Stainless steel tank
Material Features
Corrosion Resistance: 304 or 316 stainless steel is typically used. 304 stainless steel offers excellent corrosion resistance, resisting common acid and alkali corrosion and is suitable for most water treatment scenarios. 316 stainless steel offers even greater corrosion resistance, particularly against chlorides and other substances, making it suitable for treating highly corrosive water sources such as seawater.
Sanitary: Stainless steel is non-toxic and odorless, ensuring it does not contaminate water. It meets food-grade hygiene standards and effectively maintains water purity, making it suitable for storing drinking water and high-purity water.
Long Service Life: Stainless steel boasts high strength and fatigue resistance, making it resistant to rust and deformation. Under normal use and maintenance, it can last for decades.
Application Areas
Water supply systems: Used to store and regulate urban water supply and rural drinking water, ensuring stable water supply and safe water quality.
Sewage treatment plants: Used for temporary storage of sewage and sludge and residue from the treatment process. They can also serve as bioreactors and disinfection tanks, withstanding corrosive substances and high temperatures in sewage.
Other water treatment equipment: Used in reverse osmosis and ion exchange systems for storage of wastewater and sludge generated during treatment. In desalination projects, they can store desalinated water and desalination membrane elements.
Performance Advantages
Excellent Sealing: The sealed design completely prevents harmful substances from airborne dust and mosquitoes from entering the tank, ensuring water quality is free from external contamination and the breeding of bloodworms.
Scientific Water Flow Design: This prevents sediment from being stirred up by the water flow, ensuring the natural separation of domestic and firefighting water. The turbidity of domestic water exiting the tank can be reduced by 48.5%, while significantly increasing water pressure, which improves the performance of water facilities.