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 Reverse Osmosis Membrane Model TMH20A-400C Applied In Textile Industry

Reverse Osmosis Membrane Model TMH20A-400C Applied In Textile Industry

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The TMH20A - 400C reverse osmosis membrane is a cutting - edge innovation engineered to tackle the most demanding water purification challenges. Developed with state - of - the - art technology, it actively transforms contaminated water into a clean, pure, and safe resource. This membrane is designed to meet the needs of diverse industries and applications, from large - scale industrial processes to residential water filtration systems.

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Replacement or not:Replacement

Introduction


The TMH20A - 400C reverse osmosis membrane is a cutting - edge innovation engineered to tackle the most demanding water purification challenges. Developed with state - of - the - art technology, it actively transforms contaminated water into a clean, pure, and safe resource. This membrane is designed to meet the needs of diverse industries and applications, from large - scale industrial processes to residential water filtration systems.

Features


  • Superior Salt Rejection: The TMH20A - 400C can actively reject over 99.8% of dissolved salts. This high - level rejection ensures that the treated water is of the highest purity, making it suitable for critical applications where water quality is paramount.

  • High Flux Performance: With a remarkable flux rate of up to 400 gallons per day (GPD), this membrane efficiently processes large volumes of water. It reduces the time and energy required for water treatment, increasing overall productivity.

  • Enhanced Chemical Resistance: Built to withstand harsh chemical environments, the membrane resists a wide range of chemicals, including acids, alkalis, and oxidants. This allows for effective cleaning and maintenance, extending the membrane's lifespan.

  • Robust Construction: The membrane features a durable design that can handle high - pressure operations. It is less prone to mechanical damage, ensuring long - term reliability and consistent performance.

Suggested Operating Conditions


ParameterValueNotes
Temperature5 - 45°COptimal performance within this range. Extreme temperatures may affect flux and rejection rates.
Pressure150 - 400 psiOperating pressure should be maintained in this range to avoid membrane damage and ensure efficient operation.
pH Level2 - 11The membrane can operate stably in this pH range. Extreme pH values may cause chemical degradation.
Feed Water Turbidity≤ 1 NTUHigh turbidity can lead to membrane fouling, reducing efficiency. Pre - filtration is recommended if turbidity exceeds the limit.
Silt Density Index (SDI)≤ 5A higher SDI indicates a greater risk of fouling. Monitoring and controlling SDI is crucial for membrane longevity.

Application

Industrial Sector


  • Power Generation: The membrane purifies boiler feedwater, preventing scale formation and corrosion in boilers. This improves the efficiency of power plants and reduces maintenance costs.

  • Electronics Manufacturing: It provides ultra - pure water for semiconductor production, ensuring the quality and reliability of electronic components.

  • Chemical Processing: The membrane removes impurities from process water, enhancing the quality of chemical products and protecting production equipment.

Municipal Water Treatment


  • Brackish Water Desalination: Converts brackish water into potable water, increasing the available water supply for municipalities.

  • Wastewater Reuse: Treats wastewater to make it suitable for non - potable applications such as irrigation and industrial cooling, promoting water conservation.

Residential and Commercial Use


  • Bottled Water Production: Ensures the purity of bottled water, meeting strict quality standards for consumer safety.

  • Home Water Filtration: Removes contaminants from tap water, providing families with clean and healthy drinking water.

Technical Data


ParameterValue
Membrane Area400 ft²
Permeate Flow RateUp to 400 GPD
Salt Rejection Rate≥ 99.8%
Membrane MaterialThin - Film Composite (TFC)
Dimensions8 inches (diameter) x 40 inches (length)
WeightApproximately 25 lbs

Structure

Reverse Osmosis Membrane Model AG8040N-400 Applied In Textile Industry

Conclusion


The Reverse Osmosis Membrane Model TMH20A - 400C is a game - changer in the field of water purification. Its outstanding features, such as high salt rejection, high flux performance, chemical resistance, and robust construction, make it a top choice for various applications. The well - defined suggested operating conditions and technical data provide users with clear guidance for optimal operation. By investing in the TMH20A - 400C, industries and households can enjoy reliable, efficient, and cost - effective water purification solutions, contributing to a cleaner and more sustainable future.

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