| Article | Characteristics | Fields of application |
|---|---|---|
| DIM L-70 Si 5 3.2245 / AlSi5 Standard alloy | Very well circulating, Elongation15%, Tensile strength Rm N/mm²: 160 | Al-Si-alloys Metal sheets different Al-alloys among themselves Alu-moulds Alu-prototype moulds Alu-castings |
| DIM L-70 Si 12 3.2585 / AlSi12 | Very well circulating, elongation 5%, Tensile strength Rm N/mm²: 200 | Alu-moulds Alu-prototype moulds Alu-castings - AlSi10Mg Al-Si casting alloy AlSi5Mg / AlSi7Mg AlSi9Cu3 different Al-alloys among themselves |
| DIM L-70 Mg 3 3.3536 / AlMg3 | Well circulating, seawater resistant, Must be applied, if later anodised (here, no silicon alloy application). Elongation 20%, Tensile strength Rm N/mm²: 200 | If anodised later: Alu-components Alu-castings Metal sheets Al-Mg-alloys among themselves EN AW-6060 (AlMgSi0,5) |
| DIM L-70 Mg 5 3.3556 / AlMg5 | Well circulating, seawater resistant, Must be applied, if later anodised (here, no silicon alloy application). Elongation 25%, Tensile strength Rm N/mm²: 250 | If anodised later: Alu-components Alu-castings Metal sheets Al-Mg-alloys among themselves |
| DIM L-70 99,5 3.0259 / Al99,5 | Hot shortness, Elongation 35%, Tensile strength Rm N/mm²: 80 | Pure Al alloys Al 99 – Al 99,8 Al-alloy until 2 Mg, 0,5 Si |
| DIM L-70 Mg 4,5Mn 3.3548 / AlMg4,5Mn | High-strength, sea water resistant, Elongation 20%, Tensile strength Rm N/mm²: 280 | Al-Mg-alloys Al-turbine blases Applications against wear and tear EN 5083 |
| DIM L-70 Mg 4,5MnZr 3.3546 / AlMg4,5MnZr | Unsuscepticle to hot-shortness, seawater resistance, Elongation 20%, Tensile strength Rm N/mm²: 300 | Al-Mg Alloys Joint Welding |
