Chemical container

  The 5xxx aluminum alloy material has good corrosion resistance and weldable properties. Tanks made of aluminum alloy can transport various liquids or liquefied gases without any protective coating inside, and because there is no corrosion, the oil is kept cleaner. At the same time, aluminum alloy has a good electrical conductivity and rarely accumulates static electricity on the tank, so it does not produce sparks and cause explosions, and aluminum alloy can absorb the instantaneous ability of the tank in collision. It will not cause the tank to crack and cause leakage. Also because the weight of the tank is greatly reduced, the center of gravity of the body is reduced accordingly, thus reducing the possibility of tank roll. This is also the reason why international oil giants such as BP and SHELL forced the use of aluminum alloy tanks to transport oil.
    Guangying is able to provide aluminum alloy sheet products such as 5083, 5182 and 5454 that are suitable for tanks for fuel tankers and other chemical transport vehicles. It has the characteristics of large size, medium strength, high quality surface, high formability, and has good corrosion resistance. Performance and welding performance, And recyclability. It is not only safe and reliable but also conducive to environmental protection. In particular, 5083-H321 aluminum alloys will increase in toughness and strength at low temperatures, and are suitable for use in transport ships liquefied natural gas(LNG) tanks.
  Typical alloys are: 5052, 5083, 5182, 5454 and so on.
 Product characteristics: high strength, good machining performance, strong corrosion resistance, recyclable, mechanical properties, anti-stripping corrosion and intercrystalline corrosion performance.

  Silicon bronze has good mechanical and processing properties. It is very convenient for casting and welding. It can be processed under cold and hot pressure. It has good mechanical, corrosion resistance, wear resistance, and welding properties. It has no magnetism and does not spark when it hits. It is widely used in industrial sectors such as machinery, chemicals, petroleum, and ships for the manufacture of storage tanks and pressurized containers, and is particularly suitable for chemicals that are at risk of explosion.

  Pure copper has high thermal conductivity, high tensile strength, good corrosion resistance, easy to fuse, and plasticity and ductility. For the production of conductive, thermal equipment, chemical industry, etc..

  Ordinary white copper has high chemical stability in various corrosion media and has good cold and hot processing performance. Applied to marine vessels, medical equipment, chemical industry, etc..

  Iron and white copper, high strength, corrosion resistance, especially against mobile seawater corrosion can be significantly improved, good corrosion resistance, welding, excellent mechanical properties and pressure processing performance. It is used for the manufacture of condensing tubes, evaporators, heat exchangers, and various high-strength corrosion resistant parts in shipbuilding, electricity, chemicals, and petroleum.

  Aluminum white copper, with high mechanical properties and corrosion resistance, cold resistance, has a good elasticity and can withstand hot and cold processing. Used for shipbuilding, electric power, chemical industry and other industries in a variety of high-strength corrosion resistant parts.

  ɑ + β titanium alloy, which 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, hot and cold forming, and can be strengthened by heat treatment. It has been widely used in industrial sectors such as aerospace, ships, weapons, and chemicals.

  Pure titanium, not high in strength, but good in plasticity, easy to process, stamping, welding, cutting, good in the atmosphere, seawater, wet chlorine and oxidizing, neutral, weak reduction medium has good corrosion resistance, Antioxidant properties are superior to most austenitic stainless steels; However, the heat resistance is poor and the temperature of use should not be too high.
The commonly used in industry is the TA2, which has moderate corrosion resistance and comprehensive mechanical properties. TA3 can be used when wear resistance and strength requirements are high. For the required better forming performance is the use of TA1. The skeleton and engine accessories of the aircraft; Pipes and valves for marine corrosion resistance; Chemical heating, fasteners, etc.. And ...