1060 aluminum alloy is a high-purity aluminum alloy, typically containing more than 99% aluminum. It exhibits very high corrosion resistance and excellent electrical conductivity among pure aluminum alloys, while maintaining good ductility and formability.
H16 is a lightly cold-worked hardened temper of aluminum alloy, with hardness and strength between the annealed state (O) and the fully hardened state (H18). H16 represents the condition of the alloy after strain hardening treatment, with its hardness higher than H14, but still retains better formability and ductility. Specifically, the strength of H16 is approximately 75% of that of the fully hardened state.
Common product forms of 1060-H16 aluminum in various applications include 1060 aluminum strips, 1060 aluminum plates, 1060 aluminum sheets, 1060 aluminum profiles, 1060 aluminum foils, 1060 aluminum tubes, 1060 aluminum coils, 1060 aluminum wires, and 1060 aluminum square bars. Each product form has specific processing methods and physical properties to meet different application requirements, such as strength, electrical conductivity, corrosion resistance, workability, and aesthetics. These products are widely used in electrical equipment, mechanical structures, packaging materials, building decoration, and transportation.
| Product Form | Description | Common Applications |
| 1060 H16 Aluminum Strip | 1060 h16 aluminum strips are produced by rolling the aluminum alloy into thin, wide strips. These strips typically have a thin thickness and wide width, with good formability and moderate strength. | Commonly used for manufacturing electrical terminals, conductive strips, sensor components, and electronic accessories, as well as for automotive electrical system cables and cable protection covers. |
| 1060 H16 Aluminum Plate | 1060 h16 aluminum plates are large-area aluminum alloy materials produced by rolling or forging processes. They have larger thickness and smooth surfaces, making them suitable for precision machining and surface treatments. | Mainly used for mechanical structural parts, conveyor belts, aircraft components, building decorative panels, kitchen equipment, and appliance housings. It is also widely used in automotive exteriors, wall decoration, and container manufacturing. |
| 1060 H16 Aluminum Foil/Strip | 1060 h16 aluminum foil/strip is typically produced by rolling the aluminum alloy into thin, wide strips, with thicknesses ranging from very thin to thicker forms. It has high ductility and formability. | Used for producing aluminum foil, packaging materials, cable shielding materials, air conditioner housings, automotive parts, and appliance housings. It is especially suited for food and pharmaceutical packaging, effectively preserving freshness and extending shelf life. |
| 1060 H16 Aluminum Profile | 1060 h16 aluminum profiles are manufactured by the extrusion process, resulting in long, shaped materials with specific cross-sections. 1060-H16 aluminum profiles have good machinability, making them suitable for manufacturing complex-shaped components. | Used in construction and decoration projects, such as window frames, door frames, curtain wall systems, etc. Additionally, 1060-H16 aluminum profiles are widely applied in structural frames of transportation vehicles, mechanical equipment supports, electronic equipment housings, and solar panel mounts. |
| 1060 H16 Aluminum Foil | 1060 h16 aluminum foil is produced by rolling the aluminum alloy into extremely thin sheet material. It has excellent ductility and smooth surface, and is corrosion-resistant. | Mainly used in food packaging, pharmaceutical packaging, cling film, electrical isolation shielding materials, etc. Its high purity and corrosion resistance make it an ideal material for food and pharmaceutical packaging, effectively prolonging shelf life. It is commonly used in the food and pharmaceutical packaging industries. |
| 1060 H16 Aluminum Tube | 1060 h16 aluminum tubes are hollow tubes produced by the extrusion process. 1060-H16 aluminum tubes have good mechanical properties and formability, making them suitable for lightweight and corrosion-resistant structural components. | Mainly applied in aerospace, transportation, building decoration, hydraulic systems, cooling systems, and heat exchangers. Due to its lightweight and corrosion resistance, it is ideal for use as lightweight structural components and pipelines. |
| 1060 H16 Aluminum Coil | 1060 h16 aluminum coils are produced by rolling the aluminum alloy into coil form, suitable for further cutting, rolling, and stamping. 1060-H16 aluminum coils have excellent processability. | Mainly used in the production of aluminum foil, appliance housings, roofing panels, wall decorative materials, etc. Aluminum coils are widely used in the construction industry, particularly for exterior wall cladding and roofing systems due to their aesthetic appeal, lightness, and weather resistance. |
| 1060 H16 Aluminum Wire | 1060 h16 aluminum wire is produced by drawing the aluminum alloy into thin wire material. It is commonly used in electrical and electronic applications where high electrical conductivity is required. 1060-H16 aluminum wire has excellent electrical conductivity and ductility. | Mainly used in electrical equipment, communication lines, power cables, and electrical conductors. Its low cost and high electrical conductivity make it an important material in the electrical industry, widely used in power transmission, equipment connections, and other fields. |
| 1060 H16 Aluminum Square Bar | 1060 h16 aluminum square bars are produced by extrusion or milling processes, resulting in solid bars with square cross-sections. 1060-H16 aluminum square bars have good mechanical properties and are easy to machine and shape. | Used for manufacturing various mechanical parts, electronic equipment housings, building decoration parts, structural components, etc. 1060-H16 aluminum square bars are commonly used in electrical equipment, automotive parts, and industrial supports. Their strength and machinability make them suitable for load-bearing components and precision mechanical parts. |
The main advantages of 1060-H16 aluminum alloy are its excellent formability, machinability, and moderate strength, which make it widely used in various fields.
Electrical Equipment
Electrical Conductivity: 1060-H16 aluminum alloy has exceptionally high electrical conductivity, especially among the pure aluminum alloys. It is commonly used in the conductive parts of electrical equipment. Compared to other aluminum alloys, 1060 shows outstanding electrical conductivity, making it ideal for use in power transmission, distribution equipment, and electrical systems, such as cables, terminal blocks, and electrical busbars.
Application Examples:
Power Cables: 1060-H16 is often used in the conductor part of both low-voltage and high-voltage power cables, ensuring effective current transmission while maintaining cable flexibility and reliability.
Terminal Blocks and Distribution Equipment: 1060-H16 is also a preferred material in the manufacturing of terminal blocks and electrical busbars, ensuring good contact surfaces and durability.
Mechanical Structural Parts
Moderate Strength and Shape Stability: 1060-H16 has moderate strength, which can meet the shape stability requirements of mechanical parts under certain loads. Its lightweight and good formability make it an ideal material for mechanical structural parts.
Application Examples:
Conveyor Belts: 1060-H16 aluminum alloy is suitable for manufacturing components of conveyor belts, especially in light material handling, with good fatigue resistance and wear resistance.
Support Brackets: In mechanical equipment, support and assembly brackets are often made from 1060-H16 due to its formability and strength, allowing it to be used in various shapes for different mechanical equipment needs.
Other Parts: It can also be used to make parts such as hydraulic systems, pump bodies, and fan blades due to its good ductility and lightweight properties.
Aluminum Foil
Formability and Ductility: 1060-H16 aluminum alloy's excellent formability and ductility make it especially suitable for aluminum foil production. When processed into thin film form, 1060-H16 has outstanding workability, elongation, and surface quality, making it widely used in food packaging and preservation materials.
Application Examples:
Food Packaging: 1060-H16 can be used to produce food packaging foil, which offers good gas barrier properties and moisture resistance, effectively extending the shelf life of food.
Pharmaceutical and Cosmetic Packaging: In addition to food, 1060-H16 is also used in packaging for pharmaceuticals and cosmetics, where the foil's formability and surface smoothness are critical, and 1060-H16 meets these requirements.
Freshness Films: As a freshness film, 1060-H16 forms a thin and uniform covering layer due to its excellent ductility, helping to maintain the texture and freshness of food.
Decorative Panels
Surface Quality: 1060-H16 aluminum alloy, due to its high purity, has excellent surface quality, which effectively meets the aesthetic and surface finish requirements in decorative applications. Particularly in building decoration and household appliance enclosures, 1060-H16 demonstrates its unique advantages.
Application Examples:
Building Decoration: 1060-H16 aluminum alloy is widely used in decorative panels for building facades, ceilings, walls, and window frames. Its smooth surface and good corrosion resistance make it suitable for both outdoor and indoor environments.
Automotive Exterior Parts: In the automotive industry, 1060-H16 is used to manufacture exterior parts such as door panels, hoods, and roofs, due to its lightweight, good machinability, and aesthetic appeal.
Household Appliance Casings: In the home appliance industry, 1060-H16 is used in the casings of products like televisions, refrigerators, and air conditioners to ensure a clean appearance and durability, as well as resistance to aging and discoloration.
Other Applications
Aircraft Parts: Due to its good formability and moderate strength, 1060-H16 is used in some aircraft parts, especially non-structural or low-load components. It is suitable for making lightweight airplane components such as cabin door frames, air conditioning ducts, and interior decoration parts.
Lightweight Structural Parts for Transportation: 1060-H16 is used to manufacture lightweight structural parts for some transportation vehicles, such as electric bicycles, motorcycle shells, and lightweight vehicle frames, reducing overall weight without sacrificing too much strength.
Heat Exchangers: In the manufacture of heat exchangers, 1060-H16 is often used to produce key components for coolers, radiators, and air conditioning systems due to its good thermal conductivity and corrosion resistance.
Other Lightweight Structural Applications: 1060-H16 is also used in lightweight structural parts, such as building support frames, containers, and auxiliary components in transportation equipment, particularly in applications requiring lightweight design and cost efficiency.
1060-H16 aluminum alloy is widely used in various fields such as electrical equipment, mechanical structural parts, aluminum foil, and decorative panels, due to its excellent electrical conductivity, machinability, moderate strength, and excellent formability. It is ideal for applications requiring moderate strength and shape stability while maintaining good processing capabilities and surface quality.
Advantages of 1060-H16 Aluminum
Limitations of 1060-H16 Aluminum
1060-H16 aluminum alloy is a material with good formability, machinability, and moderate strength, suitable for applications in electrical equipment, mechanical structural parts, aluminum foil, and decorative panels. Its features combine good hardness and workability, making it ideal for applications that require lightweight reinforcement with excellent formability, though it is not suitable for high-strength requirements in specialized applications.
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