1. Differences in material properties
Comparison: 1050 vs 1060 Aluminum Corrugated Plates
| Feature | 1050 Aluminum Plate | 1060 Aluminum Plate |
|---|---|---|
| Aluminum Content | ≥ 99.5% | ≥ 99.6% |
| Alloy Composition | No copper; higher impurity content | Contains trace copper (≤ 0.05%) |
| Density & Weight | 2.71 g/cm³ - lightweight design | 2.70 g/cm³ - similar lightweight performance |
2. Core performance comparison
Mechanical properties
Tensile strength: 1060 aluminum plate (70-110MPa) is about 10% higher than 1050 (55-95MPa);
Elongation: Both are ≥25%, suitable for deep stamping.
Corrosion resistance
1060 has slightly better corrosion resistance due to the trace copper content and is suitable for humid environments;
1050 performs well in non-rigid scenarios such as signs and decorations.
Processing adaptability
Both support cold rolling, welding and corrugation, but 1060 is more commonly used in large-span roofing scenarios;
1050 is suitable for lightweight building enclosures with low strength requirements.
3.Application scenario recommendations
1060 aluminum corrugated sheet is preferred:
Building roofs in high humidity areas (such as coastal factories);
Industrial roofs that require higher load-bearing capacity;
New energy fields such as photovoltaic bracket substrates.
Optional 1050 aluminum corrugated sheet:
Temporary buildings, storage shed roofs;
Low-budget signs, decorative panels;
Short-term coverage needs in dry inland areas.
4.Economic Analysis: 1050 vs 1060 Aluminum Corrugated Sheets
| Indicator | 1050 Aluminum Sheet | 1060 Aluminum Sheet |
|---|---|---|
| Unit Price | 3%–5% lower (compared with the same specifications) | Slightly higher, but more cost-effective in long-term applications |
| Maintenance Cost | Regular inspection of the oxide layer integrity is required | Enhanced weather resistance; maintenance cycle extended by 20%–30% |
| Comprehensive Lifespan | 15–20 years (in dry environments) | 20–25 years (including highly corrosive or humid environments) |
