AlMg4,5Mn | 3.3547 Material Datasheet
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| Material Number | Material Name | Material Number (single) | Standard | Scope | Standard Status | Country | Successor | VDA 231-106 classification | Application temperature [°C] | |
|---|---|---|---|---|---|---|---|---|---|---|
| 3.3547 (DIN 1725-1 : 1983-02) | AlMg4,5Mn | 3.3547 | DIN 1725-1 : 1983-02 | DIN 1725-1 : 1983-02 replaced by DIN EN 573-3 : 2003-10 and DIN EN 573-4 : 2004-05 | Replaced | Germany | EN AW-Al Mg4,5Mn0,7 | 2.1 | -195 - 50 | 1) |
| 1) Remark: The alloy AlMg4,5Mn belongs to the nature-hard aluminum wrought materials, so a strength increase can be achieved only by cold forming, not by a purposeful heat treatment. The material is characterised by good corrosion resistance. It is sea water steady and steady against saline atmosphere. Increasing Mg+Mn content makes the extrusion more difficult, but strength and very low-temperature behaviour improve. The alloy is well weldable. Even in the welding seams strength lie within the range of AlMg5. The alloy AlMg4Mn is standardised as semi-finished material only as sheet metal or strips, thickness: >= 0,35 mm (DIN 1745). Application: rolling shutter and roll gates (sheet metal profiles), in the apparatus engineering for tank bottoms, very low-temperature tanks, heat exchangers and pipings. In the construction of vehicles for superstructures as well as tank and silo trucks, dump truck hollows, buses, bumpers, car body and safety-related parts. In shipbuilding for trunk, superstructures, sail masts and radar equipment |
Chemical Composition
| Cr [%] | Cu [%] | Fe [%] | Mg [%] | Mn [%] | Si [%] | Ti [%] | Zn [%] | Remainder | |
|---|---|---|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| 1) Source: blur | |||||||||
| 2) Remark: blur |
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] | Tensile Strength [MPa] | Yield Strength (0.2% offset) [MPa] | Elongation A10 [%] | Elongation A [%] | Hardness HB | HBW | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 4) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 5)6) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 6)7) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 7)8) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 4) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 9) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 11) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 11) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 11) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 11) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 11) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | blur | 10) |
| 1) Source: blur | ||||||||||||
| 2) Source: blur | ||||||||||||
| 3) Source: blur | ||||||||||||
| 4) Source: blur | ||||||||||||
| 5) Source: blur | ||||||||||||
| 6) Remark: blur | ||||||||||||
| 7) Source: blur | ||||||||||||
| 8) Remark: blur | ||||||||||||
| 9) Source: blur | ||||||||||||
| 10) Source: blur | ||||||||||||
| 11) Source: blur |
Physical Properties
| 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] | |
|---|---|---|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 2)3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| blur | blur | blur | blur | blur | blur | blur | blur | blur | 3) |
| 1) Source: blur | |||||||||
| 2) Remark: blur | |||||||||
| 3) Source: blur |
Creep Rupture Behaviour
| Strength Abbrevation | Temperature [°C] | Creep Tensile Strength at 10³ h [MPa] | Creep Tensile Strength at 10^4 h [MPa] | 0.2% Creep Limit at 10³ h [MPa] | 0.2% Creep Limit at 10^4 h [MPa] | |
|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | 1) |
| 1) Source: blur | ||||||
| 2) Remark: blur |
Formability - Bending - Folding
| Condition Number | Strength Abbrevation | Nominal Size [mm] | Rolling Direction | Ductility | Bend Factor | |
|---|---|---|---|---|---|---|
| blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | 1) |
| blur | blur | blur | blur | blur | blur | 1)2) |
| blur | blur | blur | blur | blur | blur | 1) |
| 1) Source: blur | ||||||
| 2) Remark: blur |
Cross Reference
| Material Name | Country | Standard |
|---|---|---|
| 5083 | Australia | AS 2848.1 |
| 5083 | Belgium | NBN P21-001 |
| 5083 | France | NF A 50-411 |
| A-G4,5MC | France | NF A 50-411 |
| 5083 | France | NF A 50-451 |
| A-G4,5MC | France | NF A 50-451 |
| 5083 | France | NF A 50-501 |
| A-G4,5MC | France | NF A 50-501 |
| 5083 | France | NF A 50-901 |
| A-G4,5MC | France | NF A 50-901 |
| 5083 | Great Britain | BS 1470 |
| N8 | Great Britain | BS 1470 |
| 5083 | Great Britain | BS 1471 |
| N8 | Great Britain | BS 1471 |
| 5083 | Great Britain | BS 1472 |
| N8 | Great Britain | BS 1472 |
| 5083 | Great Britain | BS 1474 |
| N8 | Great Britain | BS 1474 |
| AlMg4,5Mn | USA | AA 5083 |
| AlMg4,5Mn0,7 | International | ISO 209-1 |
| 5083 | Italy | UNI 9005/5 |
| 7790 | Italy | UNI 9005/5 |
| 9005/5 | Italy | UNI 9005/5 |
| P-AlMg4,5MnCr | Italy | UNI 9005/5 |
| A5083P | Japan | JIS H 4000 |
| A5083BD | Japan | JIS H 4040 |
| A5083BE | Japan | JIS H 4040 |
| A5083W | Japan | JIS H 4040 |
| A5083TD | Japan | JIS H 4080 |
| A5083TE | Japan | JIS H 4080 |
| A5083S | Japan | JIS H 4100 |
| A5083FD | Japan | JIS H 4140 |
| A5083FH | Japan | JIS H 4140 |
| AlMg4,5Mn | Austria | ÖNORM M 3430 |
| AlMg4,5Mn | Poland | PN H-88026 |
| PA13 | Poland | PN H-88026 |
| 144140 | Sweden | MNC 40 |
| 144140 | Sweden | SIS 144140 |
| AlMg4,5Mn | Switzerland | SN 210900 |
| 5083 | Spain | UNE 38-300 |
| Al-4,5Mg | Spain | UNE 38-300 |
| L-3321 | Spain | UNE 38-300 |
| 5083 | Spain | UNE 38-340 |
| Al-4,5Mg | Spain | UNE 38-340 |
| L-3321 | Spain | UNE 38-340 |
| AlMg4,5Mn | Turkey | TS 412 |
| AlMg4,5Mn | Hungary | MSZ 3714/1 |
| EN AW-Al Mg4,5Mn0,7 (EN AW-5083) | Germany | DIN EN 573-3 |
Producer/Supplier/Trade names
| Tradename | Supplier |
|---|---|
| 5510 | Novelis AG, Koblenz |
| Alcan WG-D 54 S | Novelis Deutschland GmbH, Göttingen |
| ALMG 4,5 MN | DELWO Metallhandel GmbH, Neunkirchen |
| AlMg4,5Mn | ThyssenKrupp Schulte GmbH, Essen |
| AlMg4,5Mn | F. Hackländer GmbH, Kassel |
| AlMg4,5Mn | Novelis Deutschland GmbH, Göttingen |
| AlMg4,5Mn | CUMSAL GmbH, Wilnsdorf |
| AlMg4,5Mn | Mittelrheinische Metallgießerei H. Beyer GmbH & Co KG, Andernach |
| AlMg4,5Mn | CSN Carl Schreiber GmbH, Neunkirchen |
| AlMg4,5Mn | Wieland Metal Services Germany GmbH, Düsseldorf |
| AlMg4,5Mn | BUTTING Group, Knesebeck |
| AlMg4,5Mn | Manfred J.C. Niemann, Bremen |
| AM 40 | OTTO FUCHS KG, Meinerzhagen |
| VAW 61/82 | Hydro Aluminium Rolled Products GmbH, Grevenbroich |
| VAW 61/82 | Hydro Aluminium Deutschland GmbH, Hannover |
| VAW 61/82 | Aluminium Norf GmbH, Neuss |
| VAW 61/82 | Hydro Aluminium Deutschland GmbH , Bonn |