Reverse Osmosis Membrane Model LFC3-LD Applied In Textile Industry

Introduction

The LFC3-LD Reverse Osmosis Membrane offers advanced filtration performance for industrial and commercial water treatment systems. Engineered with a high-rejection thin-film composite (TFC) structure, this membrane effectively removes dissolved salts, organic contaminants, and microorganisms while maintaining high water flux. Its low-fouling design ensures extended service life and reduced operational costs, making it a reliable choice for demanding water purification applications.

Key Features

  1. High Salt Rejection

    • Achieves 99.5%+ salt rejection for superior water quality.

  2. Low-Fouling Surface

    • Hydrophilic coating minimizes scaling and organic fouling.

  3. Wide pH Tolerance

    • Stable performance across broad pH conditions.

  4. Energy Efficiency

    • Operates at lower pressures without compromising output.

  5. Long Lifespan

    • Durable polyamide layer resists chemical degradation.

Suggested Operating Conditions

ParameterValue
Feed Water Temperature5–45°C
Operating Pressure0.7–1.6 MPa
pH Range2–11
Max. Chlorine Tolerance<0.1 ppm
Max. Feed TDS35,000 ppm

Applications

  • Seawater Desalination: Coastal plants and offshore facilities.

  • Industrial Wastewater: Heavy metal removal, chemical processing.

  • Pharmaceuticals: Ultra-pure water production.

  • Municipal Water Treatment: Brackish water purification.

Reverse Osmosis Membrane Model TMG20-370C Applied In Textile Industry
Structure

Technical Data

SpecificationValue
Membrane TypeTFC (Thin-Film Composite)
Active Surface Area37 m²
Salt Rejection≥99.5%
Standard Flow Rate30–40 m³/day
Max. Operating Pressure4.1 MPa
Diameter8 inches
Test Conditions32,000 ppm NaCl, 5.5 MPa

Conclusion


The LFC3-LD Reverse Osmosis Membrane combines exceptional salt rejection (≥99.5%) with robust anti-fouling capabilities, ideal for high-TDS feed water environments such as seawater desalination and industrial wastewater treatment. With optimized operating parameters (0.7–1.6 MPa pressure, 5–45°C temperature range), it ensures energy-efficient, low-maintenance performance across diverse sectors. For projects requiring precision and durability, the LFC3-LD delivers unmatched reliability and cost-effectiveness.

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