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...
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...
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...
The AXEON SS–Series 4040 316 Stainless Steel Membrane Housings are for durable, long–term use in typical commercial reverse osmosis, nanofiltration and ultrafiltration water treatment systems at pressures up to 250 psi. AXEON SS–Series Membrane Housings...
AXEON TE–Series Reverse Osmosis Membrane Elements are a reliable alternative for your residential reverse osmosis system needs. TE–Series Membrane Elements are NSF-58 Certified and are manufactured in a state-of-the-art, ISO-9001 compliant automated rolling facility, providing...
AXEON HF1Series Membrane Elements AXEON HF1Series Membrane Elements are manufactured using the industrys leading membrane film technology. These membranes offer reliability, high performance, and deliver consistent results. They provide increased production, high rejection rates, and...
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 Filter and Membrane Clips are made from polypropylene for strength and flexibility. Double clips or dual clips are used to support additional inline filters or membranes together. The 2" diameter clips are for standard...
AXEON Filter and Membrane Clips are made from polypropylene for strength and flexibility. Double clips or dual clips are used to support additional inline filters or membranes together. The 2" diameter clips are for standard...
AXEON TFSeries Residential Membrane Elements AXEON TFSeries Residential Membrane Elements are recognized as one of the industrys most reliable and highest performing membrane elements that deliver consistent quality and performance. Advanced manufacturing processes and utilization...
The 200507 AXEON RMH-Series Residential Membrane Housings are made from high–quality polypropylene, which offers chemical resistance. This component will accommodate most standard 12” membrane elements. Both the ribbed cap and the housing are one piece...
AXEON TF–Series Residential Membrane Elements are recognized as one of the industry’s most reliable and highest performing membrane elements that deliver consistent quality and performance. Advanced manufacturing processes and utilization of the industry’s leading FilmTec...
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 HF1Series Membrane Elements AXEON HF1Series Membrane Elements are manufactured using the industrys leading membrane film technology. These membranes offer reliability, high performance, and deliver consistent results. They provide increased production, high rejection rates, and...
AXEON Capillary Flow Restrictors easily insert into 1/4" OD tubing located on the membrane waste line (aka concentrate, brine or rinse). The length of the flow control capillary line determines the flow restriction, shorter lengths...
AXEON Capillary Flow Restrictors easily insert into 1/4" OD tubing located on the membrane waste line (aka concentrate, brine or rinse). The length of the flow control capillary line determines the flow restriction, shorter lengths...
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