AXEON HF5Series Membrane Elements AXEON HF5Series Membrane Elements use advanced membrane film technology to deliver reliable, high-performance reverse osmosis with ultra-low energy consumption at just 80 psithe lowest operating pressure in the industry. Designed to...
FilmTec TW30-4021 elements have one of the highest flow rates available to meet the water demands of both sea-based and land-based desalinators. FilmTec SW30 elements may also be operated at lower pressure to reduce pump...
FilmTec SW30HRLE-370/34i Membranes, are designed for optimal water purification. With advanced thin-film composite technology, it delivers exceptional salt rejection and high flow rates, making it ideal for industrial and commercial water treatment applications. Its durable...
AXEON XE1–Series Membrane Elements offer enhanced performance and extra energy savings for reverse osmosis systems by operating at a low applied pressure of 100 psi with a nominal rejection rate of 99.2%. AXEON XE1–Series are...
AXEON HF5Series Membrane Elements AXEON HF5Series Membrane Elements use advanced membrane film technology to deliver reliable, high-performance reverse osmosis with ultra-low energy consumption at just 80 psithe lowest operating pressure in the industry. Designed to...
AXEON RE1Series Membrane Elements AXEON RE1Series Membrane Elements feature a rugged fiberglass shell and are designed for use with surface and groundwater sources that contain high salt concentrations. These membranes incorporate fouling-resistant properties and deliver...
AXEON NESeries Encapsulated High Recovery RO Membranes AXEON NESeries Encapsulated High Recovery RO Membranes are eco-friendly and provide up to 50% recovery, which means less waste. These membranes come in a standard configuration or encapsulated,...
FilmTec Brackish Water Reverse Osmosis 8" Elements can separate salts from water and are produced with an automated fabrication process that ensures precision, consistency, and reliability. They are ideal for use in large-scale industrial and...
mmercial environments. Features: High rejection of total organic carbon (TOC), trihalomethane (THM) precursors, and per- and polyfluoroalkyl substances (PFAS). High rejection of components such as salts, hardness, nitrates and iron. Excellent fouling protection. High productivity...
FilmTec SW30XFR-400 Membranes are designed for superior water purification. Engineered to deliver maximum contaminant rejection and consistent flux, it optimizes efficiency in commercial and industrial water treatment systems. Its durable film composite construction ensures long...
FilmTec XLE-2540 Membranes deliver advanced filtration with high rejection rates and exceptional durability. Designed for reverse osmosis systems, it ensures efficient removal of contaminants, enhancing water purity while maintaining consistent flow rates. Ideal for professionals...
FilmTec SW30HRLE-400 Membranes, are designed for optimal water purification. With advanced thin-film composite technology, it delivers exceptional salt rejection and high flow rates, making it ideal for industrial and commercial water treatment applications. Its durable...
FilmTec LC LE PRO-4040 Elements deliver high quality water at low pressure at harsh water conditions, using DuPont’s innovative, proprietary technology for low energy commercial applications. DuPont’s fully automated element production enables the most consistent...
FilmTec Brackish Water Reverse Osmosis 8" Elements can separate salts from water and are produced with an automated fabrication process that ensures precision, consistency, and reliability. They are ideal for use in large-scale industrial and...
AXEON SE1Series Reverse Osmosis Membrane Elements AXEON SE1Series Reverse Osmosis Membrane Elements offer superior rejection and flow rates for high salinity and high rejection applications. These membranes are fiberglass wrapped and feature high flow rates...
AXEON XE1Series Membrane Elements AXEON XE1Series Membrane Elements offer enhanced performance and extra energy savings for reverse osmosis systems by operating at a low applied pressure of 100 psi with a nominal rejection rate of...
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