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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | Magnesium (Mg) | Titanium (Ti) |
| 99.7% | 0.2% | 0.25% | 0.04% | 0.04% | 0.03% | 0.03% | 0.03% |
Electrical Conductors: People widely use highly conductive 1070 aluminum strips in power transmission, distribution systems, cables, and wiring.
Capacitor Foils: The high purity and excellent electrical conductivity of 1070 Aluminum make it suitable for manufacturing capacitor foils used in electronic components, including capacitors.
Heat Exchangers: The good thermal conductivity of the 1070 Aluminum Strip is advantageous for heat exchanger applications. People often use it in the fins and tubes of heat exchangers for efficient heat transfer in HVAC systems and refrigeration.
Transformer Windings: People use 1070 Aluminum Strips in transformer windings, where its high conductivity helps reduce energy losses and improve the efficiency of electrical transformers.
Radiators: People also employ it in producing radiators for various applications, such as automotive radiators and industrial cooling systems, where effective heat dissipation is crucial.
Decorative Trim: Besides its functional applications, people sometimes use the 1070 Aluminum Strip for cosmetic purposes, such as trim in architecture and interior design.
Other General Manufacturing: Various manufacturing processes, such as stamping, forming, and drawing, use 1070 Aluminum strips because of their malleability and corrosion resistance.
Automotive Applications: While not as common as some other aluminum alloys, 1070 Aluminum Strip may find use in specific automotive components, such as lightweight structural parts, due to its formability and cost-effectiveness.
1. O Temper (Annealed):
Application Fields: The "O" temper, known as the annealed, indicates that the aluminum strip has undergone full annealing. It is soft and has its maximum ductility. This temper is suitable for applications where forming and bending are required.
Examples:
Annealed 1070 Aluminum Strip is soft and highly formable, making it suitable for applications that require extensive forming, bending, or deep drawing. Typical uses include capacitor foils, transformer windings, and applications where extreme ductility is needed.
2.H12, H14, H16, H18 Tempers:
Application Fields: These tempers indicate a range of strain-hardened or cold-worked conditions. The numbers (12, 14, 16, 18) represent the degree of cold work and the resulting strength and hardness. As the number increases, the material becomes more rigid and more substantial.
Examples:
These tempers represent a range of strain-hardened conditions with increasing strength. People often use them in applications that require moderate strength and good formability, such as electrical conductors, heat exchanger fins, and some decorative trim.
3.H22, H24, H26, H28 Tempers:
Application Fields: These tempers are similar to the H12, H14, H16, and H18 tempers but are strain-hardened to a greater degree, making them more rigid and robust. The applications need additional strength to use these tempers.
Examples:
These tempers offer higher strength compared to the H12-H18 tempers. They are suitable for applications that require increased strength and moderate formability. Typical uses include automotive components, heat exchanger components, and some structural parts.
4.H32, H34, H36, H38 Tempers:
Application Fields: These tempers indicate strain-hardened and partially annealed conditions. They balance strength and formability, and people often use them in applications that require moderate strength and good formability.
Examples:
These alloys balance strength and formability, making them ideal for structural components and industrial applications requiring both.
5.H112 Temper:
Application Fields: This temper represents a particular strain-hardened and stress-relieved condition, often used in specific applications that require improved formability and corrosion resistance.
Examples:
The H112 temper is a unique condition achieved through strain-hardening and stress-relieving processes, which enhances its formability and corrosion resistance. This temper suits specific applications such as automotive parts and marine components.
6.T1, T3, T5, T6 Tempers:
Application Fields: These tempers result from heat treatment processes and offer higher strength and hardness. Applications that require significant structural strength use these materials, including aerospace and automotive components, as well as structural sections in architecture.
1. Narrow Strips (A few Millimeters to Around 100 mm):
Applications: Common widths for narrow strips may include 3mm, 6mm, 10mm, 20mm, and similar sizes. People often use these narrow strips in applications that require precision and small-scale components.
Examples:
Electrical Connectors and Terminals: Because of their high electrical conductivity, people commonly use these narrow strips in electrical connectors and terminals.
Electronic Components: In the electronics industry, manufacturers can use narrow 1070 Aluminum Strips as lead frames, shielding components, or connectors in electronic devices and circuitry.
Thin Foil Capacitors: The high purity and formability of narrow strips make manufacturers use them to manufacture thin foil capacitors, which electronic circuits use for energy storage.
Small-Scale Decorative Trim: In architectural and automotive applications, narrow strips can serve as decorative trim, enhancing the aesthetic appeal of products.
Automotive and Industrial Gaskets and Seals: You can use narrow strips to create gaskets and seals for automotive and industrial applications where reliable sealing is essential.
Ribbon Conductors and Flexible Circuits: People employ them in ribbon conductors and flexible circuits, particularly in applications where flexibility and electrical conductivity are crucial, such as in displays and flexible electronics.
2. Medium Strips (Around 100 mm to 500 mm):
Applications: Common widths for medium strips may include 100mm, 200mm, 300mm, etc. They are versatile and find applications in various industries.
Examples:
Heat Exchanger Fins: Manufacturers widely use medium-width strips for manufacturing heat exchanger fins in HVAC and refrigeration systems. The strips' thermal conductivity helps improve heat transfer efficiency.
Automotive Trim and Decorative Accents: In the automotive industry, medium-width strips are used for trim and decorative accents on vehicles, enhancing their appearance and durability.
Electrical Busbars and Conductive Strips: You can fashion medium strips into electrical busbars and conductive strips for distributing electrical power within electrical panels and systems.
Nameplates, Labels, and Signage: They are used to create nameplates, labels, and signage for various applications, including branding and identification purposes.
Industrial and Architectural Components: Medium strips manufacture various industrial and architectural components, such as brackets, supports, and architectural features.
Rolled or Stamped Parts: Manufacturers can roll or stamp these strips to create parts used in various industries, including automotive, aerospace, and consumer goods.
3. Wide Strips (Exceeding 500 mm, Up to Several Meters):
Applications: Wide aluminum strips can have widths exceeding 500 mm up to several meters wide. The specific widths for wide strips can vary significantly based on customer requirements. People often use wide strips to cover the floor.
Examples:
Architectural Cladding and Facades: Wide aluminum strips are frequently employed for architectural cladding and facades on buildings, providing weather protection and enhancing aesthetics.
Roofing and Siding Materials: They manufacture roofing and siding materials for residential, commercial, and industrial construction, offering durability and corrosion resistance.
Large Heat Exchanger Fins: Engineers manufacture large heat exchanger fins used in heavy-duty cooling systems from wide strips in industrial applications.
Structural Components: Wide strips are employed to create structural components for construction, including beams, columns, and trusses.
Industrial Machinery Panels and Enclosures: They manufacture panels and enclosures for industrial machinery, offering protection and durability.
Large-Scale Decorative Elements: In architecture and interior design, wide strips can create large-scale decorative elements, such as wall panels and decorative ceilings, adding visual appeal to spaces.
1. Thin Strips (Fraction of a Millimeter to Around 1 mm):
Application Fields: Engineers often use thin aluminum strips to make lightweight aircraft parts.
Examples:
Heat exchanger fins: Many use a 1070 aluminum strip for heat exchanger fins because it offers excellent thermal conductivity and corrosion resistance; this makes it ideal for use in HVAC and refrigeration systems, where it helps improve heat transfer efficiency and extend the life of the equipment.
Automotive trim: 1070 aluminum strip is also widely used in automotive trim applications, such as bumpers, grilles, and wheel covers because it is lightweight, durable, and easy to form. Additionally, it can be anodized to produce a variety of finishes, including bright, brushed, and matte.
Structural components: You can use 1070 aluminum strips to form various structural parts for construction, machinery, and industrial applications. For example, it is used to make building framing, components for industrial machinery, and brackets and supports for various structures.
Electrical busbars: Manufacturers also use a 1070 aluminum strip to make electrical busbars, which they use to distribute electrical power in electrical panels and systems; this is because it is a good conductor of electricity and has a high melting point.
Nameplates and labels: Many industries often use 1070 aluminum strips to make nameplates and labels, including automotive, electronics, and aerospace, because it is lightweight, durable, and corrosion-resistant. Additionally, it can be engraved or printed with various information, such as brand names, serial numbers, and instructions.
Stamped or machined parts: 1070 aluminum strips are versatile and used in automotive, aerospace, and consumer goods. They are forged or machined into fuel tank straps, brake components, aircraft cowlings, ducting, appliance parts, and electronic components.
2. Medium Thickness (Around 1 mm to 5 mm):
Application Fields: Medium-thickness strips offer versatility and are suitable for a wide range of industries and applications,
Examples:
Heat Exchanger Fins: You can form the thin aluminum strip into fins for heat exchangers. These fins help improve the efficiency of heat transfer in HVAC and refrigeration systems by increasing the surface area for heat dissipation.
Automotive Trim: Thin aluminum strips can be used as trim in the automotive industry to enhance the appearance of vehicles. They are often used for decorative purposes and can provide a polished and stylish look to various car parts.
Structural Components: A 1mm-5mm strip may need to be thick enough for primary structural components in construction and machinery. However, manufacturers can use them to add strength and rigidity to various parts or use them in lightweight structural applications.
Electrical Busbars: Electricians use aluminum strips to connect electrical components in electrical panels. They are excellent conductors of electricity and can efficiently distribute electrical power while being relatively lightweight and easy to work with.
Nameplates and Labels: Thin aluminum strips can be quickly stamped, engraved, or labeled for branding and identification. They are durable and withstand various environmental conditions, making them suitable for nameplates and labels in different industries.
Stamped or Machined Parts: The aluminum strip can be machined or minted to create various parts used in industries such as automotive, aerospace, and consumer goods. The specific thickness of the strip makes it suitable for manufacturing precision components.
3. Thicker Strips (Exceeding 5 mm, Up to Several Centimeters):
Application Fields: Applications where enhanced strength and rigidity are essential employ thicker aluminum strips.
Examples:
Structural Components (Construction and Infrastructure): You can use thick aluminum strips for structural components like beams, columns, and trusses in construction and infrastructure projects. They provide strength and durability while being lightweight, which can help reduce the overall weight of structures.
Automotive Structural Parts: In the automotive industry, manufacturers can utilize thick aluminum strips for critical structural components that contribute to the strength and safety of vehicles. These parts may include chassis components and reinforcements to enhance crashworthiness.
Industrial Machinery Components: Manufacturers can use thick aluminum strips to manufacture panels, enclosures, and heavy-duty machinery parts for industrial equipment. The material's strength and resistance to corrosion make it suitable for rugged industrial applications.
Large-Scale Architectural Elements: In architecture, designers and builders can employ thick aluminum strips to create robust and durable architectural features such as beams, columns, and large-scale structures. They provide a modern and aesthetically pleasing design while ensuring structural integrity.
Heavy-Duty Heat Exchanger Fins: In industrial and process cooling applications, you can use thick aluminum strips to create heavy-duty heat exchanger fins. These fins enhance heat transfer efficiency and can withstand the demands of high-temperature and high-pressure environments.
Marine Applications: Thick aluminum strips are well-suited for maritime applications, including shipbuilding and offshore structures. They are corrosion-resistant and capable of withstanding the harsh conditions of saltwater environments, making them ideal for constructing durable components in the marine industry.
