5454
AA 5454 | Wrought designation; reviewed chemistry limits only, without product certification
Each value is checked in at least three authoritative issuer publications. Some issuers reproduce a shared standard; these are not independent experiments. Do not use as certified design allowables. View sources ↗
No reviewed mechanical claim for this record.
Chemical composition
Only reviewed weight-percent bounds are listed. A blank bound means only the other threshold was reported.
| Element / source label | Minimum wt% | Upper wt% |
|---|---|---|
| Si | — | 0.25 |
| Fe | — | 0.4 |
| Cu | — | 0.1 |
| Mn | 0.5 | 1.0 |
| Mg | 2.4 | 3.0 |
| Cr | 0.05 | 0.2 |
| Zn | — | 0.25 |
| Ti | — | 0.2 |
Eight wt.% 5454 specification limits match the Aluminum Association Teal Sheets, thyssenkrupp Materials 5454 sheet, and Batz+Burgel EN AW-5454 sheet. The two supplier sheets cite EN 573-3; these are three issuer publications of limits, not three independent melt assays or a certificate of AA/EN equivalence. For upper-only limits, thyssenkrupp prints a zero lower display value, while AA identifies the single bound as a maximum; no specification minimum is inferred. Batz+Burgel does not separate Others each and total, so both are withheld. AA aluminum remainder is not a numeric minimum. No strength, temper-specific, physical or thermal values are generalized from these PDFs.
Physical and thermal properties
| Property | Reported value | Unit | Condition |
|---|---|---|---|
| No reviewed physical or thermal claim for this record. | |||
Evidence
Teal Sheets, December 2025 — The Aluminum Association
EN AW-5454 material data sheet, September 2019 — Batz+Burgel GmbH & Co. KG
Show the exact source location for each value
- Si — PDF p. 15 / printed p. 9, AA registered 5454 row, Si column ↗
- Si — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Si row ↗
- Si — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Si column ↗
- Fe — PDF p. 15 / printed p. 9, AA registered 5454 row, Fe column ↗
- Fe — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Fe row ↗
- Fe — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Fe column ↗
- Cu — PDF p. 15 / printed p. 9, AA registered 5454 row, Cu column ↗
- Cu — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Cu row ↗
- Cu — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Cu column ↗
- Mn — PDF p. 15 / printed p. 9, AA registered 5454 row, Mn column ↗
- Mn — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Mn row ↗
- Mn — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Mn column ↗
- Mg — PDF p. 15 / printed p. 9, AA registered 5454 row, Mg column ↗
- Mg — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Mg row ↗
- Mg — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Mg column ↗
- Cr — PDF p. 15 / printed p. 9, AA registered 5454 row, Cr column ↗
- Cr — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Cr row ↗
- Cr — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Cr column ↗
- Zn — PDF p. 15 / printed p. 9, AA registered 5454 row, Zn column ↗
- Zn — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Zn row ↗
- Zn — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Zn column ↗
- Ti — PDF p. 15 / printed p. 9, AA registered 5454 row, Ti column ↗
- Ti — PDF p. 2, 5454 H22/H32 sheet Chemical Composition, Ti row ↗
- Ti — PDF p. 1, EN AW-5454 DIN EN 573-3 composition, Ti column ↗