- 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
EDI Products - Electrodeionization Modules
SnowPure Electropure - EDI Product Family
SnowPure makes the widest variety of electrodeionization EDI products on the market. SnowPure manufacturers and sells Electropure EDI modules to OEMs for integration into pure and ultrapure water systems. We proudly manufacture our products in USA and normally have EDI in stock and available for immediate shipment. Because SnowPure only sells components for water systems... "We don`t compete with our customers".
Electropure - Electrodeionization Module for Pharmaceutical Applications
SnowPure has been providing EDI technology to the pharmaceutical and medical markets since 1987. We have installations in over 75 countries including the United States, India, Europe, Japan, China, and Southeast Asia. Our EDI products are integral components in validated installations that require complying with the harmonized USP (US Pharmacopoeia), JP (Japanese Pharmacopoeia), and EP (European Pharmacopoeia) standards for PW (Purified Water) and WFI (Water for Injection). These products can also be used in the preparation of dialysate for hemodialysis (kidney dialysis). Our EDI-based approach dialysis product has been developed to significantly reduce endotoxins, XL-DER™, while deionizing the water for hemodialysis. SnowPure’s technologies can be used to replace or complement traditional non-membrane processes like resin deionization and distillation. By utilizing EDI in the water purification process, improved performance at a reduced cost can be achieved.
