Equivalent Pall High-Flow Filter Element Applied In Textile Industry

Introduction

LEFILTER, a leading Chinese manufacturer specializing in industrial fluid purification solutions, introduces the Equivalent Pall High-Flow Filter Element, designed to replace Pall’s Ultipleat High Flow cartridges seamlessly. Engineered to meet or exceed Pall’s performance standards, this product offers superior flow capacity, durability, and cost efficiency for critical applications such as reverse osmosis pre-filtration, textile wastewater treatment, and power generation. Backed by ISO 9001, ISO 14001, and ISO 45001 certifications, LEFILTER ensures compatibility with Pall systems while delivering significant cost savings.

Product Structure

The Equivalent Pall High-Flow Filter Element features a robust design optimized for high-flow environments:

1. Filter Media:
   

• Polypropylene (PP) or glass fiber membrane with a tapered pore structure for efficient particle removal.

2. Support/Drainage Layers:
   

• Polypropylene (PP) or polyester/nylon for structural integrity and uniform flow distribution.

3. End Caps:
   

• Glass-filled polypropylene (PP) or acetal for strength and chemical resistance.

4. Outer Wrap:
   

• Polypropylene or polyolefin hotmelt for enhanced media protection.

5. Coreless Design:
   

• Eliminates central rods, reducing pressure drop and increasing dirt-holding capacity.

Technical Parameters

Parameter

Specification

Key Features

1. High Flow Capacity:
   

• Handles up to 1,900 LPM per cartridge, reducing system footprint and capital costs.

2. Low Pressure Drop:
   

• Unique crescent-shaped pleat design minimizes energy loss during operation.

3. Long Service Life:
   

• Coreless construction and tapered pore media maximize dirt-holding capacity.

4. Leak-Proof Sealing:
   

• Proprietary O-ring seals ensure reliable performance under high pressure.

5. Easy Maintenance:
   

• Single-cartridge design simplifies replacement, reducing downtime.

Application in Textile Industry

The Equivalent Pall High-Flow Filter Element addresses critical challenges in textile manufacturing:

1. Wastewater Treatment:
   

• Removes dyes, particulates, and chemicals from dyeing/printing processes, enabling water reuse.

2. Chemical Recovery:
   

• Captures valuable dyes and solvents for recycling, improving sustainability.

3. Process Protection:
   

• Prevents machinery damage by filtering contaminants in lubricants and coolants.

Other Industrial Applications

1. Reverse Osmosis Pre-Filtration:
   

• Protects RO membranes from particulates in water treatment plants.

2. Power Generation:
   

• Filters boiler condensate and removes iron in power plants.

3. Chemical Processing:
   

• Handles solvents, acids, and alkalis in refineries and petrochemical facilities.

4. Food & Beverage:
   

• Ensures product quality by filtering edible oils, juices, and soft drinks.

Working Principle

The filter operates through a three-stage process:

1. Surface Filtration:
   

• Large particles are trapped on the media’s surface.

2. Depth Filtration:
   

• Smaller contaminants are captured within the porous structure of the media.

3. Absolute Filtration:
   

• Tapered pores ensure 99.98% removal efficiency at the rated micron level.

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Advantages Over Pall’s OEM

1. Cost Efficiency:
   

• Up to 30% lower cost than Pall’s Ultipleat cartridges without compromising performance.

2. Perfect Compatibility:
   

• Interchangeable with Pall’s systems, requiring no modifications.

3. Global Compliance:
   

• Polypropylene media meets FDA standards for food/pharmaceutical applications.

4. Reliable Performance:
   

• Coreless design and uniform flow distribution extend service life by up to 4x compared to conventional filters.

Conclusion

LEFILTER’s Equivalent Pall High-Flow Filter Element combines high performance, durability, and cost savings for industries ranging from textiles to water treatment. Its advanced design, easy maintenance, and compatibility make it the ideal choice for businesses seeking to optimize filtration efficiency while reducing operational costs.