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Product Description
| Chemical Composition | ||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | Chromium (Cr) |
| 95.7%-97.7% | 0.4% | 0.25% | 0.1% | 0.1% | 2.2%-2.8% | 0.15% |
Marine and Nautical Applications: Due to their exceptional resistance to corrosion from saltwater and harsh marine environments, people often use 5052 Mill Finish Aluminum Sheets for constructing boat hulls and other marine components.
Aerospace Industry: The aerospace industry uses 5052 aluminum sheets for various components, including aircraft panels, wings, and fuselage sections. The alloy's lightweight yet strong properties are advantageous in aerospace applications.
Automotive Sector: Manufacturers employ 5052 sheets for making automotive body panels, such as hoods, fenders, and roofs. Their strength, formability, and resistance to corrosion make them suitable for automobile construction.
Construction and Architecture:
Building Facades: These sheets can be used for exterior building facades, particularly in regions with high humidity or coastal areas where corrosion resistance is essential.
Roofing and Cladding: People use 5052 aluminum sheets for roofing and cladding systems in construction. They offer durability and resistance to weathering.
General Fabrication: The formability and weldability of 5052 sheets make them versatile for general sheet metal fabrication applications, including anything from custom enclosures to structural components.
Pressure Vessels:
Pressure Tanks: The corrosion-resistant properties of 5052 aluminum make it suitable for manufacturing pressure vessels and tanks used in various industrial processes.
Manufacturing and Industrial Equipment:
Conveyor Systems: People use these sheets to construct conveyor belts and systems where resistance to wear and corrosion is crucial.
Industrial Components: Various industrial equipment, including machinery frames and components, utilize 5052 aluminum for its strength and durability.
Electronics: The alloy's formability and the ability to dissipate heat make it suitable for electronic enclosures, which help protect sensitive electronic components.
Food and Beverage Industry: To produce food processing and packaging equipment, manufacturers use 5052 aluminum. Its corrosion resistance is essential in this industry.
Transportation: One can use 5052 aluminum sheets to manufacture truck trailer bodies, providing strength and resistance to the elements.
Architectural Design: Designers and architects may use 5052 aluminum sheets for decorative elements in structures, thanks to their ability to be anodized and customized for aesthetics
1.H32 Temper:
Application： A strain-hardened and stabilized condition characterizes this temper. H32 is a common temper for general sheet metal applications requiring strength and formability.
Examples:
General Sheet Metal Fabrication: People often use 5052-H32 in applications that require a balance of strength and formability； this includes fabricating various industries' custom enclosures, panels, and structural components.
Architectural Components: H32 is suitable for architectural applications, such as decorative elements, roofing, and cladding.
2.H34 Temper:
Application： H34 is similar to H32 regarding strain-hardening and stability but offers slightly higher tensile strength and improved corrosion resistance. People often use it in marine and other corrosive environments.
Examples:
Marine and Nautical Applications: Due to its increased corrosion resistance and strength, People commonly use 5052-H34 for boat hulls, components, and other marine equipment.
Aerospace Components: In specific aerospace applications requiring strength and corrosion resistance, people can utilize H34.
3.H36 Temper:
Application： H36 is another temper with increased strength and corrosion resistance compared to H32. It is particularly well-suited for marine and industrial applications where exposure to harsh conditions is a concern.
Examples:
Marine and Coastal Construction: 5052-H36 is preferred when resistance to harsh marine environments is paramount, such as docks, piers, and coastal structures.
Pressure Vessels: The improved strength and corrosion resistance of H36 make it suitable for pressure vessels used in various industrial processes.
4.H38 Temper:
Application： This temper designation offers the highest strength and corrosion resistance level among all 5052 tempers, making it ideal for applications that require maximum toughness and durability against corrosion.
Examples:
High-Stress Applications: For applications demanding maximum strength and exceptional corrosion resistance, people choose 5052-H38； this includes heavy-duty marine equipment, structural components in corrosive environments, and high-stress industrial applications.
1.1000 mm Width:
Application： 5052 aluminum sheets often use this as a standard width in various applications.
Examples:
General Sheet Metal Fabrication: 1000 mm-wide sheets are suitable for various metal fabrication applications, including custom enclosures, panels, and structural components.
Architectural Cladding: People can use these sheets for architectural cladding and roofing.
2.1100 Widths:
Application： Another frequently used standard size for 5052 sheets is widely available.
Examples:
Automotive Panels: Manufacturers often use these widths for producing automotive body panels, such as hoods, fenders, and doors.
General Manufacturing: They are also suitable for general manufacturing, including industrial components and machinery.
3.1200 mm Width:
Application： In some cases, 5052 aluminum sheets are available with a width of 1250 mm.
Examples:
Marine and Coastal Construction: Wider sheets like 1250 mm may find use in marine and coastal construction, such as boat hulls and components used in docks and piers.
Aerospace Components: People can use this width in certain aerospace applications requiring larger panels or components.
4.1500 mm Widths:
Application： Wider 5052 aluminum sheets with a width of 1500 mm may be available for larger-scale projects.
Examples:
Large Architectural Projects: These wider sheets are suitable for architectural projects that require larger cladding panels or roofing sheets.
High-Volume Manufacturing: People may use wider sheets to meet high-volume manufacturing needs in industrial settings.
1. 0.5 mm and 0.8 mm Thickness:
Application： This relatively thin gauge is often used for lightweight applications or where extreme flexibility and formability are required.
Examples:
Electronics: Electronic enclosures require lightweight and flexible sheets for intricate designs.
2. 1.0 mm Thickness:
Application： People use one-millimeter-thick sheets in applications that require moderate strength and are still formable. They find use in various industries.
Examples:
Automotive Trim: Automotive trim components, both interior and exterior, can be crafted using 1.0 mm sheets. The thickness is perfect for shaping and forming while providing the necessary strength for automobiles.
Architectural Panels: These sheets are ideal for lightweight architectural cladding and decorative panels due to their 1.0mm thickness, which balances formability and strength, making them perfect for creating aesthetically pleasing architectural features.
1. 5 mm Thickness:
Application： Thicker sheets at 1.5 mm are suitable for greater strength and rigidity. People may use these in construction, manufacturing, and other fields.
Examples:
Construction: In the construction industry, thicker sheets are used for roofing, wall cladding, and architectural elements to improve structural integrity, durability, and resistance to environmental factors.
General Manufacturing: In manufacturing various products, such as enclosures and structural components, 5 mm sheets of material are commonly used due to their ability to contribute to the overall strength of the manufactured items, making them suitable for heavy-duty and industrial applications.
3. 2.0 mm Thickness:
Application： People use 2.0 mm-thick sheets for their strength and durability in various applications. They are common in structural and industrial applications.
Examples:
Marine and Nautical Applications: In boat construction, people use these sheets for hulls, decks, and marine components. Their 2.0mm thickness ensures structural integrity, durability, and reliability in challenging maritime conditions.
Transportation: People can use 2.0 mm sheets for truck trailers and vehicle components in the transportation industry. The thickness contributes to the strength of the sheets, making them suitable for withstanding the demands of transportation applications.
Industrial Equipment: They are employed to fabricate heavy-duty industrial equipment and machinery. In industrial settings, where robust materials are essential for structural components, 2.0 mm-thick aluminum sheets offer the required strength and toughness.
4. 3.0 mm and 4.0 mm Thickness and Above:
Application： In specialized applications requiring exceptional strength and structural support, people use sheets of 4.0 mm and above, considering them very thick.
Examples:
Heavy-Duty Structural Applications: In applications requiring significant structural support, such as architectural panels, bridges, and pressure vessels, thicker sheets enhance load-bearing capacity and durability, making them suitable for heavy-duty structural elements.
Marine and Offshore Structures: Thick sheets are necessary for offshore platforms, oil rigs, and other marine structures to provide stability and reliability in harsh marine environments.
Aerospace: Thicker sheets are used in the aerospace industry for structural components and aircraft parts, contributing to the safety and performance of critical applications.
