PRISTINE, supplier of ion exchange resin for DM Plant resin, Water Softener Resin, Anionic resin, Cationic resins , mixed bed resins , specialty resins, iron removal resin available in different make. These resins have long service life, high ion swapping capacity and low regenrant consumption. Ion Exchange resins are insoluble granular substances which have acidic or basic ions that can be exchanged. The positive or negative ions fixed on these resins are replaced by ions of the same sign in solution in the liquid in contact with them during reversible chemical reaction. Resins are used in separation and purification in various water treatment process. A wide range of ion exchange resins are available in various sizes, ionic forms, and purity ranges offering a variety of purification solutions for water treatment process applications.
Water softener resin have a crucial role in softening of hard water. High grade Water softener resin provides a high quality soft water but resins have their own life period; which depends upon water quality and usage of softener . After various cycles of softening, resins start leaving their ions swapping capacity thus requiring regeneration.
DM Plant Resin needs to be of High quality as key imperative to achieve optimum performance from DM Plant. At PRISTINE, we supply resins for dual and mixed bed DI Systems . We offers a wide range of water treatment resins that includes Cation Resin, Anion Resin (Type I & II), Mixed Bed Resin. Our resins are passed through stringent industrial standards test , providing our customers superior products at best price that enhance their plant efficiency and water quality
Mix Bed resin produce high purity water is required for electronics, Pharmaceuticals , scientific experiments, superconductors manufacturing , among others. This water may be produced by the process of Demoralization or combination methods. Cations are swapped with hydrogen ions using cation-exchange resins; anions are swapped with hydroxyls using anion-exchange resins. The hydrogen and hydroxyls recombine further producing water pure molecules. The purification process is usually carried out in many steps with “mixed bed columns” at the end of the treatment process.