High Water Flux RO Reverse Osmosis Membranes For Electronics Industry

High water flux RO reverse osmosis membranes for the electronics industry

Production Description

HIGH WATER FLUX AND HIGH DESALINATION RATE:
The 4040RO reverse osmosis membrane has excellent water flux and desalination rate, which effectively removes salts and most of the impurities from the water.
Good chemical stability: the membrane is stable over a wide pH range (pH2 - 12) and is not easily corroded by chemicals.

Long service life: Due to the excellent material and reasonable structural design, 4040RO reverse osmosis membrane has a relatively long service life.

Resistant to biological contamination: the membrane surface characteristics make it less susceptible to biological contamination, reducing the frequency of cleaning and maintenance.

Wide range of available pressures: capable of withstanding a wide range of pressures (20 - 1000psi), suitable for water treatment systems under different pressure conditions.

Economical: 4040RO reverse osmosis membranes are economically advantageous due to savings in electrical energy consumption and lower pressure ratings of associated mechanical components.

Application

Electronic industry: used to produce electronic grade pure water, to meet the production needs of high-precision electronic products.

Pharmaceutical industry: used to prepare pure water for pharmaceuticals, to ensure the safety of water quality in the process of drug production.

Drinking water treatment: widely used in the production of pure water for drinking and space water to provide safe and healthy drinking water.

Other fields: It can also be used in the fields of biology and medical engineering, as well as environmental protection fields such as wastewater treatment and seawater desalination.

Maintanace

Installation: Ensure that the membrane shell, membrane module and other ancillary equipment are clean and dust-free during installation to avoid contamination of the membrane element.

Maintenance: Clean the membrane element regularly to prevent biological contamination and fouling.
Pressure control: Ensure that the operating pressure is within the tolerance range of the membrane element to avoid membrane damage caused by overpressure operation.

Water quality monitoring: Regularly monitor the quality of the effluent water to ensure that the treatment effect meets the requirements.

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