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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | Titanium (Ti) | Chromium (Cr) |
| 97.5%-99% | 0.0%-0.7% | 0.0%-0.6% | 0.0%-0.2% | 0.1% | 0.1%-1.5% | 0.05% | 0.05% |
Construction:
Roofing: In roofing applications, users use 3003 Mill Finish Aluminum Sheets due to their corrosion resistance and lightweight properties. People often use them for residential and commercial roofs.
Siding: The sheets use building siding materials, providing protection and an aesthetic finish.
Architectural Elements: Builders use these sheets for architectural details and decorative elements in construction projects.
Automotive:
Automotive Trim: The automotive industry uses them for interior and exterior trim components, such as body panels, small pieces, and decorative features.
Truck Trailers: In the manufacturing of trailers for trucks and vehicles.
Household Appliances:
Kitchen Appliances: Manufacturers use 3003 aluminum sheets to produce kitchen appliances like ovens, cookware, and refrigerator components.
Home Hardware: Used in various hardware applications around the house.
Packaging: These sheets are employed in the packaging industry for containers, cans, and packaging materials due to their lightweight and corrosion resistance.
Electrical:
Electrical Enclosures: Aluminum sheets create electrical enclosures and panels due to their durability and conductivity.
General Fabrication:
Sheet Metal Work: Various industries widely use them in general fabrication projects, including the manufacturing of industrial equipment, custom components, and sheet metal work.
Signage: For the creation of signs, billboards, and display boards.
Marine: In the marine industry, various applications, including boat hulls, boat accessories, and other marine components, use these sheets due to their resistance to corrosion in a saltwater environment.
Aerospace: The aerospace industry uses aluminum sheets for manufacturing aircraft components like wings and fuselage sections.
HVAC (Heating, Ventilation, and Air Conditioning): Users can use these sheets for HVAC ductwork and components due to their formability and corrosion resistance.
Industrial Equipment: Lightweight and durable materials are required to manufacture industrial equipment and machinery.
Transportation: Manufacturers utilize this material for interior paneling and components in buses and trains
1.H12 Temper:
Application： This temper represents a lower degree of strain hardening than H14, making the aluminum sheets softer and more formable. It is used in applications where maximum formability is required but at the expense of strength.
Examples:
Cookware: H12 Sheets manufactures cookware, including pots, pans, and other kitchen utensils, where formability is essential.
Lighting Fixtures: In producing lampshades and decorative lighting fixtures that require deep drawing processes.
2.H14 Temper:
Application： This temper provides aluminum sheets with moderate strength and good formability, making them suitable for various general applications.
Examples:
Roofing and Siding: H14 is often employed for roofing and siding applications, balancing formability and strength.
Architectural Elements: Building construction uses details, trim, and decorative elements. These components add aesthetic value and enhance the overall appearance of the structure.
General Fabrication: Versatile temper for various available fabrication projects, including sheet metal work and signage.
3.H16 Temper:
Application： H16 is a temper with higher levels of strain hardening than H14, providing increased strength but reduced formability. It's suitable for applications with greater strength, but some formability is still required.
Examples:
Automotive: Automotive manufacturers utilize H16 sheets for components, such as vehicle body panels and trim, where higher strength is needed.
Electrical Enclosures: Designers create these enclosures and panels for moderate formability and strength during production.
4. O (Annealed) Temper:
Application： The "O" temper indicates fully annealed aluminum sheets, meaning they are in their softest state. This temper is highly formable but has lower mechanical strength than other tempers. People often use it in applications where extreme formability is the primary requirement.
Examples:
Kitchenware: In the production of kitchenware and household appliances like pots, pans, and cookware, where extreme formability is required.
Decorative Items: People often use these materials to create complex decorative items and ornaments due to their high level of malleability.
1. Narrow Widths (1000 mm and below):
Application： This is a standard width used in many applications and industries.
Examples:
Architectural Details: In building construction, people use narrow sheets for architectural details, trim, and decorative elements.
Small-Scale Fabrication: They are suitable for small-scale fabrication projects, including custom parts and components.
2. Standard Widths (1250 to 1500 mm):
Application： A frequently used standard width appropriate for various projects.
Examples:
Roofing and Siding: In various available fabrication projects, including sheet metal work and signage, versatile standard widths find use.
HVAC Ductwork: They fabricate heating, ventilation, and air conditioning (HVAC) ductwork and components.
General Fabrication: Standard widths are versatile and find use in various available fabrication projects, including sheet metal work and signage.
3. Wide Widths (1500 mm and above):
Application： People often use wider sheets in larger-scale construction and industrial applications.
Examples:
Large-Scale Construction: In large-scale construction projects requiring extensive coverage, people use wide sheets for commercial roofing and cladding.
Industrial Applications: In industrial applications, including building and warehouse construction, people employ them.
Marine Industry: People use wide sheets for boat hulls and larger marine components.
4. Custom Widths:
Application： Manufacturers and suppliers can often provide custom cutting services to accommodate specific project requirements, which may include custom widths in millimeters.
Examples:
Specialized Projects: Tailors customize aluminum sheets to specific project requirements, and people use them in various technical applications.
Aerospace and Defense: In some cases, industries may use custom-width sheets for aerospace and defense applications with critical dimensions.
1. Thinner Sheets (0.8 mm to 1mm):
Application： People often use this relatively thin sheet for applications requiring lightweight material, such as lightweight panels and decorative elements.
Examples:
Marine: In the maritime industry, people use thin sheets for boat hulls, small marine components, and lightweight structures.
Aerospace: They find application in aircraft skins, lightweight structural components, and interior paneling in the aerospace industry.
2. Medium Thickness Sheets (1.6mm to 2. mm):
Application： A thicker sheet is suitable for applications where added strength and durability are important, including some automotive components and structural elements in construction.
Examples:
Automotive: Medium-thickness sheets are employed for vehicle body panels, especially when corrosion resistance and structural integrity are crucial.
Construction: People use them for roofing, siding, and architectural elements, where a balance of strength and workability is required.
3. Thicker Sheets (3 mm and above):
Application： People primarily use a thicker sheet for applications requiring high strength and structural integrity, such as marine components and aircraft parts.
Examples:
Heavy-Duty Transportation: To manufacture heavy-duty transportation equipment, such as trailer panels and tanker trucks, people use thicker sheets where high strength and durability are essential.
Industrial Machinery: They find use in structural components for heavy industrial machinery and equipment.
Military and Defense: Individuals or organizations may use thicker sheets, including armored vehicles and specialized equipment, in military and defense applications.
Marine: People employ thicker sheets for larger marine components, including boat hulls and parts that require superior strength and corrosion resistance.
4. Custom Thicknesses:
Application： Manufacturers and suppliers can often provide custom thicknesses based on specific project requirements. Custom thicknesses are used in specialized applications to meet precise engineering and design specifications.
Examples:
Specialized Projects: Tailors customize custom-thickness aluminum sheets to meet the unique requirements of specialized projects, including architectural features, industrial equipment, and specific structural components.
Aerospace: In aerospace applications, people may use custom thicknesses to meet precise engineering and design specifications for aircraft components.
