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Porex Same Model Tubular Micro Filtration Membrane for Industrial Wastewater Treatment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Industrial Wastewater Filtration: Designed to efficiently remove contaminants, suspended particles, and impurities from industrial wastewater using tubular microfiltration membranes made of durable UPVC and PVDF materials.
  • High-Flow Efficiency: Ribbed cylindrical design ensures optimal liquid/gas flow, minimizing pressure drop while maintaining structural integrity for reliable performance in demanding environments.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With corrosion-resistant UPVC and PVDF materials, ensure long-lasting durability in harsh industrial wastewater environments. These chemically stable polymers outperform traditional metal-based filters in resisting chemical erosion*.

  • 2. Secure, Leak-Proof Design

  • With ribbed cylindrical construction and tightly sealed end caps, streamline maintenance and reduce downtime compared to filters with loose-fitting components*. The robust design prevents contamination and ensures consistent performance.

  • 3. Optimized Flow Efficiency

  • With an engineered ribbed surface and cylindrical shape, achieve ~20% higher flow efficiency than standard tubular filters*. This design minimizes pressure loss while maintaining high filtration precision*.

  • 4. Scalable Industrial Solutions

  • Available in multiple sizes, adapt to both small-scale and large industrial wastewater systems, offering scalable solutions for varying flow rates and treatment capacities*.

  • 5. Compliance with Industrial Standards

  • Constructed with materials meeting industrial safety and durability standards, ensuring reliable performance in regulated wastewater treatment operations*.

Product details

Porex Same Model Tubular  Micro Filtration Membrane for Industrial Wastewater Treatment

The Porex Same Model Tubular Micro Filtration Membrane is engineered for industrial wastewater treatment, featuring durable UPVC and PVDF materials for chemical resistance. Its cylindrical design with ribbed surfaces optimizes flow efficiency, while customizable configurations accommodate diverse filtration needs.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialUPVC/PVDFWithstands harsh chemicals in industrial settings
Filtration Efficiency99.9% (PVDF), 98% (UPVC)High-capacity liquid filtration in wastewater treatment plants
Pressure Rating50 psi (UPVC), 100 psi (PVDF)Handles high-pressure systems in industrial applications
Surface DesignRibbed cylindrical casingReduces turbulence and improves flow efficiency
Warranty2 yearsGuaranteed durability for long-term use

Customization guide

Adjustable parameters include:

  • Filter Media Type: Choose between UPVC (cost-effective) or PVDF (high chemical resistance) to match contaminant types.
  • Flow Rate: Customize between 0.5–3 LPM for precise throughput requirements.
  • Size Variations: Select from 10–50 cm lengths to fit different system scales.

Get inspired

Maximize your filtration efficiency with Porex’s modular design. Whether treating acidic wastewater or filtering industrial oils, our membranes adapt to your workflow—ensuring clean outputs and minimal downtime.

Choose your model

ParameterBase Model (UPVC)Advanced Model (PVDF)Pro Model (PVDF + Enhanced)
Filtration Efficiency98%99.5%99.9% (+15% vs Base)*
Pressure Rating50 psi80 psi100 psi (+30% vs Base)*
Chemical ResistanceASTM D543ISO 2812ISO 2812 + NSF 51

Supplier's note

  1. Technical Breakthroughs:

    • Material Duality: UPVC/PVDF options balance cost and resistance to corrosive chemicals.
    • Ribbed Design: Reduces flow resistance by 20% compared to smooth-surface models.
    • Warranty: 2-year coverage ensures reliability in high-stress environments.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard wastewater treatment with minimal chemical exposure (e.g., municipal plants).
    • Advanced Model: Suitable for medium-scale industries requiring oil/water separation or mild chemical handling.
    • Pro Model: Designed for heavy-duty applications like semiconductor manufacturing or chemical processing, where extreme pressure and corrosive substances are common.

With PVDF’s tripled chemical resistance compared to industry standards, the Pro Model ensures safe handling of aggressive solvents. Pair this with its high-pressure rating to achieve uninterrupted operation in critical systems.

Frequently asked questions

  • Which Porex Same Model Tubular Filter suits small-scale industrial wastewater treatment?

  • How to clean Porex Tubular Micro Filtration Membranes for industrial use?

  • UPVC vs PVDF materials: Which is better for corrosive wastewater?

  • Can Porex customize filter sizes for specific industrial flow rates?

  • Is the Porex Tubular Membrane NSF-certified for wastewater treatment?

  • How does the 2-year warranty cover Porex filtration membrane failures?

  • What makes Porex Tubular Filters efficient for high-volume wastewater?

  • Do Porex Filters prevent contamination in industrial wastewater systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Tubular Microfiltration MembranesIndustrial wastewater treatment- Material: UPVC (Base) ▲ PVDF (Advanced) (ASTM D790)
- Filtration: 0.5µm (Base) ▲ 0.1µm (Advanced) (ISO 4793)
- Pressure: 50 psi (ASME B16.34)
- Warranty: 2 years (▲ 1-year industry standard)
- PVDF Advanced resists harsh chemicals (ASTM D543)
- 2-year warranty covers industrial wear
- Higher upfront cost vs sand filters
- Requires pretreatment for optimal use
Hollow-Fiber MembranesResidential water purification- Material: Polyethersulfone (PES) (ISO 10993)
- Filtration: 0.01–0.1µm (ISO 4793)
- Pressure: 30 psi (ASME B16.34)
- Compact design for small-scale use
- Removes bacteria/viruses (NSF/ANSI 58)
- Susceptible to clogging by particulates
- Lower pressure tolerance limits industrial use
Sand FiltersPre-treatment in water plants- Media: Quartz sand (ASTM C33)
- Filtration: 20–50µm (ISO 3308)
- Flow rate: 5–10 m³/h (ISO 9001)
- Low cost and maintenance
- Effective for large volumes of suspended solids
- Requires frequent backwashing
- Ineffective against dissolved contaminants
Activated Carbon FiltersOdor/chemical removal in municipal water- Media: Coconut shell carbon (NSF/ANSI 42)
- Filtration: 5µm (ISO 4793)
- Adsorption capacity: 200 mg/g (ASTM D3810)
- Improves taste and removes chlorine
- Lightweight and easy to replace
- Limited lifespan (6–12 months)
- No pathogen removal capability
Reverse Osmosis SystemsDesalination, high-purity water- Membrane: Thin-film composite (ISO 14040)
- Filtration: 0.0001µm (ISO 4793)
- Pressure: 60 psi (ASME B16.34)
- Removes 99% of contaminants (including salts)
- Meets WHO drinking water standards
- High energy consumption
- Slow flow rate (1–3 L/min)
Ultrafiltration MembranesIndustrial effluent treatment- Material: PVDF (ISO 9001)
- Filtration: 0.01–0.1µm (ISO 4793)
- Flux rate: 50–100 L/m²h (ASTM F739)
- High flux rates enable scalability
- Retains proteins/lipids in food processing
- Requires pretreatment to prevent clogging
- Higher cost than sand filters

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