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...
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...
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 NF4Series Membrane Elements AXEON NF4Series Membrane Elements are manufactured using the industrys leading membrane film technology. These membranes provide high productivity performance while removing a high percentage of salts, nitrate, iron, and organic compounds...
AXEON TFSeries Residential Membrane Elements AXEON TFSeries Residential Membrane Elements are recognized as one of the industrys most reliable and highest performing reverse osmosis membranes, delivering consistent quality and performance. Manufactured using advanced processes and...
AXEON HF1–Series Membrane Elements are manufactured using the industry’s leading membrane film technology. These membranes offer reliability, high performance and deliver consistent results. They provide increased production, high rejection rates and low energy consumption by...
AXEON HF5–Series Membrane Elements use advanced membrane film technology to deliver reliable, high-performance reverse osmosis with ultra-low energy consumption at just 80 psi—the lowest operating pressure in the industry. Designed to maintain high rejection rates...
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...