APPLICATIONS

Logistics and transportation equipment

 The world today demands lighter cargo and maximum transportation efficiency. In particular, marine and air cargo containers require materials that not only meet strict strength standards but are also lightweight and highly corrosion-resistant.

Why is ECO-Almag suitable for logistics and transportation equipment?

 Eco Almag is a next-generation transportation material that meets the growing global demand for sustainability. Recently, airlines and maritime transport companies have made lightweight and eco-friendly containers a key priority, and Eco Almag offers an ideal solution aligned with this trend.
In particular, it enables the production of high-performance containers that overcome the formability limitations and lack of corrosion resistance found in conventional steel and general aluminum. At the same time, it offers excellent chemical resistance, salt resistance, and impact absorption. Eco Almag meets ISO standards while also delivering a cost reduction of 20–30% compared to traditional materials.
As a result, Eco Almag is gaining attention as an innovative transportation material that meets all the key demands of the global logistics industry—lightweight design, durability, cost efficiency, and environmental sustainability.

🚢 Marine container

  • Ultra-lightweight: Up to 70% lighter compared to steel

  • Maximized corrosion resistance: Can be used for extended periods without corrosion even in saltwater and marine environments

  • Integrated forming possible: Combines formability and strength thanks to the high-strength properties of Almag

  • Recyclability: 100% recyclable material that meets ESG requirements

  • Ships consume approximately 3 to 5 liters of additional fuel per ton of cargo for every 1,000 kilometers. By switching to Almag, fuel efficiency can be improved and CO₂ emissions can be reduced through lower carbon output.

✈ Air cargo containers & pallets

  • Reduced onboard weight: Lightweight design lowers fuel consumption and carbon emissions

  • Extreme temperature resistance: No deformation or damage even at temperatures from -50℃ to +70℃ and beyond

  • Corrosion resistance: More than twice that of conventional aluminum

  • Capable of replacing conventional high-strength aluminum alloys such as 6061-T6 and 7075-T6

  • Excellent workability: Applicable to roll forming, sheet, and thin plate processing

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