- Ultrapure Water - EDI Modules - EXL Power, Industrial & Sanitary Pharmaceutical EDI
- EDI Products - Electrodeionization Modules
- Ultrapure Water - EDI Modules - XL-HTS: High Temperature Stable EDI for Pharmaceutical Purified Water or WFI
- Ultrapure Water - EDI Modules - XL-SR Sanitary Pharmaceutical EDI
- Ultrapure Water - EDI Modules - XL-R Industrial, Electronics EDI
- Ultrapure Water - EDI Modules - Zapwater EDI
- Ultrapure Wate - EDI Products - ediPureSource DC Power Supplies for EDI
- Ultrapure Wate - Unique UV Products
- Ultrapure Water Technologies
- Process Separation Membrane Technologies
- Technology - SnowPure Membrane Technologies
- EDI Systems
- Others
SnowPure Water Technologies products
Process Separation Membrane Technologies
SnowPure Excellion - Ion-Exchange Membranes
SnowPure’s Excellion™ ion-exchange membranes are uniquely designed for e-coat paints, electrodialysis (ED), electrochemical separations, deionization processes, and are used in SnowPure’s own electrodeionization (EDI) modules.
SnowPure ExcellNano - Process Nanofiltration Membranes
ExcellNano nanofiltration NF membranes are uniquely designed for special process separations. Features: Unique 2- or 3-layer chemistry, true NF chemistry (“not loose RO” like NF-90). 3-layer NF has a smooth, hydrophilic thin film microscopic surface. 3-layer NF is lower fouling than 2-layer. Spiral-wound flat sheet.
SnowPure ExcellNano - Nanofiltration Membranes
SnowPure’s ExcellNano™ process NF membranes are uniquely designed for special industrial process separations. Based on 2-layer chemistry, the thin-film PA microscopic surface is tough and highly selective. These proprietary aromatic membranes are a selective-rejection chemistry, and are available only from SnowPure.
SnowPure ExcellUltra - Ultrafiltration (UF) Membranes
SnowPure’s ExcellUltra ultrafiltration (UF) membranes are uniquely designed for pretreatment of RO membranes, and for final filtration of ultrapure water.
SnowPure - Electrodialysis
Electrodialysis (ED or EDR) is used around the globe in many industrial, laboratory and recycling environments. EDR is an industrial membrane separation process in which ions are transported through ion- permeable membranes, from one stream to another, under the influence of a voltage potential gradient. If the ED is symmetrical, it can be run in EDR reversal mode to keep fouling to a minimum.
