What are the characteristics of industrial reverse osmosis membranes?

　　Industrial reverse osmosis membranes have the following core characteristics:

　　High-efficiency filtration performance

　　Industrial reverse osmosis membranes have pore sizes as small as the nanometer scale (e.g., 0.0001 microns), enabling them to effectively remove colloidal substances, microorganisms, dissolved salts, and organic pollutants from water, resulting in remarkable purification performance.

　　Physical separation technology

　　Driven by pressure, this method achieves water separation through physical barrier mechanisms, with no chemical additives and no phase changes involved. It also boasts low energy consumption—only one-third to one-quarter of that required by conventional processes.

　　Stable operating characteristics

　　High desalination rate: The desalination rate can reach over 95%, making it suitable for applications such as seawater desalination and brackish water treatment.

　　Strong acid and alkali resistance: It can operate stably within a pH range of 4-10, adapting to a variety of water quality conditions.

　　Anti-pollution performance: The surface geometry reduces the adhesion of impurities, extending service life.

　　Long-term reliability

　　Manufactured using mature technology, it boasts high mechanical strength, can operate continuously for several years, and has low maintenance costs (requiring only periodic cleaning and parameter adjustments).

　　Wide range of applications

　　Suitable for applications including seawater desalination, ultra-pure water preparation in the electronics industry, wastewater treatment in the petrochemical industry, and boiler feedwater supplementation in the power industry—covering treatment ranging from low-salinity freshwater to high-salinity wastewater.