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Ordinary brackish Reverse Osmosis membrane cannot bear 32000ppm high-salinity seawater and 800psi extreme working pressure, leading to separation layer rupture and rapid flux loss. Our LF-SW seawater Reverse Osmosis membrane element adopts fully reinforced winding structure, support continuous high-pressure operation and stably remove 99.7% salt in single-stage desalination. This special marine RO membrane is the …

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

High COD printing dyeing wastewater, steel plant circulating water and municipal reclaimed water carry massive organic sludge and algae, which easily form thick biofilm on ordinary Reverse Osmosis membrane surface within 1-2 months. Our LF-BW-FR anti-fouling Reverse Osmosis membrane element adopts widened 34mil flow channel and hydrophilic modified TFC coating, effectively slow pollutant accumulation and …

LF-BW-FR Anti-Fouling Reverse Osmosis Membrane Solve Frequent Membrane Blockage Troubles Read More »

Many small and medium water plant operators face excessive electricity bills caused by high-pressure water pump operation. Conventional Reverse Osmosis membrane requires 150-225psi driving pressure, which leads to continuous high energy loss every month. Our LF-XULP ultra low pressure Reverse Osmosis membrane element only needs 100psi standard test pressure to reach stable water yield and …

LF-XULP Ultra Low Pressure Reverse Osmosis Membrane Cut 30% Water Station Power Consumption Read More »

Most engineering purchasers blindly purchase single RO membrane without matched UF membrane according to actual raw water test data, resulting in frequent clogging, unstable water conductivity and extremely high annual operation cost. Correct matching of ultrafiltration and reverse osmosis must be judged by three core indicators: raw water TDS salinity, COD organic content and raw …

Complete UF + RO Membrane Selection Guide Classified By Raw Water TDS & COD Index Read More »