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...
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...
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...
AXEON NF3–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...
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 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...
HR3–Series Reverse Osmosis Membrane Elements offer the highest salt rejection rates at 99.5% and up to 2,200 gallons per day. Protected with a hard ABS shell, HR3–Series RO Membranes continue to be a top choice...
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...
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...
FilmTec NF90-400/34i 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...
The AXEON FRP–Series 2521 Membrane Housing sustains long-term use for reverse osmosis, nano-filtration and ultrafiltration on typical commercial water treatment systems. This housing can withstand pressures up to 300 psi. The True–Lock™ Integrated Locking System,...
The 208417 AXEON FRP–Series 2521 Membrane Housing sustains long-term use for reverse osmosis, nano-filtration and ultrafiltration on typical commercial water treatment systems. This housing can withstand pressures up to 300 psi. The True–Lock™ Integrated Locking...
AXEON HF4Series Reverse Osmosis Membrane Elements AXEON HF4Series Reverse Osmosis Membrane Elements operate at extra-low pressures of only 100 psi, while producing a nominal salt rejection rate of 99% and reaching flow rates up to...
The 208420 AXEON FRP–Series 4080 Membrane Housing sustains long-term use for reverse osmosis, nano-filtration and ultrafiltration on typical commercial water treatment systems. This housing can withstand pressures up to 300 psi. The True–Lock™ Integrated Locking...
AXEON NF3–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...
Get Our Latets Update !
Subscribe to our latest newsletter to get news about special discounts.
Choosing a selection results in a full page refresh.