China Aluminum Plate Sheet 5086 5083 Marine Grade Supplier
5086 marine aluminum plate is an aluminum product specially used for ship manufacturing.
It inherits all the advantages of 5086 aluminum plate, such as high corrosion resistance, good weld-ability and medium strength, making it widely used in shipbuilding.
In ship manufacturing, 5086 marine grade aluminum plates are mainly used for ship plates, decks, engine mounts, ship sides, bottom outer plates and other components.
These components need to withstand the dual test of corrosion and mechanical stress in the marine environment, and the high corrosion resistance and medium strength of 5086 marine grade aluminum plate enable them to meet these requirements.
5086 aluminum navy plate is a rust-proof aluminum plate with medium strength, good corrosion resistance and excellent weld-ability.
Its main chemical components include elements such as magnesium, silicon, copper, zinc, manganese and titanium. Magnesium is the main alloying element, with a content between 3.5 and 4.5%.
This kind of aluminum plate can obtain different mechanical properties through different heat treatment states, such as H116, and is suitable for different application scenarios.
The main applications of 5086 aluminum plate include weldable parts for ships, automobiles and aircraft plates, as well as pressure vessels, refrigeration units, television towers, installation equipment, transportation equipment, missile parts, armor, etc. that require strict fire protection.
In these areas, 5086 aluminum sheet’s high corrosion resistance, good weld-ability and medium strength make it an ideal material choice.
5086 is a rust-proof aluminum with high corrosion resistance, good weld-ability and medium strength.
This kind of aluminum plate is widely used in weldable parts of ships, automobiles and aircraft panels, as well as pressure vessels, refrigeration units, TV towers, installation equipment, transportation equipment, missile parts, armor and other occasions that require strict fire protection.
Thickness:0.2-6.0mm
Width:100-2400mm
Length:200-11000mm
Mother coil: CC or DC
Weight: About 2mt per pallet for general size
MOQ: 5 ton per size
Protection: paper inter layer, white film, blue film, black-white film, micro bound film, according to your requirement.
Surface: clean and smooth, no bright speck, corrosion, oil, slotted, etc.
Standard product: GBT3880, JIS4000, EN485, ASTM-B209
Aluminum Plate
What are the similarity and difference between 5083 and 5086 marine grade aluminum plate?
5083 and 5086 marine grade aluminum ship plates are both aluminum products designed for the shipbuilding industry.
They have some things in common, but there are also some obvious differences. Here is a detailed comparison of these two types of boat decking:
Similarity:
Corrosion resistance: Both 5083 and 5086 ship plates have excellent corrosion resistance and can be used in marine environments for a long time without being susceptible to corrosion.
Lightweight: Both aluminum boat panels are lighter than traditional steel materials, helping to reduce hull weight and improve fuel efficiency.
Process-ability: Both 5083 and 5086 ship plates are easy to cut, bend and weld, making it easy to manufacture complex hull structures.
Electromagnetic Compatibility: Both materials are non-magnetic and will not interfere with electromagnetic equipment on board ships.
Differences:
Strength: 5083 ship plating is generally considered to have higher strength and is suitable for use in parts of the hull that need to withstand greater loads and stresses.
5086 aluminum plate may be more suitable for applications requiring medium strength.
Scope of application: Due to its higher strength, 5083 aluminum plates are more widely used in large ships and key structural components.
The 5086 marine aluminum plate may be more used for small and medium-sized ships and some secondary structural components.
Cost: Generally, the price of 5083 aluminum plate may be slightly higher than that of 5086 marine plate because its strength and corrosion resistance may be higher.
