You are here : Home | Consumables | Ion Exchange Resins | Purolite | Ultra Pure Water
Purolite Ion Exchange Resins – Ultra Pure Water
UltraClean™ UCW1080 | Purolite® UCW1080 is a macroporous polystyrenic based resin, with functional groups specially designed for the selective removal of boron from ultrapure water. |
UltraCleanâ„¢ UCW3700 | UltraCleanâ„¢ UCW3700 mixed bed resin is ready to use, 1:1 chemical equivalent that is highly regenerated in the H+ and OH- forms. |
UltraCleanâ„¢ UCW3900 | Application - Mixed Bed resin for high purity water Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulfonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+/OH- |
UltraCleanâ„¢ UCW5072 | Purolite UCW5072 is a gel type I strong base anion exchange resin specially cleaned for Ultra-Pure Water demands. Its narrow particle size distribution and dedicated UPW resin manufacturing process enables rapid rinse down and provides high operating capacity particularly at lower regeneration levels, where the effect of its superior regeneration efficiency is most marked. |
UltraCleanâ„¢ UCW9126 | Purolite UCW9126 is a gel type cation exchange resin specially cleaned for Ultra-Pure Water demands and has high resistance to bead fracture both from attrition and osmotic shock A narrow particle size distribution, provides superior kinetics, higher operating capacity and produces treated water with a substantially lower sodium leakage than most other gel resins. |
UltraCleanâ„¢ UCW9964 | UltraClean UCW9964 is a separable mixed bed resin is ready to use, specially produced and cleaned for Ultra-Pure Water applications, 1:1 chemical equivalent that is highly regenerated in both the H+ and OH- forms. |
UltraCleanâ„¢ UCW9966 | UltraClean UCW9966 a non-separable ready to use, 1:1 chemical equivalent mixed bed resin that is highly regenerated in the H and OH forms. UltraClean UCW9966 resin is manufactured by a proprietary process that provides ultra low TOC leakage and the highest quality water to be achieved, essential for critical UPW applications. |