2026
Product independently developed by Aowei Technology
Hollow Fiber Ultrafiltration OVU Series
Performance and Features:
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PVDF Material - Longer Product Lifespan The Aowei ultrafiltration membrane product uses PVDF as the raw material, which has a stronger ability to withstand oxidizing agent cleaning, making it easier to clean. The product has a more stable flow rate over the long term and a longer lifespan.
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High Filtration Precision - Good Water Quality The nominal membrane pore size of the Aowei ultrafiltration product is 0.03 μm, with high filtration precision. The water turbidity is less than 0.1 NTU, capable of removing almost all particles, bacteria, most viruses, and colloids.
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Advanced Modification Technology - Strong Anti-pollution Ability The Aowei PVDF hollow fiber membrane undergoes proprietary hydrophilic treatment, possessing permanent hydrophilic performance and excellent anti-pollution ability. It can maintain a high flow rate under low transmembrane pressure.
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High Membrane Strength - Not Easy to Break The Aowei PVDF hollow fiber membrane has good tensile strength and elongation at break, capable of withstanding repeated air scouring without easy breakage, leading to a longer product lifespan.
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External Pressure Structure - Wide Water Quality Applicability The Aowei ultrafiltration module uses an external pressure filtration method, with a higher dirt-holding capacity. It is more tolerant of the size and concentration of suspended solids in the influent water, with a wide range of water quality applicability.
Common Application Areas:
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Suitable for producing drinking water from river water and pond water, purifying bottled water, and personal small portable water purification devices.
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Pre-treatment for seawater desalination reverse osmosis systems, ultrapure water (used in power plants, pharmaceutical factories, etc.), pre-treatment before reverse osmosis systems, ion exchange columns, and nanofiltration membrane systems.
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Zero discharge of industrial wastewater, municipal wastewater reuse, and reuse of reclaimed water in various industries (such as papermaking, textile, dyeing, and power).
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Treating various industrial wastewater and recovering high-value components from waste liquids.
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Regenerating valuable industrial fluids by selectively removing pollutants.
Inlet Water Conditions:
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Turbidity: ≤ 300 NTU
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pH Value: 2-11
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Pre-filtration Precision: 100-300 μm
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Temperature: 1-40 °C
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Inlet Water Pressure: ≤ 0.3 MPa
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Inlet Water Oil Concentration: ≤ 2 mg/L
