Custom 1050 Aluminum Coil

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  • 1050 Aluminum Coil

1050 Aluminum Coil

Description:

Payment Terms: L/C, T/T
Port of Destination:  Any port you like.
Certificated:  ISO9001,9000, GRS, UL, BSCI
MOQ:  1-5TON
Loading Port:  Ningbo, China

+86-574-58987111 [email protected]
  • 1050 aluminum is a kind of commercial pure aluminum. According to international alloy nomenclature: the last two numbers “50” represent that the aluminum content must be above 99.5%, and the product is qualified only if this condition is met. 1050 aluminum coil does not contain other technical elements, so the production process is relatively simple and the price is lower than the other. It is a common alloy in conventional industry.

    Application of 1050 aluminum coil:

    1050 aluminum coil is often used in daily necessities, lighting appliances, reflectors, decorations, chemical industrial containers, radiators, signs, electronics, lamps, nameplates, electrical appliances, stamping parts and other products. It can also be applied in some occasions that demand good formability and corrosion resistance without high strength requirement, chemical equipment is a typical use.

    Performance of 1050 aluminum coil:

    1)It has excellent formability, high corrosion resistance, electrical conductivity and thermal conductivity;

    2)Long life, low cost, but high recovery value;

    3)The processing technology for 1050 aluminum is mature, the price is more competitive than other high-grade aluminum alloys.

Ningbo Zhongbang Aluminium Co., Ltd.
Ningbo Zhongbang Aluminium Co., Ltd.

About Zhongbang

Ningbo Zhongbang Aluminium Co., Ltd. is China 1050 Aluminum Coil Suppliers and Custom 1050 Aluminum Coil Company.It committed to providing you with reliable quality and service. We specialize in aluminium processing and manufacturing, specializing in various brands of aluminium circles, aluminium ovals, aluminium sheets, aluminium strips and aluminium coils, serving a wide range of aluminium applications, including kitchenware, new energy vehicle battery cases, industrial, building materials and so on. Our Chinese factory is located in Cixi, Ningbo, 30 kilometres from Ningbo port, with extremely convenient trade and shipping conditions.


Zhongbang has obtained ISO9001:2015 and TS16949 certifications, and has a good performance in independent innovation. Through unremitting efforts, Zhongbang has become more and more outstanding, daring to break through the established standards in the industry and face the competition head-on.


Zhongbang has always focused on the needs of our customers, and we have strict quality control standards and testing methods to achieve our commitment to quality. Zhongbang Aluminium, the representative of quality and efficiency.

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LATEST NEWS

  • What are the differences between Aluminum Circle 1000, 3000, 4000 and 8000 series?
    2024-03-22

    Aluminum Circles show diverse characteristics and application ranges in different series. From 1000 series to 8000 series, each series has unique chemical composition and physical properties, making it play an important role in their respective fields. The 1000 series aluminum disc is a pure aluminum product, which is mainly composed of aluminum and a small amount of other elements, such as iron, silicon and copper. This pure aluminum material is often used to make daily necessities such as kitchen utensils and lamps. Its high purity and good processing properties make it ideal for a variety of applications. 3000 series aluminum discs contain aluminum and manganese. This combination gives the aluminum discs excellent corrosion resistance and strength, making them widely used in manufacturing pressure vessels, automotive parts and other fields. At the same time, 3000 series aluminum discs also have good plasticity and processability, making them one of the important materials in many industrial and manufacturing fields. The 4000 series aluminum wafers contain aluminum and silicon. This kind of aluminum disc has excellent wear resistance and strength and is suitable for manufacturing automotive parts, ship structures and other occasions that need to withstand high stress and friction. Its excellent mechanical properties and durability make it popular in the engineering field. 8000 series aluminum discs contain aluminum, zinc and manganese. This combination gives the aluminum discs excellent strength and corrosion resistance, making them widely used in aerospace, railway vehicles and other fields. In these applications, aluminum wafers not only have to withstand high temperature and high pressure environments, but also need to have excellent durability and stability.

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  • Are aluminum discs suitable for applications that require heat dissipation?
    2024-03-15

    Aluminum Circle is suitable for applications requiring heat dissipation. Aluminum has good thermal conductivity and is an excellent heat dissipation material. Aluminum Circle is made of aluminum material, so it has excellent thermal conductivity and can quickly conduct heat, helping to quickly transfer heat from the heat source to the surrounding environment to achieve heat dissipation. In practical applications, Aluminum Circle is commonly used in electronic products, car engines, lighting equipment, kitchen appliances and other fields that require heat dissipation. For example, heat sinks in electronic products are usually made of aluminum and are used to dissipate the heat generated by the chip to maintain the normal operating temperature of the electronic device. Radiators in automobile engines are also often made of aluminum to effectively dissipate the heat generated by the engine and maintain normal operation of the engine. In addition, in the manufacturing of kitchen utensils, aluminum kitchen utensils such as pots, pans, baking pans, etc. also have good heat dissipation properties and can transfer heat quickly and evenly to achieve rapid heating or cooking of ingredients. Therefore, Aluminum Circle, as a form of aluminum material, has broad application prospects in application scenarios that require heat dissipation, and can effectively improve the heat dissipation efficiency of the equipment and ensure the stable operation of the equipment.

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  • What are the advantages of Aluminum Circle’s fine grain?
    2024-03-08

    The fine-grained Aluminum Circle has multiple advantages and provides a reliable solution for a variety of applications. Fine grains give Aluminum Circle higher strength and stability. The finer the grains, the greater the grain boundary area, which means that the microstructure inside the material is tighter, thereby improving the material's tensile and compressive resistance, making it stronger and more reliable when withstanding external forces. The fine-grained Aluminum Circle offers excellent fatigue resistance, which is critical in applications requiring long-term use or withstanding cyclic loads. Fine grains can effectively prevent the expansion of cracks, extend the service life of the material, and improve its stability and reliability in high-stress environments. The fine grain structure makes it easier for the material to form the required shape, reducing the cost and difficulty of processing, and also helps reduce energy consumption during processing. This is especially important for applications requiring complex shapes or precision machining. The fine-grained Aluminum Circle exhibits excellent corrosion resistance. Its compact grain structure reduces the erosion of the material by corrosive media and improves the durability and stability of the material. This allows the fine-grained Aluminum Circle to maintain excellent performance in humid and corrosive environments, extending its service life.

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  • What are the surface treatments of aluminum coils and how do they affect their performance and application?
    2024-03-01

    Aluminum coils are available in a wide variety of surface treatments, each of which can give it different performance and application characteristics. Among them, anodizing, spraying, coating, aluminizing, polishing and wrinkle treatment are the most common treatment methods. These treatments play a vital role in the production of aluminum coils. By changing the surface of the aluminum coils, various properties and application requirements can be achieved. Anodizing is an electrochemical process that enhances aluminum's corrosion and wear resistance by forming an oxide layer on its surface. This allows the anodized aluminum coils to perform well in harsh conditions such as outdoor and marine environments, maintaining good appearance and performance for a long time. Spraying and coating can give aluminum coils rich colors and textures, while improving their weather resistance and corrosion resistance. This makes spray-coated and coated aluminum coils widely used in architectural decoration, outdoor advertising, automobile manufacturing and other fields. Aluminum plating is also a commonly used treatment method. By plating a layer of aluminum on the aluminum surface, the corrosion resistance and wear resistance of the aluminum coil are enhanced, making it have better performance in harsh conditions such as marine environment and chemical environment. performance. Polishing and wrinkle treatment are used to improve the appearance and texture of aluminum coils. They use mechanical or chemical methods to make the surface smooth and bright, or to give it texture and pattern to improve its decorative and anti-slip properties. This makes polished and wrinkle-treated aluminum coils widely used in furniture manufacturing, decorative panels and other fields.

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  • What welding methods are suitable for aluminum sheet?
    2024-02-23

    Aluminum Sheet, as a common metal material, can be used in a variety of ways during the welding process. The choice of these methods depends on several factors, including the thickness and shape of the aluminum plate, welding quality requirements, and production efficiency. Gas shielded welding (GTAW), also known as TIG welding, is a common manual welding method. In this method, the welding area is protected with an inert gas (such as argon) to prevent oxygen and moisture in the air from affecting the welding area. This method is suitable for situations that require high welding quality and appearance. Because the welding molten pool is stable and produces a small amount of spatter, it is often used for precision welding. Gas metal arc welding (GMAW), also known as MIG welding, is a semi-automatic or automated welding method. In this method, welding is performed using an arc formed by a guide wire and an inert gas or gas mixture. This method is suitable for large-area welding and high-efficiency welding, and is often used in automated production lines in industrial production. Resistance welding is a welding method that utilizes resistance heating. The two joints of the aluminum plates are connected by heating with an electric current. This method is suitable for thicker aluminum sheets or specially shaped aluminum sheets, often used in specific applications that require a lot of welding. Plasma arc welding (PAW) is a welding method that utilizes plasma arc heating. In this method, inert gas and plasma arc are used for welding. This method is suitable for high-speed welding and high-quality welding, and is often used in special applications that require high-quality welding.

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  • What is the corrosion resistance of Aluminum Circle?
    2024-02-16

    Aluminum Circle excels in corrosion resistance thanks to its unique properties and the protective measures employed. First, a natural oxide layer is formed on the surface of aluminum, which is a dense protective film that can effectively prevent oxidation and corrosion. This natural oxide layer not only plays a protective role, but also gives aluminum better corrosion resistance. Secondly, different types of aluminum alloys have different corrosion resistance properties, especially some special alloys, such as 5 series and 7 series aluminum alloys, which exhibit higher corrosion resistance due to their special alloy composition and are suitable for harsh environmental conditions. . In addition to the natural oxide layer and alloy selection, surface treatment is one of the key factors in enhancing the corrosion resistance of Aluminum Circle. One of the common surface treatment methods is anodizing, through which a hard and dense oxide layer can be formed to further improve the corrosion resistance of aluminum. This surface treatment is particularly common in special environments and applications with higher requirements for corrosion resistance. However, the corrosion resistance of Aluminum Circle is also affected by the surrounding environment, so the specific application environment and requirements need to be considered comprehensively during use. In some more corrosive environments, taking appropriate precautions and selecting the right aluminum alloy will be key to ensuring corrosion resistance. Overall, Aluminum Circle is widely used in multiple fields including aerospace, automotive, construction, etc. due to its excellent corrosion resistance, making it a reliable material choice.

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  • What are the common types of aluminum alloys involved in the manufacturing of aluminum wafers?
    2024-02-09

    In the manufacturing of Aluminum Circle, there are many types of aluminum alloys involved, mainly including 1 series, 3 series, 5 series, 6 series, 7 series and 8 series. Series 1 aluminum alloys are mainly pure aluminum and have good corrosion resistance and processability, but relatively low mechanical properties. 3 series aluminum alloys such as 3003 and 3004 have good corrosion resistance and formability, and are often used in kitchen utensils, body panels and other fields. 5 series aluminum alloys such as 5052 and 5083 have good strength, weldability and corrosion resistance, and are widely used in shipbuilding, aerospace and other fields. 6 series aluminum alloys such as 6061 and 6063 have high strength, corrosion resistance and processability, and are suitable for applications requiring strength such as structural parts and frames. 7 series aluminum alloys such as 7075 have extremely high strength and are commonly used in aerospace and high-strength structural fields. 8 series aluminum alloys such as 8011 are commonly used in the manufacture of containers and packaging materials and have excellent corrosion resistance and formability. Each aluminum alloy has unique physical and chemical properties to meet the needs of different industrial fields and application scenarios. In the manufacturing of Aluminum Circle, we select suitable aluminum alloy materials according to customer requirements. Such selection takes into account factors such as the product's end use, strength requirements, corrosion resistance, processability, etc. to ensure that the final Aluminum Circle produced meets the expected performance standards and meets customer needs. With different demands for aluminum alloy properties in different fields, the manufacturing of Aluminum Circle will continue to strike a balance among diversified aluminum alloy materials to adapt to evolving market trends.

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  • What are the market trends and future development directions of aluminum wafers?
    2024-02-02

    With the popularity of the concept of sustainable development, Aluminum Circle will usher in more applications under the trend of sustainable development due to its advantages as a recyclable material, lightweight and environmentally friendly properties. In addition, as the demand for lightweight continues to increase, Aluminum Circle's market share in the automotive, aerospace and other fields is expected to further expand. The rise of the electric vehicle market will become an important driving force for Aluminum Circle's future. Its lightweight properties make it ideal for reducing vehicle mass and improving energy efficiency. In the field of new energy, especially the solar and wind energy industries, the application of Aluminum Circle may also increase, used to manufacture components such as brackets and reflectors. In the high-tech industry, the thermal conductivity of Aluminum Circle makes it expected to be more widely used in electronic equipment, communication equipment and other fields. The market may see increased demand for customized products in the future, and Aluminum Circle's high plasticity will be able to meet the special requirements of different industries and applications.

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  • What is the difference between aluminum coil and aluminum plate?
    2024-01-26

    Aluminum Coil and Aluminum Sheet are two different manifestations of aluminum materials in preparation and shape. The unique feature of aluminum coils is their rolled form, which is in the form of a roll and is suitable for production processes that require continuous coils. This form makes it widely used in construction, decoration, packaging and other fields. Aluminum coils usually have a thin thickness, usually under a few millimeters. This makes aluminum coils excellent in applications where lightweighting is critical. In contrast, aluminum plates are in the shape of flat plates, which can be rectangular or square, and are suitable for various application scenarios that require flat or plate-shaped materials. It usually has a wide range of thicknesses, which makes aluminum sheets popular in fields that require higher material strength and durability, such as aerospace, automotive manufacturing, structural engineering, etc. The preparation process of aluminum plates involves processes such as shearing and cutting to ensure that a flat plate of the required size is obtained. In terms of preparation, aluminum coils usually go through a process of curling and cutting to meet various length and width needs. This makes it easier for aluminum coils to adapt to different requirements on the production line, providing greater flexibility for industrial manufacturing. In contrast, the preparation of aluminum plates focuses more on shearing and cutting to ensure the size and flatness of the plates. In addition to the differences in shape and preparation methods, there are also some differences in transportation and storage between aluminum coils and aluminum sheets. Due to its curled shape, aluminum coils are relatively easy to handle during shipping and storage, whereas aluminum sheets may require more flat surfaces and supports to ensure their structural integrity.

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  • What are the applications of aluminum wafers in electronic products?
    2024-01-19

    As a multifunctional material, Aluminum Circle plays an extensive and important role in the manufacturing of electronic products. Its unique performance and characteristics make Aluminum Circle one of the first choices in the electronics industry, affecting the performance, heat dissipation and structural stability of various devices. Aluminum Circle occupies an important position in the field of electronic radiators. As electronic devices become highly integrated and high-performance, the amount of heat generated also increases. Aluminum Circle's excellent thermal conductive properties make it an ideal heat sink material. In electronic radiators, Aluminum Circle can quickly conduct the heat generated by the equipment to the surface of the radiator and effectively cool it down through cooling fans or other cooling devices, thereby ensuring that electronic equipment can maintain good performance and stability when operating under continuous high loads. . The interior of a computer requires components that are lightweight, durable and can effectively dissipate heat. Aluminum Circle is often used in the manufacture of computer chassis, cooling fan bases, hard drive heat sinks and other components. These components not only ensure the normal operation of the equipment, but also improve the heat dissipation effect of the equipment through the advantages of aluminum's thermal conductivity properties. The field of LED lighting products is also one of the broad application areas of Aluminum Circle. In the manufacturing of LED radiators, Aluminum Circle can effectively conduct the heat generated by LED lamps to the outside, ensuring the long life and stable operation of LEDs. This not only improves the reliability of LED lamps, but also reduces the frequency of maintenance and replacement. Aluminum Circle also plays an important role in the packaging of electronic components. Aluminum Circle serves as a support and heat dissipation structure for electronic components, ensuring the stable operation of the components. In addition, Aluminum Circle is also used as part of the manufacturing of electronic circuit boards to provide a stable working environment for electronic circuits by providing structural support and heat dissipation functions.

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  • How well does aluminum coil conduct heat and is it suitable for applications such as radiators?
    2024-01-12

    The outstanding performance of aluminum coils makes it an indispensable material in the field of heat dissipation. Its superior thermal conductivity, lightweight characteristics, good heat dissipation, plasticity and processability provide a wide range of reliable solutions for various application scenarios. plan. Aluminum coil has a high thermal conductivity of 237 W/(m·K). Compared with other metals, aluminum performs well in heat conduction. This allows the aluminum coil to quickly absorb and transfer heat in equipment such as radiators, effectively maintaining the normal operating temperature of the equipment. Its high thermal conductivity is one of the key factors that make it an ideal heat dissipation material. As a lightweight metal, aluminum has a lower density, which means it offers more surface area within a given volume. This is particularly important for applications such as radiators that require heat dissipation over a large area. The lightweight properties help reduce the overall device weight and improve device portability and performance. The plasticity and processing properties of aluminum coils also facilitate its wide application in radiator manufacturing. Aluminum has excellent plasticity and can be easily made into various shapes through rolling, extrusion and other processes to adapt to the needs of different radiator designs. This allows designers to more flexibly conceive and manufacture heat dissipation devices with complex structures. Good heat dissipation performance enables aluminum coils to efficiently transfer heat to the external environment in various environments. In the fields of electronic equipment, car engines, computer radiators, etc., aluminum coils are often used to make heat sinks. Through these heat sinks, the heat generated by the device can be effectively dissipated, thereby avoiding performance problems caused by overheating and improving the stability and life of the device.

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  • What are the characteristics of aluminum discs used in kitchen utensil manufacturing?
    2024-01-05

    Aluminum Circle exhibits multiple unique features in kitchen appliance manufacturing, making it an ideal material for manufacturers. Its excellent thermal conductivity ensures that food is heated evenly during the cooking process, eliminating the hidden danger of uneven cooking and providing a reliable foundation for the production of delicious dishes. The lightweight nature of Aluminum Circle is one of its highly prized advantages in the field of kitchen appliances. This lightweight feature makes the manufactured kitchen appliances relatively portable, easy to carry and operate, and provides users with a more convenient experience. In the manufacturing process, the good processing properties of aluminum make the production of kitchen utensils more flexible. Aluminum Circle is easily cut, formed and processed into various shapes to meet different design and functional needs, providing room for innovative cooking utensil designs. Corrosion resistance is another highlight of Aluminum Circle in the field of kitchen appliances. In the face of acidic substances and salts in food, Aluminum Circle performs well and is not susceptible to corrosion. In addition, through different surface treatment methods, such as anodizing or spraying, kitchen utensils made of Aluminum Circle have good appearance and gloss, which enhances the The visual appeal of the product.

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