Pall High Flow Filter 2

Replacement Pall High-Flow Filter Element Applied In Pharmaceutical Water

Introduction

LEFILTER, a leading Chinese manufacturer specializing in fluid purification solutions, introduces the Replacement Pall High-Flow Filter Element. Engineered as a direct replacement for Pall’s Ultipleat® High Flow filters (e.g., HFU660UY700J), this product offers identical performance, durability, and compatibility while delivering significant cost savings. Ideal for high-flow applications in pharmaceuticals, food & beverage, and petrochemical industries, the element ensures reliable particle removal, reduced maintenance, and compliance with international standards.

Technical Parameters

The Replacement Pall High-Flow Filter Element is designed for high-efficiency filtration in challenging environments. Key specifications include:
ParameterSpecification
ModelHFU Series (e.g., HFU660UY700J)
Filtration TypeDepth filtration with spiral-wound media
Nominal Size6” x 60” (152 mm x 1524 mm)
Max Flow Rate1,900 LPM (500 GPM)
Filtration Rating70 microns (absolute)
Max Operating Pressure50 PSID (3.4 bar)
Temperature Range-20°C to 80°C
Media MaterialsPolypropylene (PP) composite with 导流层 (diversion layer)
End Cap MaterialGlass-filled polypropylene
O-Ring MaterialsEthylene propylene (standard)
Effective Surface Area≥4.5 m² (single layer)
StandardsISO 9001, ISO 14001, ISO 45001, CE

Pall High Flow Filter

Working Principle

The filter operates through a three-stage process optimized for high-flow applications:
  1. Pre-Filtration:
    • Nylon outer mesh removes large particulates (>50 μm).
  2. Depth Filtration:
    • Composite media (Deflector layer + PP membrane) traps colloids and suspended solids.
  3. Surface Filtration:
    • High-precision PP membrane ensures 99.9% removal of particles ≥70 μm.
The inside-to-outside flow design and coreless construction prevent bypass and ensure uniform flow distribution, maximizing media utilization.

Performance & Advantages

  1. High Flow Capacity:
    • Handles 1,900 LPM, reducing cartridge count by 8x compared to standard 2.5” OD filters.
  2. Low Pressure Drop:
    • Pleated design with 4.5 m² surface area minimizes energy loss.
  3. Durable Construction:
    • PP composite media resists corrosion and chemical degradation.
  4. Cost Efficiency:
    • 30% lower cost than Pall’s OEM filters without compromising performance.
  5. Environmental Benefits:
    • Coreless design reduces waste volume by 75% compared to conventional filters.

Product Structure

The element features a spiral-wound design with the following components:
  1. Filtration Media:
    • Polypropylene composite with tapered pore structure for high dirt-holding capacity.
  2. Support Layer:
    • Non-woven fabric provides structural integrity.
  3. Flow Channels:
    • Crescent-shaped pleats ensure uniform flow distribution.
  4. Outer Wrap:
    • Polypropylene helical wrap prevents pleat collapse.

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Application in Pharmaceutical Water Treatment

The Replacement Pall High-Flow Filter Element is critical for pharmaceutical applications:
  1. Purified Water (PW) and Water for Injection (WFI):
    • Removes endotoxins, bacteria, and particulates to meet USP, EP, and JP standards.
  2. Process Water:
    • Ensures high-quality water for formulation, cleaning, and equipment rinsing.
  3. Wastewater Recycling:
    • Separates solvents and contaminants from wastewater, enabling safe reuse.

Other Industrial Applications

  1. Food & Beverage Industry:
    • Clarifies juices, wines, and dairy products; removes pathogens.
  2. Petrochemical Industry:
    • Purifies solvents, acids, and alkalis in refining processes.
  3. Power Generation:
    • Cleans boiler feedwater and cooling systems.
  4. Water Treatment:
    • Pre-filtration for reverse osmosis (RO) systems in desalination plants.

Conclusion 

LEFILTER’s Replacement Pall High-Flow Filter Element combines advanced technology with robust construction to deliver reliable, cost-effective filtration for pharmaceutical and industrial applications. Its high flow capacity, low maintenance requirements, and environmental benefits make it the ideal choice for businesses seeking to optimize operational efficiency.

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