AXEON NF5Series Nanofiltration Membrane Elements AXEON NF5Series Nanofiltration Membrane Elements are designed for tap water applications requiring higher flow rates at low energy operating pressures of 70 psi. These membranes are specially designed for the...
AXEON NF5Series Nanofiltration Membrane Elements AXEON NF5Series Nanofiltration Membrane Elements are engineered for tap water applications requiring higher flow rates at ultra-low energy operating pressures of just 70 psi. These membranes are specially designed to...
AXEON NF6–Series Membrane Elements are designed for low energy operating pressures at 70 psi. These membranes are made for tap water application and are specially designed for the removal of polyvalent ions while maintaining allowing...
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...
AXEON FE1–Series Reverse Osmosis Membrane Elements are designed for low energy operating pressures of 225 psi. These membranes offer flow rates up to 11,500 gallons per day with nominal rates of 99.75%. FE1–Series RO Membrane...
AXEON NF6Series Membrane Elements are designed for low energy operating pressures at 70 psi. These membranes are made for tap water application and are specially designed for the removal of polyvalent ions while maintaining allowing...
AXEON NF4Series Membrane Elements AXEON NF4Series Membrane Elements are manufactured using the industrys leading membrane film technology, offering exceptional reliability, performance, and consistency. Water treatment professionals trust the superior quality and dependability of these nanofiltration...
AXEON XE3–Series RO Membranes utilize Variable Flow Technology (VFT). VFT gives RO system equipment operators and manufacturers the ability to configure and design a variety of RO systems at their desired operating pressure and flow...
AXEON RE1–Series Membrane Elements feature a rugged fiberglass shell and are designed for surface and groundwater applications with high salt concentrations. RE1–Series Membrane Elements contain fouling resistant properties and offer higher flow rates up to...
AXEON SE1–Series 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 up to 9,000 gpd with 99.75%...
AXEON LE1–Series Reverse Osmosis Membrane Elements are designed for low energy operating pressures of 150 psi. These membranes offer flow rates up to 12,500 gallons per day with nominal rates of 99%. LE1–Series RO Membrane...
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 NF270-4040 Membranes are designed for selective removal of divalent and larger organic contaminants while maintaining high water permeability. Engineered to deliver consistent performance, this membrane is ideal for water treatment applications requiring efficient separation...
AXEON NF3Series Membrane Elements AXEON NF3Series Membrane Elements are manufactured using the industrys leading membrane film technology. These membranes offer reliability, high performance, and deliver consistent results. Water treatment professionals rely on the superior performance...
AXEON NF4–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results. Water treatment professionals have come to rely on the superior performance and...
FilmTec NF90-4040 Membranes are designed for selective removal of divalent and larger organic contaminants while maintaining high water permeability. Engineered to deliver consistent performance, this membrane is ideal for water treatment applications requiring efficient separation...
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