Ship

Aluminum alloy plates are mainly used in ship and marine engineering in superstructures such as hull structures and compartments. At the same time, small-diameter aluminum pipes are usually used as pipes, and large-diameter pipes and bars are used as hull structures, mast members, beams and columns. In order to make the hull lighter, some thin-walled profiles are sometimes used on the hull structure. South-South aluminum products have good strength, processability and corrosion resistance, and can fully meet the needs of marine applications. Through cooperation with experts at home and abroad, Guangying has mastered the advanced production technology of marine aluminum alloy sheets and various extruded profiles, providing forward-looking support for ships and marine engineering. Typical alloys are: 5052, 5754, 5154, 5086, 5083, 5383, 6005A, 6082, etc.
Product features: good corrosion resistance and welding performance, high fatigue strength

Tin-bronze can significantly improve the heat resistance of the alloy, especially the ability to resist seawater corrosion. Naval brass is called.
It is widely used in high-strength and corrosion-resistant condensing pipes for ships and thermal power plants.

Aluminum brass, aluminum can improve the strength, hardness and corrosion resistance of brass, but it has good cutting performance and good wear resistance. Suitable for use as a condenser for sea vessels and power stations, and other corrosion resistant parts.

Manganese brass, high corrosion resistance in seawater and superheated steam, chloride, but has a tendency to rot and rupture; good mechanical properties, low thermal conductivity, easy to pressurize in hot state, and pressure processing in cold state can. Important parts for working under corrosive conditions and weak current industrial parts.

Iron brass has high strength, toughness, and friction reducing properties. It has high corrosion resistance in the atmosphere and seawater, but has a tendency to corrode and fracture, and has good plasticity in the hot state. Used to make structural parts that work in frictional seawater corrosion conditions.

Aluminum white copper, with high mechanical properties and corrosion resistance, cold resistance, good elasticity and can withstand hot and cold processing. It is used in various high-strength and corrosion-resistant parts in the industrial sectors such as shipbuilding, electric power and chemical industry.
Aluminum white copper, with high mechanical properties and corrosion resistance, cold resistance, good elasticity and can with stand hot and cold processing. It is used in various high-strength and corrosion-resistant parts in the industrial sectors such as shipbuilding, electric power and chemical Industry
Aluminum white copper, with high mechanical properties and corrosion resistance, cold resistance, good elasticity and can with stand hot and cold processing. It is used in various high-strength and corrosion-resistant parts in the industrial sectors such as shipbuilding, electric power and chemical Industry

Aluminum white copper, with high mechanical properties and corrosion resistance, cold resistance, good elasticity and can with stand hot and cold processing. It is used in various high-strength and corrosion-resistant parts in the industrial sectors such as shipbuilding, electric power and chemical Industry

Pure titanium, low strength, but good plasticity, easy to form, stamping, welding, machinability, good corrosion resistance in air, seawater, wet chlorine and oxidizing, neutral, weakly reducing media The oxidation resistance is superior to most austenitic stainless steels; however, the heat resistance is poor and the use temperature is not too high.
TA2 is commonly used in the industry because of its moderate corrosion resistance and comprehensive mechanical properties. TA3 can be used when the wear resistance and strength are high. TA1 is used for better forming properties. Aircraft skeleton, engine accessories; ships with seawater-resistant corrosion pipes, valves; chemical heat exchangers, fasteners, etc.

ɑ+β-type titanium alloy: This alloy does not have good room temperature, high temperature and low temperature mechanical properties, and has excellent corrosion resistance in various media, and can be welded, cold-hot formed, and strengthened by heat treatment. Widely used in industrial sectors such as aerospace, ship, weapons and chemical industry.