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Demineralized Water
15 Per Litre
2000 Litre (MOQ)
DEFASIO Demineralised water is water that has been purified in such a way that all its minerals such as Calcium, Chloride, Sulphate, Magnesium, Sodium etc and salt ions are removed. Demineralised water is also known as deionised water and it is often used in laboratory applications for industrial and scientific purposes. DEFASIO Demineralised water is a more economical means of water purification and simply refers to any water that has undergone a process to remove minerals and salts from the water. This type of water is used in applications where water with low salt content or low conductivity is required. Demineralised water is made by passing the water through specially manufactured resins. The resin isdesigned to exchange ions in the water so that the final result leaves you with the chemical composition of pure water. DEFASIO manufactures demineralised water in order to satisfy laboratories, hospitals and industry demands for ultra pure water. Contents in Water DEFASIO Demineralised water is usually made by using ion exchange, electro-deionisation or membrane filtration technologies, which can be more efficient for creating ultrapure water than processes such as distillation. We Demineralise water by ion exchange, electro-deionisation, or membrane filtration can produce water that is nearly 100% free of minerals and salts including: Alkalinity (CO32-, HCO3–) Contents in Water Chloride (Cl–) Iron (Fe3+) Magnesium (Mg2+) Manganese (Mn2+) Nitrate (NO3–) Potassium (K+) Silica (SiO2) Sodium (Na+) Sulphates (SO42-) Demineralised Water Usage Demineralised water is used in car batteries and vehicle cooling systems, where allowing minerals to collect over time could inhibit important functions. In addition, the food industry uses demineralised water for sanitizing equipment and food containers. And in the power industry, demineralised water is necessary to make steam. This is because the boilers produce steam, after which the water particles are gathered up and reused for boiler feed water. Since it’s reused, it’s important to ensure there are no impurities—including minerals—in the water to begin. Otherwise, chemical reactions may occur, which can destroy the parts on the boilers over time. There are applications in everything from the food and beverage industries to the cosmetics field. For instance, the manufacture of medicine, makeup, and electronics all require the use of demineralised water at some point, typically for product rinsing.
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