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Tensile strength around 572 MPa in T6 temper
Tensile strength around 572 MPa in T6 temper
Strength approaching mild steel at one-third the weight
Strength approaching mild steel at one-third the weight
Excellent
Excellent for aerospace and motorsport load paths
Machines to fine finishes and takes hard anodizing
Machines to fine finishes and takes hard anodizing
Better fatigue performance than 6061
Better fatigue performance than 6061
Available in plate and bar up to 200 mm section
Available in plate and bar up to 200 mm section
Materialien
| 7075-T6 plate 6–200 mm |
| 7075-T651 bar |
| 7075 with hard anodizing |
| 7075 for motorsport suspension parts |
| 7075 for aerospace fittings |
Wichtigste Spezifikationen
| Spezifikation | Details |
|---|---|
| Tensile strength | 572 MPa (T6) |
| Yield strength | 503 MPa |
| Density | 2.81 g/cm³ |
| Machinability | Good, chip control matters |
| Corrosion | Fair, cladding or anodizing advised |
| Availability | Plate and bar, up to 200 mm |
Oberflächen & Nachbearbeitung
Hard anodizing
Hard anodizing
Chromic acid anodizing for aerospace
Chromic acid anodizing for aerospace
Alodine conversion coating
Alodine conversion coating
Bead blasting and paint
Bead blasting and paint
Häufige Fragen
Why is 7075 not welded?
The alloy is prone to stress corrosion cracking at weldments, so it is normally used as a machined part rather than welded structure. Where a welded high-strength assembly is needed we specify 6061 or 5083.
7075 or 6061 for brackets?
Choose 7075 when the load or the weight target demands it and the part is machined rather than welded. For everything else 6061 gives 80 % of the performance at lower material cost.
Does 7075 anodize well?
It anodizes but with a darker, less clear result than 6061, so hard anodizing or paint is preferred over clear finishes on 7075 parts.
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