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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | Titanium (Ti) | Chromium (Cr) |
| 99.5% | 0.1% | 0.1% | 0.1% | 0.1% | 0.05% | 0.05% | 0.05% |
Electrical Conductors:
Wires and Cables: One of the primary and most significant applications for 1350 aluminum coil is producing electrical conductors, particularly wires and cables. Its high electrical conductivity and purity make it ideal for transmitting electrical power efficiently. Engineers in both overhead power transmission lines and underground cables widely use it.
Transformer Windings: 1350 aluminum is also used by engineers to construct transformer windings, owing to its excellent electrical properties.
Power Transmission and Distribution:1350 aluminum coils are a critical component in power transmission and distribution systems, where they are used to manufacture conductive components for carrying electrical current over long distances with minimal energy loss.
Heat Exchangers: 1350 aluminum is a popular material for heat exchangers in air conditioning, refrigeration, and HVAC systems due to its good thermal conductivity.
Foils and Packaging: Engineers roll 1350 aluminum coils into thin foils for packaging applications. Lightweight foils from 1350 aluminum offer good barrier properties, making them suitable for food packaging and other sensitive materials.
Electrical Equipment: Components in various electrical equipment can be made from 1350 aluminum by engineers due to its excellent electrical properties and corrosion resistance.
Radiators: Engineers sometimes use 1350 aluminum to construct radiators and heat sinks for electronics and industrial machinery cooling systems.
Solar Industry: Solar panel manufacturers use 1350 aluminum coils to construct solar panels and related components in the renewable energy sector.
Construction and Architecture: While less common, 1350 aluminum may find applications in architectural elements, particularly when high corrosion resistance and electrical conductivity are required.
Aerospace and Aviation: Aerospace engineers might use 1350 aluminum in specific applications due to its lightweight properties, although they often prefer other aluminum alloys for their superior strength.
Automotive Industry: In some specialized automotive applications, such as electrical wiring and components, 1350 aluminum may be used for its electrical properties and lightweight characteristics.
1. O Temper (Annealed):
Application Fields: This is the softest temper for 1350 aluminum. In the annealed condition, the aluminum is heated to a specific temperature and then cooled slowly. This temper exhibits maximum flexibility and is the most effortless to bend but also the least robust.
Electrical Wires and Cables: Electrical manufacturers extensively use annealed 1350 aluminum coils to produce electrical wires and cables. This temper's softness and flexibility make it ideal for them to bend and shape wires and cables during installation.
Transformer Windings: Transformer manufacturers also use annealed 1350 aluminum for transformer windings where easy winding and formability are essential.
2. H12 Tempers :
Application Fields: This temper indicates that the aluminum has been strain-hardened to a quarter-hard state. It offers a moderate increase in strength while still maintaining good formability. H12 is a popular choice for applications where strength and formability are essential.
Electrical Conductors: H12 1350 aluminum coils frequently produce electrical wires and cables. They offer increased strength compared to the annealed (H0) state while maintaining reasonable formability, and this is particularly important in applications where electrical conductivity and the flexibility of wires and cables are essential.
Power Transmission and Distribution: H12 1350 aluminum is suitable for overhead transmission and distribution lines. These lines require conductors to withstand mechanical and environmental stresses while efficiently transmitting electricity.
3. H14 Temper:
Application Fields: H14 is a slightly harder temper than H12. The aluminum is strain-hardened to a half-hard state. This temper improves strength and is commonly used in applications with excellent mechanical properties while retaining some formability.
Electrical Conductors: H14 1350 aluminum coils are popular for electrical wires and cables because they offer increased strength compared to the annealed (H0) state, which is vital for applications requiring electrical and mechanical conductivity.
Power Transmission and Distribution: H14 1350 aluminum suits overhead power transmission and distribution lines. These lines require conductors to withstand mechanical and environmental stresses while efficiently transmitting electricity.
Transformer Windings: Transformer manufacturers use H14 tempered aluminum coils to construct the winding components of transformers. The enhanced strength of H14 makes it a suitable choice for winding operations, ensuring durability and reliability.
4.H16 Temper:
Application Fields: The H16 temper is a strain-hardened temper with a higher strength than the H14 temper but is less formable. Engineers choose H16 temper when they need a strong material that is not difficult to shape.
High-Strength Electrical Conductors: Engineers choose H16 for applications with greater mechanical strength, especially for high-voltage power transmission lines, because electrical conductors require high strength.
Electrical Conductors: H16 1350 aluminum coils are a popular choice for electrical wires and cables, especially in applications where increased mechanical strength is essential because the added power makes the conductors more durable and reliable.
5.H18 Tempers:
Application Fields: H18 temper is a strain-hardened temper with the highest strength level but limited formability. Engineers use H18 temper, the most rigid temper typically available for 1350 aluminum, in applications requiring maximum power.
High-Strength Electrical Conductors: H18 temper is a strain-hardened temper with the highest strength level but limited formability. It is the most rigid temper typically available for 1350 aluminum. Engineers use it for high-voltage power transmission applications because it is strong and does not need to be easily bent or shaped.
6.Other Tempers (H22, H24, H26, H28):
Application Fields: Depending on the manufacturer and specific requirements, you may also encounter other temper designations, such as H22, H24, H26, and H28, which indicate variations in hardness and strength characteristics.
Formed Components: These tempers, which fall between the annealed (H0) and harder tempers, may be used for components that require moderate strength and some degree of formability. They are less common in electrical applications but can find use in other industries where aluminum's unique properties are needed.
1. Narrow Width (50mm to 300mm) 1350 Aluminum Coils:
Application: Narrow coils are popular for applications requiring smaller dimensions or thin aluminum strips, as they offer the flexibility and precision needed.
Examples:
Electrical Wires and Cables: Electrical manufacturers commonly use narrow coils to produce thin wires and cables, especially for residential and commercial electrical wiring applications.
Automotive Components: In the automotive industry, narrow coils manufacture lightweight components such as radiator fins and certain interior elements.
Aerospace: Aerospace for lightweight structural components and interior paneling uses these widths.
2. Standard Width (300 mm to 1200mm) 1350 Aluminum Coils:
Application: Various industries use these widths for various applications.
Examples:
Electrical Conductors: Standard-width coils are suitable for manufacturing various electrical conductors, including power transmission cables and transformer windings.
Construction and Architecture: Standard-width coils may find use in construction for architectural elements, roofing, and facade applications.
Industrial Equipment: Manufacturers can use standard-width coils to produce components such as heat exchangers and process equipment.
3. Wide Width (1200 mm or more) 1350 Aluminum Coils:
Application: Power transmission and distribution systems may utilize these.
Examples:
Power Transmission and Distribution: Commonly, wide coils manufacture thick electrical cables and conductors in power transmission and distribution systems, including overhead power lines.
Transformer Windings: In larger transformers, wide coils may be necessary for winding components to meet electrical and structural requirements.
Industrial Fabrication: Wide coils can create custom industrial fabrication projects requiring large structural components.
4. Custom Width 1350 Aluminum Coils:
Application: Besides standard widths, 1350 aluminum coils can be custom-produced to meet the precise requirements of a project. Custom widths may vary widely based on the customer's needs and application.
1. Thin Gauge (0.1 mm to 0.5 mm) 1350 Aluminum Coils:
Applications: Lightweight, flexible aluminum is required, often using thin gauges, such as in electrical wires, foils, and packaging materials.
Examples:
Electrical Wires and Cables: Very thin millimeter gauges produce electrical wires and cables, particularly in residential and commercial wiring.
Packaging Materials: Various packaging applications, including food and pharmaceutical packaging, commonly use thin aluminum foils in these thicknesses.
2. Medium Gauge (0.5 mm to 2.5 mm) 1350 Aluminum Coils:
Applications: Medium gauges are suitable for various applications, including electrical conductors, transformer windings, and industrial components.
Examples:
Electrical Conductors: Medium-thickness electrical conductors, typically measured in millimeters, are widely used in various applications due to their excellent electrical conductivity, mechanical strength, flexibility, and ease of manufacture and installation. Some specific examples include power transmission and distribution cables, transformer windings, and motor windings.
Transformer Components: Medium-gauge coils are versatile in various applications, including transformer core laminations and structural components.
Industrial Components: Medium-thickness metals are versatile and essential for manufacturing various industrial components, such as heat exchanger fins and structural parts in machinery and equipment.
3. Thick Gauge (2.5 mm and above) 1350 Aluminum Coils:
Applications: Thicker gauges of metal are essential for many heavy-duty applications. They are used to make the structural components of industrial equipment, such as cranes, excavators, bulldozers, heat exchangers, and power transmission components, such as gears and shafts.
Examples:
Power Transmission Components: Thicker millimeter gauges are employed in heavy-duty applications in the power transmission and distribution industry, including power line conductors for high-voltage transmission.
Structural Components: Thick aluminum coils are popular for structural applications because of their strength, durability, and lightweight properties. They are also corrosion-resistant and easily fabricated into various shapes and sizes, such as support beams, columns, and panels in construction and architecture.
Industrial Equipment: These thick gauges are suitable for manufacturing heavy industrial equipment components like robust heat exchangers, pressure vessels, and tanks.
4. Custom Thicknesses:
Applications: Aluminum coils with custom thicknesses meet the specific requirements of various industries, including aerospace, automotive, medical devices, electronics, and architecture. These coils can create lightweight and durable structural components, precisely engineered components, custom-designed architectural features, and unique and innovative products.
Examples:
Power Cables: Coils with specific thicknesses manufacture power cables for various voltage levels. The choice of thickness depends on the cable's intended use, whether for residential, commercial, or industrial applications.
Overhead Power Lines: High-voltage transmission lines require customized thickness aluminum conductors to efficiently transmit electricity over long distances while withstanding mechanical and environmental stresses.
Core Laminations: The core of a transformer consists of laminations made from customized thickness aluminum coils to optimize the magnetic properties and minimize losses.
