ASTM B209 Aluminum Alloy Coil 2800mm Width 5052 H32 Aluminum Sheet

This 2800mm wide aluminum alloy coil is rolled by our 1+1+4 hot rolling mill, the widest in Asia, specifically designed for oil tanker applications. Its key characteristics include fewer welding seams and high strength performance, offering significant market advantages for oil tanker construction.

Manufacturing Process: Casting, Heating, Rolling

Specification: 8mm×2800mm×C

We produce these special specification aluminum coils to demonstrate our production capabilities. Below are additional sample coils we manufacture:

• Standardized processes enhance efficiency, reduce errors, and boost productivity
• Optimized work environment fosters positive attitudes and team cohesion
• Dedicated to building strong partnerships with clients

All the melting and holding furnaces are supplied by GAUTSCHI (Switzerland)

1+1+4 hot rolling mills and 1+5 hot rolling mills from SMS Group (Germany)

6 sets of cold rolling mills from SMS Group (Germany)

• World-class equipment ensures superior product quality
• Specialization in high-quality aluminum alloy coils (1050, 1060, 1100, 3003, 3004, 3104, 5052, 6061)
• Efficient internal management and standardized production processes

• Reduced manual labor with faster, easier packaging
• Precise control for consistent, neat wrapping
• Secure packaging for safe transportation

• Smart storage with temperature monitoring for hot and cold rolled coils
• Automated transport with optimized routing
• Efficient and flexible handling for production continuity

• Cushioning materials and specialized lashing straps for protection
• Non-slip wooden blocks prevent movement during transit
• Waterproof packaging with desiccants to prevent moisture damage

• Fewer longitudinal welds compared to narrower coils (≤2000mm), reducing leakage risks
• 2800mm width allows full tank sections with only circumferential welds

• Density: 2.68 g/cm³ (65% lighter than steel), improving payload capacity

• Eliminates multiple splicing steps, saving labor and material costs
• Superior flatness consistency minimizes post-forming corrections

• Lower maintenance (rust-free) and longer service life offset initial material cost

• Excellent fatigue resistance for dynamic loads (road vibrations)
• Maintains ductility at -40°C for arctic/harsh environments
• Optional anodizing or epoxy coatings for added protection