EN AW-Al Zn5,5MgCu | EN AW-7075 Material Datasheet
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| Material Number | Material Name | Material Number (single) | Standard | Scope | Standard Status | Country | Predecessor | Successor | VDA 231-106 classification | |
|---|---|---|---|---|---|---|---|---|---|---|
| EN AW-7075 (DIN EN 573-3 : 2009-08) | EN AW-Al Zn5,5MgCu | EN AW-7075 | DIN EN 573-3 : 2009-08 | DIN EN 573-3 : 2009-08 replaced by DIN EN 573-3 : 2013-12 | Replaced | Germany | EN AW-Al Zn5,5MgCu | EN AW-Al Zn5,5MgCu | 2.1 | 1) |
| 1) Remark: Material EN AW-Al Zn5,5MgCu is produced for sheet, strip and plates, for HF-welded tubes, for extruded and drawn components, for wire and prewire for mechanical application, for forged parts and prematerial. The alloy is not food-safe. To the comparable mark AlZnMgCu1,5,mat. No. 3.4365, acc. to TGL 1725-1 : 1983-02 applies: The alloy achieves due to its composition the highest strength values of the Cu-alloyed AlZnMg-alloys. A strength of approx. 550 N/mm² is achievable by artificial aging. Heat-treatment for hardening: solution annealing: 470 to 480°C, quenching in water artificial aging: 12 to 24 h at 115 to 125°C, 4 to 6 h at 165 to 180°C The artificial aging represents a two-step aging. Natural aging is unusual. The alloy has a favorable machinability and it is on certain conditions weldable. When welding appears a heat-affected zone of lower strength therefore welding should be avoided. A favorable corrosion resistance can only be warranted for an appropriate surface protection coat. Corrosion resistance can be considerably enhanced by artificial aging. In order to tap the full strength values, without having any negative effect of the lower corrosion resistance, the sheets of this alloy are cladded by rolling with e.g. AlZn1. Therby the application area expands considerably. Application: In machine engineering (incl. mold making) for appliances and tools. Predominantly as anchor, head and punch unit holder plates as well as for guide plates. In mold making esp. in plastics processing for blow, foam and injection forms, carrying constructions for woodworking tools, for machine benchings, turned parts (hydraulics/pneumatics), in vehicle manufacturing for bumper, safety parts. In aircraft construction as connecting elements (screws), in military engineering for bending and forming technics (as wire: springs, screens, hooks etc.). |
Chemical Composition
| Cr [%] | Cu [%] | Fe [%] | Mg [%] | Mn [%] | Si [%] | Ti [%] | Zn [%] | Ti+Zr [%] | Remainder | |
|---|---|---|---|---|---|---|---|---|---|---|
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Material Compliance
| REACh | RoHS |
|---|---|
| blur | blur |
Mechanical Properties
| Semi-finished Product | Condition | Designation of the delivered Condition DIN | Delivery Condition EN | Strength Abbrevation | Nominal Size [mm] | Temperature [°C] | Specimen Direction | Tensile Strength [MPa] | Yield Strength (0.2% offset) [MPa] | Elongation A100 [%] | Elongation A [%] | Elongation A50 [%] | Hardness HB | HBW | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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Physical Properties
| Condition | Delivery Condition EN | Temperature [°C] | Melting Temperature [°C] | Density [g/cm³] | Young's Modulus [GPa] | Shear Modulus [GPa] | Mean Coefficient of Thermal Expansion (reference 20°C) [10^-6*K^-1] | Thermal Conductivity [W/(m*K)] | Mean Specific Heat Capacity [kJ/(kg*K)] | Electric Conductivity [MS/m] | |
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FKM Guideline Fatigue Strength
| Semi-finished Product | Condition | Nominal Size [mm] | Specimen Direction | Tensile Strength [MPa] | Yield Strength (0.2% offset) [MPa] | Elongation A [%] | Elongation A50 [%] | Fatigue Limit under rev. Tension-Compression Stresses [MPa] | Fatigue Strength under pulsating Tensile Stresses [MPa] | Bending Fatigue Strength [MPa] | Shear Fatigue Strength [MPa] | Torsion Fatigue Strength [MPa] | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
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| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
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| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
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| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
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| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| 1) Source: blur | |||||||||||||
| 2) Remark: blur |
Formability - Bending - Folding
| Semi-finished Product | Condition | Nominal Size [mm] | Bend Factor (90°) | Bend Factor (180°) | |
|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | 1)2) |
| 1) Source: blur | |||||
| 2) Remark: blur |
Cross Reference
| Material Name | Country | Standard |
|---|---|---|
| 7075 | Australia | AS 2848.1 |
| 7075 | China | GB/T 3880 |
| 7075 | USA | International Registration Record (AA) |
| A7075P | Japan | JIS H 4000 |
| A7075PC | Japan | JIS H 4000 |
| A7075BD | Japan | JIS H 4040 |
| A7075BE | Japan | JIS H 4040 |
| A7075TD | Japan | JIS H 4080 |
| A7075TE | Japan | JIS H 4080 |
| A7075S | Japan | JIS H 4100 |
| A7075FD | Japan | JIS H 4140 |
| A7075FH | Japan | JIS H 4140 |
| AlZnMgCu1,5 | Turkey | TS 412 |
| A97075 | USA | UNS |
| A97075 | USA | AMS-QQ-A-250/12 |
| A97075 | USA | AMS 4044 |
| A97075 | USA | AMS 4045 |
| A97075 | USA | AMS 4078 |
| A97075 | USA | AMS 4122 |
| A97075 | USA | AMS 4123 |
| A97075 | USA | AMS 4124 |
| A97075 | USA | AMS 4126 |
| A97075 | USA | AMS 4147 |
| A97075 | USA | AMS 4154 |
| A97075 | USA | AMS 4166 |
| A97075 | USA | AMS 4167 |
| A97075 | USA | AMS 4168 |
| A97075 | USA | AMS 4169 |
| A97075 | USA | AMS 4174 |
| A97075 | USA | AMS 4186 |
| A97075 | USA | AMS 4277 |
| A97075 | USA | AMS 4310 |
| A97075 | USA | AMS 4311 |
| A97075 | USA | AMS 4323 |
| 7075 | USA | AMS-A-22771 |
| A97075 | USA | AMS-QQ-A-200/11 |
| A97075 | USA | AMS-QQ-A-200/15 |
| A97075 | USA | AMS-QQ-A-225/9 |
| A97075 | USA | AMS-QQ-A-250/24 |
| 7075 | USA | ASTM B 209 |
| 7075 | USA | ASTM B 210 |
| 7075 | USA | ASTM B 211 |
| 7075 | USA | ASTM B 221 |
| 7075 | USA | ASTM B 241 |
| 7075 | USA | ASTM B 247 |
| A97075 | USA | ASTM B 275 |
| 7075 | USA | ASTM B 316 |
| 7075 | USA | ASTM B 468 |
| 7075 | USA | ASTM B 744 |
| 7050 | USA | ASTM B 918 |
| 7075 | USA | ASTM B 918 |
| AlZnMgCu1,5 (3.4365) | Germany | DIN 1725-1 |
| AlZnMgCu1,5 (3.4364) | Germany | WL 3.4364-1 |
| AlZnMgCu1,5 (3.4365) | Germany | DIN 1745-1 |
Producer/Supplier/Trade names
| Tradename | Supplier |
|---|---|
| Perunal-215 | Alu Menziken Extrusion AG, Reinach |
| AlZn5,5MgCu | Aluminiumwerk Unna AG, Unna |
| AlZn5,5MgCu | Swiss Steel International GmbH, Düsseldorf |
| AlZn5,5MgCu | Voß Edelstahlhandel GmbH & Co.KG, Neu Wulmstorf |
| AlZnMgCu1,5 | Imet Industriemetall Handelsgesellschaft mbH, Hamburg |
| AZ63 | OTTO FUCHS KG, Meinerzhagen |
| AZ64 | OTTO FUCHS KG, Meinerzhagen |