| Product Name | Length | Width | Thickness | Alloy |
|---|---|---|---|---|
| Aluminium Sheet | ≥ 1000mm | ≥ 2000mm | ≤ 6mm | 5052 |
| Series | Alloying Element | Effect |
|---|---|---|
| 5XXX | Magnesium Alloy | Magnesium significantly enhances the strength of aluminum while maintaining good corrosion resistance. These alloys are widely used in marine and architectural applications. |
Only for Information*
More
Aluminium 5052 is a widely used alloy celebrated for its exceptional versatility, corrosion resistance, and excellent formability. Known by various names in different international standards, this alloy is a staple in industries ranging from aerospace to marine engineering. Let’s delve into the characteristics and alternate designations of Aluminium 5052 across different standards.
- Aluminium 5052 (International Designation):
Internationally recognized as “Aluminium 5052,” this alloy is an aluminum-magnesium alloy renowned for its moderate to high strength, making it suitable for a plethora of applications. The primary alloying element, magnesium, contributes to its corrosion resistance, particularly in marine environments. Aluminium 5052 is often chosen for its exceptional forming capabilities, which enable intricate shapes and designs.
- AA 5052 (American Alloy Designation):
In the United States, the Aluminum Association (AA) designates this alloy as “AA 5052.” The AA system classifies aluminum alloys using a four-digit numerical code. The first digit signifies the major alloying element, and subsequent digits provide additional information about the alloy’s composition and properties. Aluminium alloy 5052 falls within the 5xxx series, denoting magnesium as the primary alloying element. AA 5052 is recognized for its moderate to high strength, excellent corrosion resistance, and suitability for both structural and decorative applications.
- EN AW-5052 (European Standard):
Under the European Aluminium Association (EAA) standard, Aluminium 5052 is referred to as “EN AW-5052.” The EN AW prefix is common in Europe and signifies that the material conforms to the European standard for aluminum alloys. EN AW-5052 is treasured for its weldability, good cold formability, and resistance to atmospheric and seawater corrosion. It is frequently employed in marine and offshore structures, as well as architectural applications.
- AlMg2.5 (German Standard):
In Germany, Aluminium 5052 is known as “AlMg2.5.” The designation highlights the alloy’s composition, with “Al” representing aluminum and “Mg2.5” denoting the magnesium content. AlMg2.5 is favored for its balanced combination of strength, formability, and corrosion resistance. This alloy is embraced in automotive components, sheet metal fabrication, and intricate parts requiring deep drawing capabilities.
- A5052 (Japanese Standard):
In accordance with Japanese Industrial Standards (JIS), Aluminium 5052 is labeled as “A5052.” JIS codes for aluminum alloys often use the letter “A” followed by the alloy’s numerical designation. A5052 is admired for its resistance to saltwater corrosion, making it a dependable choice for maritime applications, such as boat construction and shipbuilding. Additionally, its machinability contributes to its use in various industrial sectors.
- AW-5052 (Australian Standard):
Under the Australian standard, Aluminium 5052 is designated as “AW-5052.” The AW prefix, similar to EN AW, indicates its adherence to Australian standards for aluminum alloys. AW-5052 is valued for its high fatigue strength and suitability for welding. It finds utility in industries requiring durability and structural integrity, including automotive manufacturing and transport.
Aluminium 5052 stands as a testament to the global standardization of materials, as reflected in its diverse designations across various standards. Its widespread use in industries such as aerospace, marine, automotive, and architecture underscores its adaptability and reliability. This alloy’s remarkable combination of strength, formability, and corrosion resistance makes it an indispensable material, solidifying its place as a cornerstone of modern engineering and manufacturing.
Only for Information*
