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Aluminum alloy sheet 5083

Aluminum alloy sheet 5083 is a typical product of 5000 series anti-rust and anti-corrosion aluminum-magnesium alloy. In hull materials such as spe edboats, 5083 Aluminum Plate has sufficient strength and rigidity, and at the same time can reduce weight, resist seawater corrosion, and have good weldability. For example, large anti-submarine wing research ships and PTF-class speedboats are all 5000 series aluminum-magnesium alloy structures. In 1976, the all-welded aluminum structure of the US Navy also used 5083 aluminum plate and 5456 aluminum alloy as the main material. Since then, the British and French navies have separately built aluminum hulled catamarans. Aluminum alloy hulls have also become popular in Norway, Sweden, Japan and other countries.
Aluminum alloy plate 5083 is mainly used in the marine industry for shipbuilding and shipbuilding. 5083 aluminum plate is generally tempered by H116/H321/H112, and the length and width are 2 meters x 6 meters. Aluminum plate 5083 alloy has high toughness, corrosion resistance and weldability, which provides a good choice for building ships with strict weight requirements. Huawei Aluminum is one of the leading 8x4 Aluminium Sheet manufacturers in China, 5083 aluminum sheet is also our company's key product, we have rich experience in manufacturing and exporting 5083 aluminum alloy sheet, and we enjoy a high reputation among global customers.
5083 aluminum alloy sheet as a shipping material can effectively reduce the weight of the ship and increase the speed of the ship. In order to reduce the water resistance, our country's marine grade aluminum plate research and development technology is mature, and the ship plate level of some manufacturers has reached the international advanced level. In addition, my country has superior water transportation conditions and rich coastline resources. With the development of economy and trade, the demand for ships is increasing, and transportation materials such as aluminum alloy ships are also developing rapidly. Marine-grade aluminum sheet manufacturers should seize this opportunity, focus on marine aluminum alloy materials, seize market opportunities, and develop the international marine market.

Marine aluminum alloy 5083 sheet

Marine 5083 aluminum alloy plate is a common product in marine 5083 Aluminum Plate for shipbuilding. Aluminum boat structure, the hull is made of aluminum alloy, 5083 aluminum plate, the dock is made of aluminum alloy buoy & # 8211; the deck is made of 5083 aluminum plate and aluminum alloy checkered steel plate (5052 aluminum plate is used). Considering the light weight of the hull, thin aluminum sheets should generally be used as much as possible, but the depth of corrosion of the aluminum sheets during service should also be considered.
Generally, the marine aluminum alloy 5083 plate is a thin plate above 1.6 mm and a thick aluminum plate above 30 mm. In order to reduce welding, large ships often use marine grade aluminum plates with a width of 2.0m and 5083 aluminum plates with a width of 2.5m. The length is generally 6m, and some special specifications are also adopted according to the shipyard contract. To prevent slippage, the deck is made of checkered aluminum. 5083 aluminum alloy sheet is considered to be a typical marine grade aluminum sheet product line along with 5052 aluminum sheet, 5086 aluminum sheet, 5454 aluminum sheet and 6061 aluminum sheet.
Marine 5083 aluminum alloy sheet can be divided into aluminum alloy for hull structure and aluminum alloy for outfitting according to the purpose. The aluminum alloys used in the hull structure are mainly 5083, 5086, and 5456. Due to intergranular corrosion in seawater, 6000 series alloy aluminum sheets are mainly used in the superstructure of ships. This is an extruded profile. 5000 series alloy aluminum plate has superior strength and process performance after heat treatment, and has broad application prospects in the field of shipbuilding. Mainly used for the superstructure of ships, such as extruded structures, steel plates, etc.