Sustainable

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Sustainability is embedded in our material philosophy and long-term strategy.

As a developer of advanced copper-composite conductor technologies, we recognize both the responsibility and the opportunity to contribute to a more efficient and resilient electrical future. Electrification is central to the global energy transition, and the materials that enable it must evolve to meet higher standards of performance, efficiency, and environmental responsibility.

Our copper-composite solutions are engineered to optimize conductivity-to-weight performance, extend service life, and reduce overall material intensity. By improving efficiency at the conductor level, we help reduce energy losses, enhance system durability, and support more sustainable infrastructure across industries connected to mobility, power distribution, and renewable integration.

We take a holistic approach to sustainability across our value chain — from responsible material sourcing and process optimization to performance validation and lifecycle efficiency. Continuous improvement, lean manufacturing principles, and material innovation drive measurable impact in resource efficiency and operational stability.

Collaboration plays a central role in our sustainability journey. We work closely with technical partners, suppliers, and customers to develop solutions that address real-world electrification challenges while advancing environmental and performance standards.

Our focus areas include:

• Enabling lighter and more efficient conductor systems
• Supporting the expansion of e-mobility infrastructure
• Contributing to renewable energy integration
• Enhancing durability and lifecycle performance in electrical networks
   

We believe sustainable progress is achieved through innovation, engineering discipline, and long-term commitment.

Our objective is clear:
To advance conductor technology that supports electrification, reduces environmental impact, and creates lasting value for future generations.