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 dependability of AXEON NF4–Series Membrane Elements. AXEON NF4–Series Membrane Elements provide high...

Axeon - NF4 Series Membrane Elements - NF4-4040 - 2000 GPD Membrane Element (Formerly R.O. UltraTec) Manufactured using the industry’s leading membrane film technology. NF4 Membrane Elements offer reliability,high performance, and deliver consistent results. NF4 Membrane Elements are one of the industries most reliable...

AXEON® NF5–Series Nanofiltration Membrane Elements are designed for tap water applications requiring higher flow rates at low energy operating pressures at 70 psi. These membranes are specially designed for the removal of polyvalent ions while allowing for higher passage of salts. NF5–Series Membranes feature flow rates from...

AXEON® NF5–Series Nanofiltration Membrane Elements are designed for tap water applications requiring higher flow rates at low energy operating pressures at 70 psi. These membranes are specially designed for the removal of polyvalent ions while allowing for higher passage of salts. NF5–Series Membranes feature flow rates from...

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 low passage of salts. NF6–Series Membranes have flow rates from...

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 low passage of salts. NF6–Series Membranes have flow rates from...

AXEON Panel Mount Flow Meters have an easy-to-read scale which has been silk-screened onto an acrylic body. These flow meters offer durability, accuracy and high quality. Features Solid One Piece Injection Molded Acrylic Body Permanent Screen Printed Scales Stainless Steel Float and Internals Dual...

SEAWATER REVERSE OSMOSIS SYSTEMS The AXEON R1-Series outperforms most competitive systems in Overall Performance, Energy Consumption, and Recovery Rates with minimal maintenance and low operational costs. The R1 also features a new innovative design with only the highest quality components, including a programmable computer...

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 9,000 GPD while providing rejection rates up to 99%.Features: High Rejection of...

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 9,000 GPD while providing rejection rates up to 99%.Features: High Rejection of...

0.1-1 GPM Axeon Flow Meter 1/2" MNPT x 1/2" MNPT Fits Axeon, Flexeon, RO UltraTec and Titan Reverse Osmosis Systems Axeon (RO UltraTec) Part Number 203849

0.1-1 GPM Axeon Flow Meter 1/2" MNPT x 1/2" MNPT Fits Axeon, Flexeon, RO UltraTec and Titan Reverse Osmosis Systems Axeon (RO UltraTec) Part Number 200897

1-10 GPM Axeon Flow Meter 1" MNPT x 1" MNPT Fits Axeon, Flexeon, RO UltraTec and Titan Reverse Osmosis Systems Axeon (RO UltraTec) Part Number 200899

AXEON® SAN1–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results for medical applications and sanitary uses. Water treatment professionals have come to rely on the superior performance and dependability of AXEON SAN1–Series Membrane...

AXEON® SAN1–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results for medical applications and sanitary uses. Water treatment professionals have come to rely on the superior performance and dependability of AXEON SAN1–Series Membrane...

AXEON® SAN1–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results for medical applications and sanitary uses. Water treatment professionals have come to rely on the superior performance and dependability of AXEON SAN1–Series Membrane...

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% rejection. AXEON SE1–Series Membranes operate at lower than standard pressures to be...

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% rejection. AXEON SE1–Series Membranes operate at lower than standard pressures to be...

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% rejection. AXEON SE1–Series Membranes operate at lower than standard pressures to be...

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% rejection. AXEON SE1–Series Membranes operate at lower than standard pressures to be...