1050 Mill Finish Aluminum Sheets

THE APPLICATION FIELD OF 1050 MILL FINISH ALUMINUM SHEETS

• Roofing and Cladding: People often use 1050 Mill Finish Aluminum Sheets for roofing and cladding applications due to their corrosion resistance and lightweight properties. They provide weather protection for buildings while remaining durable and long-lasting.

• Insulation: Aluminum sheets, including those made from 1050 alloys, are used as reflective insulation materials. They help in controlling heat and cold in buildings by reflecting radiant heat. People commonly use these sheets in the construction of HVAC systems and insulation.

• Electrical Enclosures: Due to their excellent electrical conductivity and corrosion resistance, 1050 Mill Finish Aluminum Sheets are used to manufacture electrical enclosures and cabinets. These enclosures protect sensitive electrical equipment from environmental factors.

• Signage and Displays: Aluminum sheets are popular for outdoor and indoor signage due to their durability and ability to accept various finishes, including paints and coatings. The mill finish provides a black canvas for signage design.

• Heat Exchangers: The high thermal conductivity of aluminum makes it suitable for heat exchangers, efficiently transferring heat where needed. 1050 Mill Finish Aluminum Sheets are used to manufacture heat exchanger fins and components.

• Cookware and Kitchen Appliances: Aluminum's lightweight and excellent heat conductivity properties make it an ideal material for cookware and kitchen appliances. The mill finish provides a base for surface treatments or coatings.

• Reflectors: Aluminum sheets, especially those with a mill finish, are used as reflective surfaces in various applications, such as automotive headlamp reflectors and lighting fixtures. Their reflective properties enhance light output.

• Automotive Components:1050 Mill Finish Aluminum Sheets find use in automotive components, including body panels, trim, and structural parts, due to their lightweight nature, corrosion resistance, and ease of forming.

• General Fabrication: People often use these sheets in various fabrication applications where a lightweight and corrosion-resistant material is needed. Examples include structural supports, ductwork, and architectural elements.

• Consumer Goods: Aluminum sheets manufacture consumer goods such as appliances, furniture, and recreational equipment. Their aesthetic appeal and lightweight properties make them popular in these applications.

APPLICATION FIELDS OF 1050 MILL FINISH ALUMINUM SHEETS IN DIFFERENT TEMPER

1. O Temper- Annealed:

• Application Fields: This soft temper stands for "annealed." It means the aluminum has been fully annealed and is in its most peaceful state. This temper is characterized by low strength and high flexibility, making it easy to work with and form. Manufacturers often use it for deep drawing and spinning applications.

• Examples:

• Deep drawing applications: The O temper is highly formable and often finds use in applications that require significant deformation, such as cookware, automotive body panels, and small hardware parts.

• Insulation and reflective materials: Its softness makes it suitable for reflective insulation and radiant barriers.

2.H14 Temper - Half Hard:

• Application Fields: This temper is moderate to hardness, making the aluminum sheet somewhat more rigid than the fully annealed O temper. It has good formability while offering higher strength than the O temper. People commonly use H14 in applications where moderate strength and formability are required.

• Examples:

• Roofing and cladding: H14 balances formability and strength, making it a good choice for applications requiring rigidity and resistance to environmental factors.

• Automotive trim and components: Users use it for parts that require moderate strength and good formability.

3.H24 - Quarter Hard:

• Application Fields: H24 is harder than H14, indicating greater strength and less formability. People often use it in applications where some rigidity and strength are needed. However, some forming processes may still subject the material to changes.

• Examples:

• Air ducts and HVAC components: H24 is suitable for parts that require good strength and some formability, such as air ducts and heating, ventilation, and air conditioning (HVAC) systems.

• Electrical enclosures: Users use them for sections that protect electrical equipment and require a degree of rigidity.

4.H34 Temper - Strain Hardened:

• Application Fields: H34 is even harder than H24, signifying a higher level of strength and reduced formability. Users prioritize greater strength and minimal forming requirements when using this temper.

• Examples:

• Architectural applications: H34 often uses higher strength in architectural elements like frames, supports, and decorative structures.

• Industrial and structural components: This temper suits structural components in machinery and construction where higher strength is required.

5.H12 Temper - Quarter Hard:

• Application Fields: H12 is slightly harder than O, offering better formability and higher strength. People often use it in applications requiring moderate formability and improved strength.

• Examples:

• Automotive body panels: H12 balances formability and strength, making it suitable for automotive body panels, particularly in the aftermarket repair industry.

• General fabrication: People use it in various available applications, requiring moderate formability and improved strength.

6.H22 Temper - Half Hard:

• Application Fields: H22 is an intermediate temperature between H12 and H32. It provides a balance between formability and strength. It's suitable for applications requiring moderate formability and reasonable strength.

• Examples:

• Food and beverage cans: H22 is often used to manufacture cans, as it combines formability and strength.

• Lightweight structural components: It is used in structural components requiring a balance between formability and strength.

7.H32 Temper - Stabilized:

• Application Fields: H32 is a temper that has undergone stabilization to reduce the internal stresses within the material. It offers good strength, and users employ it in applications with crucial flatness and stability.

• Examples:

• Industrial machinery components: H32 provides good flatness and stability, making it suitable for industrial machinery and equipment components.

• Marine applications: People use it in marine applications where resistance to saltwater corrosion is essential.

8.H42 Temper - Quarter Hard after Stabilization:

• Application Fields: This temper combines the features of H32 and a quarter-hard temper. People use it when they require strength and formability; material stability is essential.

• Examples:

• Automotive parts: In automotive components, where a balance of formability, strength, and material stability is required, people use H42.

9.H112 Temper - Annealed and Partially Strain Hardened:

• Application Fields: H112 represents a condition where the aluminum sheet is both annealed and partially strain-hardened. It offers good formability and moderate strength; people often use it in structural and automotive applications.

• Examples:

• Automotive structural components: The automotive industry uses H112 for specific structural components requiring both formability and moderate strength.

• Aerospace applications: can be used in certain components requiring specific mechanical properties.

APPLICATION FIELDS OF 1050 MILL FINISH ALUMINUM SHEETS IN DIFFERENT WIDTH

1.600 mm Width:

• Applications: People often use this width for smaller or more specialized applications, including signage, small components, and specific architectural uses.

• Examples:

• Small Components (Electronic Enclosures, Architectural Features): The narrow width of 600 mm is suitable for fabricating smaller components, such as electronic enclosures for devices or small architectural features. This size is advantageous for applications where compact and specialized components are required.

• Signage and Display Boards: People often use the 600 mm width to produce smaller signage and display boards. This size allows for the creating of compact and visually appealing signage elements, suitable for various environments where space may be limited.

2.900 mm Width:

• Applications: Various applications, including smaller industrial components and architectural uses, often use this width.

• Examples:

• Architectural Elements (Wall Panels, Decorative Cladding, Interior Design): Architectural elements such as wall panels, decorative cladding, and interior design features can use the 900 mm width. This size provides versatility for creating.

• Industrial Components (Smaller Industrial Parts): The 900 mm width is suitable for manufacturing smaller industrial components and parts. This size balances versatility and efficiency, making it applicable in various industrial settings for fabricating components that don't require larger dimensions.

3.1000 mm Width:

• Applications: is suitable for various applications, from signage to small construction components.

• Examples:

• Architectural Elements (Wall Panels, Decorative Cladding, Interior Design): Architectural elements, such as wall panels, decorative cladding, and interior design features, can use the 900 mm width. This size provides versatility for creating aesthetically pleasing and functional architectural components.

• Industrial Components (Smaller Industrial Parts): The 900 mm width is suitable for manufacturing smaller industrial components and parts. This size balances versatility and efficiency, making it applicable in various industrial settings for fabricating components that don't require larger dimensions.

4.1200 mm Width:

• Applications: it is one of aluminum sheets' most widely used standard widths. It is suitable for various applications in construction, manufacturing, and more.

• Examples:

• Construction (Roofing, Cladding, Architectural Applications): In the construction industry, people commonly use the specified width for roofing, cladding, and architectural applications. This width provides the necessary surface area and formability to create durable and aesthetically pleasing architectural elements.

• Automotive Components (Body Panels, Structural Elements): Various automotive components, including body panels and structural elements, can use the specified width. It is suitable for fabricating parts that require a balance between size, strength, and formability in automotive manufacturing.

5.1400 mm Width:

• Applications:  This phrase implies that applications requiring broader sheets utilize the mentioned item.

• Examples:

• Roofing and Cladding: The wider sheet suits roofing and cladding projects in the construction industry. Its extended coverage allows for efficient and seamless installation, contributing to roofing and cladding systems' durability and aesthetic appeal.

• Industrial Machinery and Equipment Components: To manufacture components for industrial machinery and equipment, manufacturers use the more comprehensive sheet. Its size allows for the fabrication of larger and more robust components required in various industrial applications.

6.1600 mm Width:

• Applications: People often use this in applications requiring a more comprehensive sheet, such as roofing and cladding projects and some industrial and structural uses.

• Examples:

• Architectural Elements (Large-Scale Panels, Facades): Construction of large-scale panels and facades frequently utilizes the 1524 mm width in architectural projects. This size provides the necessary surface area to create expansive and visually impactful architectural elements.

• Marine Applications (Bulkheads, Hulls): Users can use wider sheet widths for larger marine components such as bulkheads and hulls for better structural integrity and durability.

7.1800 mm Width:

• Applications: People often use this for larger projects and applications that require wide aluminum sheets, such as constructing large architectural elements or panels.

• Examples:

• Large Architectural Features (Panels, Architectural Elements): In architectural and construction projects, people employ wide sheets of 1828 mm for large architectural features and panels.

• Transportation (Large Transportation Structures and Components): The broader sheets can be used in the transportation industry to construct large structures and components that require wide surfaces.

8.2400 mm Width:

• Applications: In applications where extensive coverage is needed, such as roofing, cladding, and large architectural projects, people commonly use this wide sheet.

• Examples:

• Heavy-Duty Roofing and Cladding: For heavy-duty roofing and cladding projects, 2400 mm wide sheets provide maximum coverage, efficient installation, and durability in challenging environmental conditions.

• Aerospace and Manufacturing (Critical Structural Components): People use large, wide sheets in aerospace and manufacturing for robust structural components.

APPLICATION FIELDS OF 1050 MILL FINISH ALUMINUM SHEETS IN DIFFERENT THICKNESS

1.0.2 mm to 0.3 mm:

• Applications: People often use these ultra-thin aluminum sheets in applications that require lightweight, flexible materials, such as foil for packaging, wrapping, and insulation.

• Examples:

• Packaging: Due to their flexibility and barrier properties, people often use these ultra-thin sheets to make aluminum foil for packaging food, pharmaceuticals, and other products.

• Insulation: People can use very thin aluminum sheets in reflective insulation and radiant barrier applications due to their lightweight and reflective properties.

2.0.5 mm to 1.5 mm:

• Applications: This range of thicknesses suits various applications, including signage, interior design, and lightweight structural components.

• Examples:

• Signage and Displays: These medium-thickness sheets are commonly used for signage and display boards, offering a good balance between rigidity and formability.

• Interior Design: Users may use thicker sheets in this range for interior design elements such as wall panels, ceiling tiles, and decorative features.

• Lightweight Structural Components: They can manufacture lightweight structural components and enclosures.

3.2 mm to 3 mm:

• Applications: In construction, roofing, cladding, and architectural applications, people commonly use medium-thickness sheets. They offer a balance between strength and formability.

• Examples:

• Roofing and Cladding: People often use medium-thickness sheets for their structural integrity and weather resistance in roofing and cladding applications.

• Architectural Panels: These sheets are used in architectural projects to construct panels and facades.

• Automotive Components: In the automotive industry, manufacturers may use them for structural and decorative components.

4.4 mm to 6 mm:

• Applications: More demanding applications that require increased structural strength, such as heavy-duty roofing, marine components, and industrial machinery parts, use thicker sheets.

• Examples:

• Heavy-Duty Roofing: Thicker sheets are suitable for heavy-duty roofing and cladding projects requiring increased strength and durability.

• Marine Components: are used in marine applications for hulls, bulkheads, and other structural parts.

• Industrial Machinery: Thicker sheets can be found in industrial machinery and equipment components, providing strength and rigidity.

5. Over 6 mm:

• Applications: In heavy-duty applications, industries utilize sheets with a thickness exceeding 6 mm in aerospace, transportation, and manufacturing of structural components.

• Examples:

• Aerospace: Very thick aluminum sheets are used in the aerospace industry for critical structural components due to their high strength and reliability.

• Transportation: Manufacturers employ thick sheets to construct vehicles and components requiring robustness.

• Heavy Machinery: Manufacturers use these sheets for their durability and strength in manufacturing heavy machinery and equipment.