| Aluminum Coil 1050 VS Aluminum Coil 1350 | ||
| Item/Alloy | 1050 aluminum coil | 1350 aluminum coil |
| Composition | Aluminum Content: 99.5% Other Elements: Generally, it has small amounts of other elements, including iron (Fe) and silicon (Si). |
Aluminum Content: 99.5% minimum Other Elements: This alloy is highly pure, and it is often specified to have low levels of other elements. |
| Conductivity | 1050 and 1350 One of the main properties of aluminum is its high electrical conductivity, used in designs where conductivity is critical. | |
| Strength | In terms of strength, both 1050 aluminum and 1350 are relatively low, cannot be heat treated, and are usually used in applications where strength is not the main requirement. | |
| Formability | Aluminum coils 1350 and 1050 are pure aluminum alloys with good formability and are suitable for various applications. | |
Performance Comparison Between 1050 and 1350 Aluminum
| Characteristic | 1050 Aluminum | 1350 Aluminum |
| Electrical Conductivity | Good conductivity, suitable for general electrical scenarios (e.g., heat sinks). | Superior conductivity, specifically designed for high-conductivity requirements (e.g., wires and cables). |
| Strength | Low strength, cannot be strengthened by heat treatment. | Also low strength, but can be slightly improved by cold working. |
| Corrosion Resistance | Excellent corrosion resistance, suitable for exposed environments. | Good corrosion resistance, but attention is needed for long-term electrochemical corrosion protection. |
| Workability | High ductility, easy to stamp and weld. | Similar workability, but with more emphasis on balancing ductility and conductivity. |
1050 vs 1350 Aluminum Mechanical Properties
Below is a detailed comparison table of the mechanical properties of aluminum alloys 1050 and 1350 (represented in H14 temper), covering tensile strength, yield strength, and elongation at break:
| Property Indicator | Aluminum Alloy 1050 | Aluminum Alloy 1350-H14 (common temper) |
| Tensile Strength | 76–140 MPa (varies by temper) | Approx. 110 MPa |
| Yield Strength | 25–120 MPa (varies by temper) | Approx. 96 MPa |
| Elongation at Break | 4.6%–37% (from annealed to soft temper) | Approx. 6.8% |
