Benefits of Nanofiltration Membrane Elements: Pushing The Boundaries of Hydration

Nanofiltration technology is a high performing water filtration process that offers high salt rejection and removal of organic compounds that could compromise your health. NF is a separation process characterized by organic, thin-film composite membranes with a pore size range of 0.1 to 10nm. Unlike reverse osmosis (RO) membranes, NF membranes can operate at lower pressures and offer selective solute rejection based on both size and charge. Additional benefits of nanofiltration include:

• 90% Average Ion Rejection
• >97% Hardness Rejection
• High flux results in high yields
• Low energy usage reduces power consumption and cost
• Durable with good cleanability for long element life

Nanofiltration membrane elements are widely used in various applications including commercial water demineralization, food and beverage production, and the pharmaceutical industry.

Reliable Supplier of High-Quality NF Membrane Elements

As a premier supplier of water filtration products, wateranywhere constantly strives to move the industry forward when it comes to the quality and safety of your water supply. Our products come from the best in breed manufacturers, including Applied Membranes Inc. All Applied Membranes Inc. NF membranes are made in the USA in our ISO 9001:2015 Certified Facilities. Each membrane meets or exceeds our strict performance requirements before shipping. Whether you need an effective NF membrane filter, or ultraviolet filtration that can work at the microscopic level, we have precisely what you need to ensure clean, safe, reliable drinking water. Whole-house nanofiltration has never been as accessible or affordable as it is with wateranywhere.

Our knowledgeable water filtration experts are on-hand to answer questions about any of the NF membrane elements in our stock. Take hydration to the next level when you purchase products from wateranywhere.

Contact us today to find the right nanofiltration membrane product for your needs.