous materials and components.

Establishing a sustainable research framework linked to industrial implementation.

Securing high-value technologies that respond to future industrial demands.

Expanding an industry-collaboration-driven research ecosystem.