ESG

Material Innovation Driving a Sustainable Future

Integrating sustainability into material R&D, engineering design, and manufacturing systems.
Maximizing technological innovation and resource efficiency to continually minimize environmental footprint,
driving the industry toward higher quality and lower resource intensity.

Technology-Driven Innovation for a Sustainable Future

Low-Carbon R&D & Energy Optimization

Onsite solar photovoltaic (PV) arrays deployed to continuously scale up renewable energy integration, optimizing energy structure and manufacturing efficiency.

100% Green Power Supply by 2028

Environmental Responsibility

Critical Resource Optimization

Core technical pathways:
HRE-Free, Low-HRE, High-Abundance Rare Earth,
and Recycled Magnet technologies.

500+tons/year
Recycled Magnet Output
~1,000ton
Annual Carbon Emission Reduction

Environmental Commitment

Future Roadmap

Establishing Product Carbon Footprint (PCF) tracking and Lifecycle Assessment (LCA) systems to elevate environmental transparency and sustainable governance.

Carbon Peak by 2030
Carbon Neutrality by 2040