Shipping is entering a new phase of transformation. Geopolitical uncertainty, supply chain pressures, higher energy costs and increasingly ambitious emissions-reduction targets are reshaping the operating environment for one of the world’s most critical industries. At the same time, regulatory developments such as the extension of the EU Emissions Trading System to maritime transport are turning efficiency and emissions reduction into direct competitiveness factors.
Within this context, the transition of shipping is not only about fuels and propulsion systems. It is also about the materials used to build the next generation of vessels. Lower weight, corrosion resistance, durability, reduced maintenance needs and improved lifecycle performance are becoming central priorities for shipbuilders, operators and regulators alike. ElvalHalcor’s participation at this year’s Posidonia, one of the world’s leading international shipping exhibitions, provided a timely platform to highlight the role of advanced industrial materials in the future of shipping.
ElvalHalcor is strategically positioned to respond to these evolving requirements. With a strong production base, international presence in more than 90 countries and expertise across aluminium and copper products, the company offers solutions that support lighter, more efficient and more sustainable marine applications.
Elval, the aluminium rolling division of ElvalHalcor, produces high-magnesium aluminium plates and coils specifically designed for shipbuilding applications. These products combine low weight, high corrosion resistance, excellent weldability and processing flexibility, making them suitable for a wide range of vessels, from fast ferries, catamarans and mega-yachts to patrol, service and fishing vessels. They are also certified by leading classification societies, supporting their use in demanding international marine projects.
Recent examples include Baleària’s next-generation catamarans Margarita Salas and Mercedes Pinto, both of which incorporate Elval rolled aluminium. This reinforces Elval’s commitment to driving the marine industry's transition to climate neutrality through aluminium solutions that enable reduced emissions and improved energy efficiency.
Elval’s role in advanced shipbuilding is also reflected in its participation in the Industry Workshop of the European Combat Vessel programme, under the European Defence Agency and with the support of SEA Europe. The initiative focuses on the development of a new generation of modular naval vessels, with emphasis on lifecycle optimisation, weight reduction, corrosion resistance and energy efficiency. Elval presented its aluminium rolling capabilities as a mature, certified and sustainable solution for high-performance naval applications.
At the same time, Halcor is strengthening its presence in marine applications through copper and copper alloys solutions. Its copper nickel outer finned tubes are designed for shell-and-tube heat exchangers, widely used in shipbuilding and offshore systems. These solutions support efficiency, reliability and compact system design, while copper-nickel alloys offer strong performance in seawater environments and help address fouling, a key operational challenge in marine systems.
Through its aluminium and copper solutions, continued investment in production excellence and participation in strategic European initiatives, ElvalHalcor is contributing to a new industrial standard for shipping. One that supports vessels that are lighter, safer, more efficient and better aligned with the sustainability requirements of global trade.