Tensile testing machine in a materials laboratory

ECO-Almag · Characteristics

Performance proven by data

Strength, weight, formability, sustainability — surpassing limits on every metric.

Key properties

Tensile strength: 800MPa-class
Max magnesium content: 17.4%
Strength vs. conventional Al: 7–8x
Formability: High
Ultra-thin rolling: Down to 0.01mm
Impact resistance: 5x+ vs. conventional aluminum
Beryllium content: None (0%)
Manufacturing carbon: 50% lower
Corrosion resistance: Seawater & anti-barnacle

At a glance

Light & strong

Stainless-grade strength while keeping the lightness of aluminum.

Strength with ductility

Unlike most metals, elongation rises together with strength rather than trading off.

Safety

Beryllium-free, safe for people and the environment.

Durability

Surface properties resistant to marine corrosion and biofouling.

Sustainable

No heat treatment, plating, or painting needed — halving carbon emissions at the manufacturing stage.

Cost-competitive

About half the material cost of stainless steel at comparable properties.

Forming & welding compatibility

Forming methods: Roll forming · deep drawing · pipe forming
Welding methods: TIG · MIG · ERW · argon · laser · friction welding

Validation

Low-temperature impact toughness test — Low-temperature impact toughness data (KITECH)

Tensile test report — Tensile strength test report

Tensile test report 2 — Tensile strength test report (Almag6·9)

Surface treatment comparison — Surface treatment & corrosion resistance samples