Introduction to the water resistivity produced by desalination water treatment equipment
Release time:2022-07-13
Desalination water treatment equipment processes high-purity water sources such as groundwater, coastal water, and surface water through sedimentation, filtration, desalination, and degassing. After treatment, the water quality is classified into different industries based on its electrical resistivity. Desalination water treatment equipment can produce different water qualities, and the electrical resistivity of water is divided into multiple levels. This article introduces the electrical resistivity of water used in desalination water treatment equipment.
The resistivity is ≥ 18 M Ω CM's pure water can be used for laboratory use, electronic grade dust-free cloth production, electric glass manufacturing, electronic equipment, and semiconductor industries.
Pure water with a resistivity of ≥ 17 megaohms can be used for color metals, precious metal smelting, softened pure water for magnetic material boilers, sensitive new materials, metal materials, solar cell production, aviation new material production, ultra pure chemical reagent production, pure crystal production, and anti-aging material laboratory use.
Pure water with a resistivity of ≥ 15 megaohms can be used for coating in the electronics industry, sterile pure water for pharmaceutical production, pure water for oral liquids, pure water for the electronic ceramics industry, deionized pure water for cosmetics production, and pure water for magnetic materials.
Pure water with a resistivity of 10~15 megaohms can be used for coating glass, animal laboratory, electroplating, and rinsing glass coating.
The water treated with desalinated water treatment equipment with a resistivity of less than 10 megaohms can be used for pure water for power plant boilers, pure water for battery production, pure water for lithium battery production, and pure water for chemical plant batching.