5083 Aluminum Plate For Ship Decks

5083 aluminum plate for ship building is of high strength, corrosion resistance, plasticity and excellent welding performance. It has been used in large quantities as lightweight materials to make yacht shells, hull superstructures, masts and port infrastructure.

5383 Aluminum is an upgraded version of the 5083 aluminum sheet. 5383 marine grade aluminum sheet has better corrosion resistance and its hardness has also increased by 10%. These improvements reduce the number of welds. The yield point of the welded structure has increased by 15%.

Properties of 5383 Aluminum

Since Zr is added to the 5383 alloy composition, Zr can combine with Al to form an Al3Zr phase, which can significantly improve the strength and recrystallization temperature of the 5383 aluminum alloy. Therefore, compared with 5083 aluminum alloy, 5383 aluminum alloy has higher strength and better welding performance.

The increase of Zr element only increases the production cost of 5383 aluminum alloy by about $20 dollars per ton, therefore, 5383 aluminum alloy has the potential to replace 5083 aluminum alloy.

Specification of 5383 Marine Grade Aluminum Sheet for Sale

Chemical composition

Mechanical properties

Size

Application of 5383 Aluminum

Marine aluminum plates are mainly 5083, 5086, 5454 and 5383, which is often used for ship decks and hull parts.

5383 aluminum alloy is widely used in high-speed ships, such as hydrofoils, hovercraft, speedboats, cruise ships, sailboats, catamarans, marine cruise ships and the application parts include ship sides, bottom shells,engine pedestals, decks, roof and side panels of vessels,etc.

Q: How do you ensure the quality of your products?
A: We subject our products to rigorous quality testing for optimal performance.

Q: What's the lead time for international deliveries?
A: Lead times vary, and we can provide estimates based on your location and order.

Q: How can I request technical support?
A: Contact our technical support team via email or phone for assistance.