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Aluminium EN AW 5083


Aluminium EN AW 5083 is a commonly used aluminum alloy with good corrosion resistance and welding properties. This EN AW standard refers to the aluminium alloy 5083 that conforms to the European standard (EN), and its chemical composition and mechanical properties are in accordance with the requirements of the relevant standards. EN AW 5083 aluminium alloy is commonly used in the fields of shipbuilding, automotive parts, aerospace, etc. It can be used for a long period of time in harsh environments due to its excellent mechanical and corrosion-resistant properties. EN AW 5083 aluminum alloy is also commonly used in the manufacture of containers, Tanks, aircraft parts and other products that require high strength and corrosion resistance.

aluminium en aw 5083

First. Material Properties of Aluminium EN AW 5083

Chemical composition: EN AW 5083 aluminum alloy is composed of aluminum, magnesium and a small amount of other metal elements, of which Aluminum (Al) 95.4-98.7%, magnesium content of about 4.5%, manganese content of about 0.7%. This precise alloying ratio allows the material to have excellent mechanical properties and corrosion resistance while remaining lightweight.

Physical and Mechanical Properties:

Strength: EN AW 5083 aluminum alloy has a high tensile strength, which makes it excellent in applications that require it to withstand high loads.

Corrosion resistance: Thanks to the addition of magnesium and manganese, the alloy has excellent resistance to seawater corrosion, which makes it particularly suitable for use in marine and offshore engineering.

Machinability: EN AW 5083 aluminum alloy has good machinability and can be subjected to machining processes such as cutting, forming and welding, thus meeting the manufacturing needs of various complex shapes.

Welding performance: Its excellent welding performance makes it easy to connect and assemble in the manufacturing process.

Second, Application Areas

Ship and Marine Engineering: Due to its excellent seawater corrosion resistance, EN AW 5083 aluminum plate is widely used as a manufacturing material for hulls, decks, masts, propellers and other key components. Its high strength and light weight properties not only help to reduce the dead weight of ships and improve fuel efficiency, but also enhance the structural strength and safety performance of ships.

Aerospace: In the aerospace field, EN AW 5083 aluminium alloy also shows its unique advantages. Due to its lightweight and high-strength characteristics, it is often used in the manufacture of aircraft structural components, shells and wing panels, etc., helping to reduce the weight of aircraft and improve flight performance.

Automotive manufacturing: In the field of automotive manufacturing, aluminium EN AW 5083 also plays an important role. It can be used in the manufacture of automobile chassis, doors and body structure and other components, which helps to reduce the weight of automobiles and improve fuel economy and driving performance.

Production Process
The production process of EN AW 5083 aluminium alloy includes the steps of raw material preparation, aluminum plate pretreatment, forming processing, heat treatment, surface treatment and inspection and packaging. Through these steps, 5083 aluminum alloy products with excellent corrosion resistance and high strength can be prepared.

In summary, aluminium EN AW 5083 is a variety of high-performance alloy materials in line with European standards, with excellent physical and mechanical properties, widely used in shipbuilding, aerospace and automotive manufacturing and other fields.

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