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Product Description
| Chemical Composition | |||||||
| Aluminum (Al) | Iron (Fe) | Silicon (Si) | Copper (Cu) | Zinc (Zn) | Manganese (Mn) | chromium (Cr) | Titanium (Ti) |
| 99.5% | 0.1% | 0.1% | 0.1% | 0.1% | 0.05% | 0.05% | 0.05% |
Electrical Conductors and Cables: Manufacturers widely use 1350 Aluminum Circle in manufacturing electrical conductors and cables due to its exceptional electrical conductivity. Various electrical transmission and distribution systems utilize these conductors, including power lines, utility cables, and wiring for residential, commercial, and industrial buildings.
Transformer Windings: Transformer windings, especially in power distribution transformers, often employ 1350 Aluminum Circle because of their high electrical conductivity. The circle-shaped aluminum discs are used in the winding process to ensure efficient energy transfer and distribution.
Busbars: Electrical panels and switchgear use busbars to distribute electrical power. Busbar applications employ 1350 Aluminum Circles, ensuring electricity flows efficiently and reliably between electrical components.
Electrical Components: Various electrical components, such as capacitors, inductors, and electrical connectors, can benefit from the high electrical conductivity and formability of 1350 Aluminum Circle. These components are crucial in electronic circuits and systems.
Electromagnetic Coils: Electromagnetic coils used in various applications, from electromagnetic locks to electromagnetic clutches, often utilize 1350 Aluminum Circle for their ability to carry electric current and efficiently generate magnetic fields.
Lighting Industry: The lighting industry employs 1350 Aluminum Circle to produce components for lighting fixtures, such as lamp sockets and bases, where electrical conductivity and formability are essential.
Electrical Motors: Manufacturers use 1350 Aluminum Circle in constructing electrical motors and generators. It is used in windings to ensure efficient power conversion and transmission.
Electrical Enclosures: Electrical enclosures and cabinets used to house electrical components and protect them from environmental factors may incorporate 1350 Aluminum Circle in their construction.
Electronics and Circuitry: Within the electronics industry, various applications, including printed circuit boards (PCBs) and other electronic components where electrical connectivity and thermal management are essential, may utilize 1350 Aluminum Circle.
1. O Temper (Annealed):
Applications: "O temper" or "annealed temper" refers to aluminum undergoing full annealing to remove any strain hardening. People typically use it to process further, form, or shape the material in its softest state; this makes it easier to work with and manipulate.
Examples:
Electrical Industry: The electrical industry widely uses this temper for various applications, including power transmission lines, busbars, electrical conductors, and transformer windings.
Electronics Manufacturing: In the electronics industry, O temper 1350 Aluminum Circle produces components like capacitors, connectors, and printed circuit boards (PCBs) where electrical conductivity and formability are essential.
Lighting Industry: The lighting industry uses 1350 Aluminum Circle to produce components like lamp bases, sockets, and reflectors.
Electrical Enclosures: Electrical enclosures and cabinet manufacturers use this temper to house electrical components securely and safely.
Electromagnetic Devices: In applications where electromagnetic coils are necessary, such as electromagnetic locks, clutches, and actuators, the O temper is a preferred choice to facilitate efficient energy transfer.
2.H12, H14, H16, H18 Temper:
Applications: These tempers indicate that the aluminum has undergone a process of strain hardening. The numbers (12, 14, 16, 18) represent different levels of strain hardening, with H12 being the softest and H18 the hardest. Users choose these tempers for applications where increased strength and hardness are required.
Examples:
General Manufacturing: These harder tempers may find limited use in non-electrical applications in the general manufacturing sector, such as in producing non-structural components or circular elements that require increased strength and hardness.
3.T6 Temper (Solution Heat Treated and Artificially Aged):
Applications: Users apply T6 temper to some aluminum alloys but typically do not apply it to 1350 Aluminum. This temper involves a solution heat treatment followed by artificial aging to increase the material's strength.
Examples:
Aerospace Industry: In aerospace applications and the aviation industry, where a balance of strength and formability is essential for various components, professionals commonly use the T6 temper.
Structural Applications: In specific structural applications, such as the construction of non-residential buildings, bridges, and other architectural elements, the T6 temper may find use.
1. Small-diameter 1350 Aluminum Circles (100 mm - 300 mm):
Applications: People often use these smaller circles for applications that require lightweight and compact components, such as small cookware items and specific electrical connectors.
Examples:
Electrical and Electronics Industry: Engineers often use these smaller circles for applications that require lightweight and compact components, such as small cookware items and specific electrical connectors.
Cookware Industry: Users use smaller circles to make electrical components such as connectors, terminals, and small capacitor cases.
2. Medium-Diameter 1350 Aluminum Circles (300 mm - 600 mm):
Applications: Users employ medium-sized circles in various applications, including medium-sized cookware, reflectors for lighting fixtures, and components for the electrical and electronics industries.
Examples:
Electrical and Electronics Industry: Medium-sized circles create larger electrical components and connectors.
Lighting Industry: Users may use medium circles to make medium-sized lighting fixtures and reflectors.
3. Large-diameter 1350 Aluminum Circles (600 mm - 1200 mm and beyond):
Applications: Larger circles suit bigger cookware items, larger lighting fixtures, and heavy-duty applications in various industries.
Examples:
Cookware Industry: Larger circles are suitable for producing large cookware items like stockpots, large frying pans, and industrial-grade cookware.
Lighting Industry: Large Circles manufactures substantial lighting fixtures and reflectors for industrial and outdoor applications.
General Fabrication: Large circles can be used as blanks for stamping or forming parts for various industries where structural integrity is essential.
1. Ultra-Thin to Thin Aluminum Circles (0.3 mm - 1.0 mm):
Applications: People often use these extremely thin circles for applications where lightweight and flexibility are crucial, such as lids for lightweight containers, packaging, and thin aluminum foil.
Examples:
Packaging Industry: Manufacturers can use ultra-thin to-thin circles to produce lightweight, flexible aluminum foil for packaging materials. Thin circles create caps, lids, and closures for bottles and containers.
Cookware Industry: People may use thin circles to craft small, lightweight cookware items such as small saucepans or baking dish lids.
2. Medium Aluminum Circles (1.0 mm - 2.0 mm):
Applications: Users use medium-thickness circles for various applications, including standard cookware items like frying pans, medium-sized lids for containers, and electrical connectors.
Examples:
Cookware Industry: Medium-thickness circles suit standard cookware items like frying pans and saucepans.
Electrical Industry: Users can create electrical components like connectors and terminals in medium circles.
3. Thick Aluminum Circles (2.0 mm - 4.0 mm):
Applications: Thick circles find application in situations that demand additional strength and durability. Examples include heavy-duty cookware, substantial electrical components, and specific heat exchanger components.
Examples:
Cookware Industry: People employ thick circles for heavy-duty and durable cookware such as stockpots and larger frying pans.
Electrical Industry: Manufacturers may manufacture heavy-duty electrical components and connectors in thick circles.
Heat Exchanger Industry: Used for some heat exchanger components where added strength and thickness are required.
4. Very Thick Aluminum Circles (4.0 mm and above):
Applications: Industries typically use thick circles where structural integrity and durability are paramount. These may include industrial-grade cookware, large heat exchanger components, and substantial machinery components.
Examples:
Industrial Cookware Industry: Manufacturers use very thick circles to produce industrial-grade cookware catering to large-scale cooking needs.
Heavy-Duty Applications: In industries that demand substantial structural integrity and durability, Users use thick circles for various components.
