Maelezo
Aluminum circle is a flat, circular piece of aluminum that is used in various applications such as cookware, taa za taa, and traffic signs. It is made by cutting a larger sheet of aluminum into a circular shape using a stamping press or a laser cutting machine.
Mzunguko wa alumini can come in a variety of sizes, thicknesses, and finishes depending on the intended use. They are known for their high corrosion resistance, uimara, and lightweight properties.
1050 aluminum circle is a widely used product in the aluminum processing industry, renowned for its distinct characteristics and broad applications.
1. Chemical Composition
1050 aluminum circle is mainly composed of aluminum, with a minimum aluminum content reaching 99.5%. The remaining 0.5% consists of trace elements like iron, silicon, and copper. This high – purity composition endows it with excellent electrical and thermal conductivity, as well as good corrosion resistance.
2. Mechanical Properties
- Strength: In the annealed state, the yield strength of 1050 mduara wa aluminium is around 35 – 50 MPA, and the tensile strength is relatively moderate. This strength level makes it suitable for applications that do not require extremely high – strength materials.
- Ductility: It has good ductility, which means it can be easily processed through methods such as stamping, rolling, and drawing. This property allows manufacturers to transform it into various shapes according to different needs.
3. Manufacturing Process
- Casting: The production of 1050 aluminum circle often starts with the casting process. high – quality aluminum ingots are melted and then cast into circular blanks with specific diameters and thicknesses.
- Hot Rolling and Cold Rolling: After casting, the blanks usually go through hot rolling to reduce the thickness and improve the internal structure. Subsequently, cold rolling may be carried out to further refine the surface quality and dimensional accuracy, ensuring the flatness and smoothness of the aluminum circle.
- Annealing: Annealing is an important process to relieve internal stress, improve the plasticity and toughness of the aluminum circle, and make its mechanical properties more uniform.
4. Application Fields
- Electrical Industry: Due to its high electrical conductivity, 1050 aluminum circle is often used in the production of electrical components such as electrical connectors and some small – scale electrical conductors. It helps to ensure efficient electrical transmission.
- Heat – exchange Equipment: In heat – exchange equipment like radiators and heat exchangers, 1050 aluminum circle is used to make fins and heat – transfer plates. Its good thermal conductivity enables rapid heat transfer, improving the heat – exchange efficiency.
- Light – industrial Products: It is also widely used in the production of light – industrial products such as kitchenware and daily – use containers. Its corrosion resistance and good formability make it an ideal material for these products, ensuring their durability and aesthetic appearance.
5. Advantages
- Cost – effectiveness: With a relatively simple chemical composition and manufacturing process, 1050 aluminum circle is cost – effective, which is very attractive to manufacturers with cost – control requirements.
- Versatility: Its combination of good electrical and thermal conductivity, upinzani kutu, and formability makes it suitable for a wide range of applications, providing manufacturers with a versatile material option.
unene:0.3-8mm
upana:100mm~1500mm
Customerize size:Size can be produced as per clients requirement
uso Matibabu:kinu kumaliza
maombi: lighting industry, vyombo vya kupikia, na kadhalika.
Supply Ability: 600 Ton/Tons per day
Quality standard：ASTM-B209. EN573-1, GB/T3880.1-2012
1050 Aluminum Circle CC / DC Diameter Tolerance: 1050 aluminium discs possess good ductility, the final products size can be slightly different because of the temper. But the tolerance range is very small, according to the form below.
| Nominal Diameter | Tolerance |
| Multiple of 5mm | +/- 0.5mm |
| Not multiple of 5mm | +/- 3.0mm |
mduara wa aluminium
1060 aluminum circle is a highly – regarded product in the aluminum – based manufacturing landscape, prized for its unique blend of properties and wide – ranging applications.
1. Chemical Composition
1060 aluminum circle is predominantly made up of aluminum, with a minimum aluminum content of 99.6%. The remaining 0.4% is composed of minor elements including iron, silicon, and very small amounts of other impurities.
This high – purity makeup contributes to its outstanding corrosion resistance and excellent electrical and thermal conductivity. The relatively lower impurity levels compared to some other aluminum alloys enhance its inherent properties, making it a top – choice material in many industries.
2. Mechanical Properties
- Strength: In the annealed condition, the yield strength of 1060 aluminum circle is approximately 30 – 45 MPA, and the tensile strength is also relatively modest. Although it has lower strength compared to some high – strength aluminum alloys, this property profile makes it suitable for applications where high – strength is not a primary requirement. For instance, in applications where weight reduction and basic structural integrity are more important, 1060 aluminum circle can be a perfect fit.
- Ductility: One of the remarkable features of 1060 aluminum circle is its excellent ductility. It can be easily shaped through processes like deep drawing, stamping, and bending. This high level of formability allows manufacturers to create complex – shaped components with precision, which is crucial in industries such as packaging and decorative product manufacturing.
3. Manufacturing Process
- Casting: The production of 1060 aluminum circle commences with the casting process. high – quality aluminum raw materials are melted at high temperatures and then poured into molds to form circular blanks with specific dimensions. The casting process needs to be carefully controlled to ensure the uniform distribution of elements and the absence of internal defects.
- Rolling: After casting, the blanks typically undergo hot rolling. This process reduces the thickness of the blanks and refines their internal grain structure, improving the overall mechanical properties. Subsequently, cold rolling may be carried out to further enhance the surface finish and dimensional accuracy. Cold rolling can make the surface of the aluminum circle smoother and more precise, meeting the high – quality requirements of some applications.
- Annealing: Annealing is an essential step in the manufacturing process of 1060 mduara wa aluminium. It is carried out to relieve the internal stress generated during the previous processing steps. By annealing, the plasticity and toughness of the aluminum circle are improved, and the mechanical properties become more uniform, ensuring consistent performance in subsequent applications.
4. Application Fields
- Packaging Industry: 1060 aluminum circle is extensively used in the packaging industry. Its excellent corrosion resistance ensures that products packaged in aluminum – based containers, such as food cans and beverage caps, are well – protected from external environmental factors. Its high formability allows for the production of various – shaped packaging products, meeting the diverse needs of the market. Kwa mfano, the smooth surface and good malleability of 1060 aluminum circle make it ideal for manufacturing seamless aluminum cans.
- Decoration and Architecture: In the fields of decoration and architecture, 1060 mduara wa aluminium, in the form of sheets or plates, is widely used. It can be used for interior decoration, such as wall panels and ceiling tiles. Its lightweight nature makes installation easier, and its corrosion – resistant property ensures a long – lasting appearance. Additionally, it can be easily coated or anodized to achieve different colors and surface finishes, enhancing the aesthetic appeal of buildings.
- Electrical Appliances: Due to its good electrical conductivity, 1060 aluminum circle is also used in the production of some electrical appliances components. Kwa mfano, it can be used to make heat sinks in small – scale electrical devices. Its thermal conductivity helps to dissipate heat effectively, ensuring the normal operation of electrical appliances.
5. Advantages
- Cost – efficiency: With a relatively simple chemical composition and a well – established manufacturing process, 1060 aluminum circle offers cost – effective solutions for manufacturers. The low production cost, combined with its excellent performance in many applications, makes it an attractive choice for cost – conscious enterprises.
- Versatility: The combination of its good corrosion resistance, high formability, and decent electrical and thermal conductivity endows 1060 aluminum circle with great versatility. It can be applied in a wide variety of industries, from consumer goods to industrial equipment manufacturing, providing manufacturers with a flexible material option to meet different product requirements.
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