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Ordinary brackish Reverse Osmosis membrane cannot withstand 32000ppm high-salinity seawater and 800psi extreme working pressure, which will crack the separation layer of the Reverse Osmosis membrane element and cause rapid flux attenuation after short-term running. Our LF-SW marine Reverse Osmosis membrane filter adopts fully reinforced spiral winding structure, achieving a stable single-stage salt rejection rate …

LF-SW Series Seawater Reverse Osmosis Membrane Filter For Ship & Island Fresh Water Production Read More »

Printing & dyeing wastewater, steel plant circulating water and municipal reclaimed water carry massive organic sludge and algae, which form thick biofilm on the surface of ordinary Reverse Osmosis membrane within 1 to 2 months. This leads to soaring differential pressure, reduced water yield and mandatory shutdown cleaning every 30 days, causing huge production loss …

Stop Monthly Membrane Cleaning: LF-BW-FR Anti-Fouling Reverse Osmosis Membrane Element For High COD Wastewater Read More »

Running a pure water plant with conventional Reverse Osmosis membrane means enduring high monthly electricity bills year after year. Most ordinary Reverse Osmosis membrane element requires 150-225psi operating pressure, which overloads high-pressure pumps and pushes up operation costs continuously. Our LF-XULP series Reverse Osmosis membrane filter is engineered to work at only 100psi, cutting the …

Cut 30% Monthly Power Bill With LF-XULP Ultra Low Pressure Reverse Osmosis Membrane Read More »

Many engineering buyers blindly purchase single Reverse Osmosis membrane without matched Ultrafiltration membrane module, resulting in frequent blockage of every Reverse Osmosis membrane element and unstable conductivity of RO membrane filter. Correct system collocation must judge raw water TDS and COD to select corresponding RO membrane, RO membrane element and Ultrafiltration membrane. This guide sorts …

Complete Ultrafiltration Membrane & Reverse Osmosis Membrane Matching Selection Guide Read More »