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Common brackish Reverse Osmosis membrane cannot bear 32000ppm high salinity seawater and 800psi high pressure, which causes separation layer rupture of Reverse Osmosis membrane element and rapid flux loss. Our LF-SW seawater Reverse Osmosis membrane filter adopts fully reinforced winding structure, stably reach 99.7 salt rejection in single-stage desalination. This dedicated marine RO membrane requires …

LF-SW Seawater Reverse Osmosis Membrane Element For Ship & Island Desalination Read More »

High COD printing and dyeing sewage, municipal reclaimed water and steel plant circulating water will quickly form biofilm on ordinary Reverse Osmosis membrane surface, leading to pressure rise and frequent cleaning shutdown. Our LF-BW-FR anti-fouling Reverse Osmosis membrane element adopts 34mil widened flow channel and hydrophilic TFC coating, which greatly slows organic dirt adhesion on …

LF-BW-FR Anti-Fouling Reverse Osmosis Membrane Element For High COD Wastewater Reuse Read More »

High operating electricity cost troubles countless small and medium pure water factories that adopt ordinary Reverse Osmosis membrane equipment. Traditional Reverse Osmosis membrane element requires 150-225psi driving pressure, while our LF-XULP series Reverse Osmosis membrane filter only runs under 100psi, cutting pump power consumption by nearly 30%. This energy-saving RO membrane fits raw water with …

LF-XULP Ultra Low Pressure Reverse Osmosis Membrane Element Save Water Station Power Cost Read More »

Many project buyers blindly buy single Reverse Osmosis membrane without matched Ultrafiltration membrane module, resulting frequent blockage and unstable water conductivity. Correct system collocation must judge raw water TDS, COD and turbidity to select corresponding RO membrane element and UF membrane. This guide classify all water sources and match our full series Reverse Osmosis membrane …

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