EN AW-7076 · AlZn6Mg

A legacy zinc-rich alloy from the US forging tradition, retained in specification for propeller and rotor applications where its fatigue pedigree is documented over decades.

2.82g/cm³
Density
540MPa
Typical tensile strength (T61)
71GPa
Elastic modulus
7000
Series — Al-Zn maximum strength

Material Data

Composition and physical properties

Chemical composition (% by mass)
ElementLimit / range
Si≤ 0.40
Fe≤ 0.6
Cu0.30 – 1.0
Mn0.30 – 0.8
Mg1.2 – 2.0
Zn7.0 – 8.0
Ti≤ 0.20
Albalance

Limits per EN 573-3 / applicable registration. The governing specification on your order prevails.

Physical properties (typical, room temperature)
PropertyValue
Density2.82 g/cm³
Melting range480 – 635 °C
Thermal expansion (20–100 °C)23.6 µm/m·K
Elastic modulus71 GPa
Thermal conductivity130 W/m·K
Electrical conductivity32 % IACS

Strength Data

Mechanical properties by temper

Typical room-temperature values for orientation. Design minimums depend on product form, thickness and the governing specification — request the applicable table with your inquiry.

Typical mechanical properties — EN AW-7076 (AlZn6Mg)
TemperYield strength (MPa)Tensile strength (MPa)Elongation (%)Hardness (HB)
T614705408145

Designations & Standards

How this alloy appears on drawings

Cross-reference designations
SystemDesignation
ISO / EN designationAlZn6Mg
EN numericEN AW-7076
UNSA97076
Werkstoff-Nr.
Common product standardsASTM B209 · UNS A97076 · legacy US aerospace forging grade

Supply Program

Available from Lipol as

Catalog entries for EN AW-7076
Product formStandardAlloyTemperCategory
SheetASTM B2097076T61Aerospace & Defense

Additional tempers, forms and specifications available on request — the table shows the standard program.

Applications

Where EN AW-7076 is the right answer

  • Propeller blades and hubs
  • Legacy aircraft forgings
  • Rotorcraft components

Specifying EN AW-7076?

State the temper, product form, dimensions and governing standard from the tables above, and we will confirm availability with a firm price and delivery date — typically within one business day.

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Material Engineering

Not sure EN AW-7076 is the right alloy?

Describe the application — load, environment, joining, finishing — and our engineers will confirm the choice or propose a better-value alternative.