Description

Features 

• • Purity: DI water is highly purified, typically containing very low concentrations of ions and impurities.
  • Ion Removal: It is processed to remove ions, including cations (e.g., calcium, magnesium) and anions (e.g., chloride, sulphate), resulting in a neutral pH.
  • Colourless and Odourless: DI water is colourless, tasteless, and odourless, making it suitable for a wide range of applications.
  • High Resistivity: It has high electrical resistivity, making it non-conductive and suitable for use in electronics and laboratory equipment.
  • Chemical Blank Slate: DI water has no significant chemical constituents, making it ideal for diluting chemicals and creating controlled chemical environments.

Benefits 

• Laboratory Use: DI water is a crucial component in laboratories for preparing reagents, conducting experiments, and cleaning glassware without introducing contaminants.
• Electronics: It is used in the electronics industry for cleaning and rinsing components, preventing mineral deposits and potential damage.
• Manufacturing: DI water is essential in various manufacturing processes, including pharmaceuticals, cosmetics, and semiconductor fabrication, ensuring high product quality.
• Steam Generation: In power plants, DI water is used to produce steam in boilers, reducing the risk of scale formation and corrosion.
• Medical and Healthcare: It is employed in medical devices, such as autoclaves, and as a base for pharmaceutical formulations, ensuring purity and sterility.

PHYSICAL PROPERTIES

• Physical State: Liquid.
• Appearance: colourless.
• Odour: no odour.
• pH: 7.0.
• Vapour Pressure: Not available.
• Vapour Density: 0.694.
• Evaporation Rate:>1 (Butyl acetate=1)
• Viscosity: Not available.