ALUMINIUM AW-2030 | AlCu4PbMg | AW-AlCu4PbMg | AlCuMgPb | 3.1645
Markings of aluminum and aluminum alloys according to various standards:
| Alu/Alloy | AW-2030 |
| AA | 2030 |
| PN | - |
| CSN | 424 218 |
| ASTM USA | - |
| BS GB | - |
| BS GP old | - |
| EN | AlCu4PbMg |
| DIN GER | AlCuMgPb |
| EN | 2030 |
| ISO | AlCu4PbMg |
| JIS JAPAN | - |
| JIS JAPAN old | - |
| NF FRANCE | 2030 |
| NF FRANCE old | A-U4Pb |
| SFS FINLAND | - |
| SN SWITZ | AlCu4MgPb |
| SS SWEDEN | - |
| UNI ITALY | - |
| UNI ITALY old | - |
| UNS | - |
| WNR GERMANY | 3.1645 |
| NS | - |
| UNE | - |
| ASV | - |
| ALUSUISSE | - |
| CSA old | - |
| GOST old | - |
Chemical composition of aluminum and aluminum alloys (according to EN 573-1):
| Alu/Alloy | AW-2030 |
| Mg | 0,50 - 1,30 [%] |
| Mn | 0,20 - 1,00 [%] |
| Fe | ≤0,70 [%] |
| Si | ≤0,80 [%] |
| Si+Fe | - [%] |
| Cu | 3,30 - 4,50 [%] |
| Zn | ≤0,50 [%] |
| Cr | ≤0,10 [%] |
| Mn+Cr | - [%] |
| Ti | ≤0,20 [%] |
| Bi | ≤0,20 [%] |
| Ni | - [%] |
| Pb | 0,80 - 1,50 [%] |
| Sn | - [%] |
| Zr | - [%] |
| Zr+Ti | - [%] |
| Other | ≤0,10 [%] |
| different together | ≤0,30 [%] |
| Al | reszta |
Physical Properties of Aluminum:
| Alloy - Temper | AW-2030 |
| Density | 2.82 [g/cm3] |
| E modulus of elasticity | 72500 [MPa] |
| Shear modulus G | 27200 [MPa] |
| Poissons number | 0.33 |
| Solidification temperature | 510 [°C] |
| Pour point | 640 [°C] |
| The right warmth | 864 [J/kgK] |
| Coefficient of thermal expansion at 20°C | 23 [µm/mK] |
| Specific resistance | 51 [nWm] |
| Thermal conductivity | 134 [W/mK] |
| Conductivity | 34 [%IACS] |