Metal
AA3005 C1 first hot-rolling stage, transverse to rolling tensile reference (CC BY experimental)
Tensile and process-stage hardness reference for exact AA3005 after C1 first hot-rolling stage.
Properties
Mechanical
| Property | Value | Unit |
|---|---|---|
| Tensile yield strength | 130.57 | MPa |
| Ultimate tensile strength | 166.63 | MPa |
| Elongation A (source-reported metric) | 31.0 | % |
| Rockwell hardness HRH | 56.0 | HRH |
| Source-reported Brinell-equivalent hardness | 140.0 | HB |
Chemical
| Property | Value | Unit |
|---|---|---|
| Silicon mass fraction | 0.189 | % |
| Iron mass fraction | 0.525 | % |
| Copper mass fraction | 0.042 | % |
| Manganese mass fraction | 1.123 | % |
| Magnesium mass fraction | 0.221 | % |
| Chromium mass fraction | 0.009 | % |
| Nickel mass fraction | 0.006 | % |
| Zinc mass fraction | 0.028 | % |
| Titanium mass fraction | 0.034 | % |
| Gallium mass fraction | 0.013 | % |
| Vanadium mass fraction | 0.006 | % |
Units
Condition
- Condition
- AA3005, C1 first hot-rolling stage
- Temper
- process stage only; no registered temper stated or inferred
- Heat treatment
- no separate heat treatment stated; thermal history is the continuous-casting and hot-rolling route
- Product form
- hot-rolled sheet from Hazelett continuous-cast strip
- Thickness / diameter range
- 7 mm sheet; tensile specimen 200 mm long x 20 mm wide x full outgoing thickness
- Test direction
- transverse to rolling
- Processing route
- AA3005 melt entered the Hazelett caster at 680 +/- 10 degC; continuously cast at 8 m/min and exited at 590 +/- 10 degC and 19 +/- 0.05 mm; entered C1 at 550 +/- 10 degC and was reduced 63% from 19 mm to 7 mm
- Temperature range
- The tensile and hardness test temperature is not explicitly stated.
- Notes
- Values apply only to the investigated manufacturer-supplied AA3005 heat, stated Hazelett process stage, geometry and tensile direction (C1 first hot-rolling stage; transverse to rolling). No registered temper is inferred. Table III provides no replicate count or scatter. Its elongation-A heading and the accompanying reduction-of-area wording are retained as a disclosed source inconsistency. These are experimental process-development observations, not current EN product minima, supplier guarantees or design allowables.
Standards
No material standards linked.
Record status
- Category
- Metal
- Unit system
- Common SI