Ultra pure water equipment is a water purification equipment that uses preparation treatment, reverse osmosis technology, ultra purification solutions, and subsequent solutions to completely remove the dielectric material in water, and also removes the non dissociating colloidal solution chemicals, vapors, and organic compounds in water to a very low level.

Ultra pure water was originally produced by the British technology sector using steam distillation, deionization, reverse osmosis technology, or other moderate supercritical extraction techniques to better develop ultra pure raw materials. Nowadays, ultra pure water is widely used in fields such as microbiology, pharmaceuticals, and vehicles. Except for water (H20), there is basically no residue in this type of water, and there are no organic compounds such as bacteria, viral infections, and effective chlorine dioxins. Naturally, there are no mineral nutrients that the body needs. Ultra pure water has no strength, a sweeter taste, and is often referred to as softened water. It can be consumed immediately or boiled for consumption. Ultra pure water is a level that is difficult to achieve with general processing techniques. If the electrical resistivity of water exceeds 18M Ω * cm and is close to 18.3M Ω * cm, it is called ultra pure water.

Ultra pure water equipment is widely used in the battery industry and is widely used in industrial production. The ultra pure water used in the battery industry includes pure water for battery production and manufacturing, pure water for lithium battery processing, pure water for solar panel production and manufacturing, and pure water for battery grids. The configuration of lithium battery electrolyte in rechargeable batteries has strict requirements for pure water. Generally, the conductivity of pure water is specified to be above 0.1us/cm (resistance value is 10 megaohms). The traditional processing technology used to produce ultrapure water for rechargeable batteries often uses cation anion epoxy resin exchange machine equipment. The defects of this processing technology depend on the epoxy resin being frequently reused after a period of application.

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