APPLICATIONS
Aerospace
🛰 The Optimal Choice for the Future Aerospace Industry – Eco Almag
Why is ECO-Almag suitable for the aerospace industry?
Eco Almag is a next-generation lightweight alloy material that meets the demanding requirements of the aerospace industry. Surpassing the limitations of conventional aluminum, it offers up to 67% weight reduction compared to stainless steel, while simultaneously achieving high strength exceeding 500 MPa and elongation over 30%. This ensures structural stability even under high-speed, high-load, and extreme temperature conditions. In addition, its excellent corrosion resistance allows for long-term use in marine and high-humidity environments. It can be processed with standard aluminum equipment, making it easy to adopt in industrial applications. Above all, it is a safe, eco-friendly material free of hazardous substances and fully recyclable, making it an ideal foundation for sustainable aerospace technologies.
Application to Satellite Structures
In space environments, weight reduction is directly linked to mission efficiency.
Compared to conventional 6061/7075 aluminum alloys, Almag maintains strength and thermal conductivity while offering differentiated advantages in weight reduction, weldability, and recyclability. When applied to individual parts of satellite structural frames, it can deliver significant technical and economic benefits.
Stable mechanical properties under extreme temperatures
Minimized thermal expansion ensures dimensional stability of precision components
Capable of flake and thin-sheet forming → Ideal for ultra-small CubeSat frame applications
100% recyclable → Supports sustainable space technologies
📌 Example Application Areas: Satellite outer frame, internal skeleton, thermal radiator panel frame, etc.
Application to Drone Structures
Drones are rapidly advancing in areas such as autonomous flight, surveillance, search and rescue, and defense.
In particular, lightweight and corrosion resistance are critical requirements for marine and military drones.
Eco Almag offers the following advantages over conventional aluminum alloys:
Enhanced flight stability through high-strength structural application
Improved corrosion resistance → Enables long-term operation in marine and high-humidity environments
Weight reduction extends flight time and improves range
No concern for corrosion or erosion in case of sea crash → Higher chance of recovery
Example Application Areas: Body frame, rotor arm, sensor mount, integrated marine buoy structure
Example Application Areas: Body frame, rotor arm, sensor mount, integrated marine buoy structure
Aircraft meal carts
In aircraft, even a 1-gram weight reduction can make a difference in fuel efficiency.
Eco Almag is well-suited for aircraft interior equipment, especially meal carts (in-flight service trolleys).
Over 10% weight reduction compared to existing products
Excellent durability against repeated washing, heat, and impact inside aircraft interiors
Strength comparable to stainless steel, enabling material replacement
High thermal conductivity → Advantageous for food storage
📌 Example Application Areas: Meal cart body, frame, tray rack, internal insulation cover, etc.
