Our Vision for the Future
Through Continuous Research and Development
Korea Magnesium Industry is committed to continuous R&D focused on eco-friendly, low-carbon manufacturing processes and the development of special-purpose magnesium alloys.
Through advanced recycling technologies utilizing magnesium scrap, we produce high-quality alloys and develop high-performance magnesium materials for defense, aerospace, and space industries—contributing to future strategic sectors.
In addition, through various industry-academia collaborations and government projects, we are accumulating expertise in high-efficiency, low-carbon manufacturing technologies and advancing as a global leader in the lightweight metal industry.
Pilot Equipment
Pilot-scale equipment operated for small-scale test production and R&D,
used to verify the processability and application potential of magnesium materials.
Recycling Seat Frame
A recycling seat frame made using recycled resources,
realizing resource savings and eco-friendly manufacturing processes.
Magnesium Scrap Crushing and Sorting
A process that crushes and classifies magnesium scrap to maximize recycling efficiency.
High-Density Compactor
Core equipment that compresses magnesium materials at high density
to enhance storage and transportation efficiency.
R&D Achievements
| Key R&D Results |
|---|
| Development of special-purpose alloys for defense, aerospace, and space applications |
| Securing low-carbon, high-efficiency process technologies |
| Establishment of a recycling and circular material supply chain |
| Continuous technological advancement through industry-academia collaboration and government projects |
Future Technology Research
and Product Development Goals
| Strategic Area | Implementation Plan |
|---|---|
| High-Temperature Resistant Mg Alloys | Develop alloys for engines and EVs capable of withstanding temperatures above 200℃ |
| Ultra-Lightweight Alloys | Secure Mg-Li series alloys with a density below 1.4 for extreme lightweight applications |
| EMI Shielding Materials | Develop alloys with enhanced electromagnetic interference shielding performance for defense and aircraft applications |
| Eco-Friendly Technology | Expand flux-free and low-carbon production lines |
| Smart Manufacturing | Build AI simulation-based process optimization systems |