Pall high flow filter element – Drop-in Interchangeable Ultipleat Coreless Pleated Filter Consumable

Pall high flow filter element – Drop-in Interchangeable Ultipleat Coreless Pleated Filter Consumable

Pall high flow filter element stands for the HFU Ultipleat series coreless wide-diameter filtration component developed by Pall Corporation, widely applied in industrial liquid purification, RO membrane security filtration and desalination pretreatment. Our aftermarket Pall high flow filter element precisely replicates original crescent pleat structure, single open-end construction, integrated lifting handle and U-cup sealing dimensions, allowing plug-and-play installation inside standard Pall filter housings without equipment modification. Supported by gradient polypropylene and microglass media options, these replacement elements deliver sustained high flow capacity, stable particle capture efficiency and outstanding contaminant holding capacity. Numerous water treatment EPC clients pair HFU640UY700H13W filter cartridge and HFU660GF060H13 glass fiber element with Pall high flow filter element alternatives to build complete multi-stage water treatment filtration systems.

Product Overview

Pall high flow filter element adopts an innovative core-free large-diameter pleated design. Compared with traditional small-diameter filter elements, the optimized crescent pleats greatly expand the effective filtration area. Under equal flow requirements, fewer filter elements can be deployed, lowering the quantity and investment of filter housings for large-scale water treatment facilities. Genuine Pall high flow filter elements have long been favored globally for heavy-duty industrial filtration projects. However, high procurement costs and lengthy delivery cycles create budget pressure and project schedule risks for plant operators and engineering contractors. Our factory manufactures fully interchangeable replacement elements, offering reliable cost-saving solutions while meeting equivalent filtration performance indicators.

Available specifications cover 20-inch, 40-inch and 60-inch lengths, with filtration ratings ranging from 1μm to 100μm. Two mainstream media types are selectable: gradient polypropylene pleated media for general aqueous working conditions and micro glass fiber media for high-precision fine particle interception. Thermal fusion molding removes adhesive bonding, effectively preventing fiber shedding and secondary pollution to process fluid. Sealing materials including NBR, EPDM and Viton are optional to adapt to different temperature ranges and mild chemical environments. The maximum continuous operating temperature reaches 82°C, with maximum allowable differential pressure of 3.4 bar, suitable for 24/7 long-term continuous industrial operation.

All finished elements undergo dimensional tolerance inspection, bubble point efficiency testing and pressure tightness verification to ensure seamless interchangeability. The element effectively traps suspended solids, pipeline rust, sediment and fine colloids, reducing membrane fouling risks and providing reliable protection for downstream RO/NF membrane modules, water pumps and precision control valves.

Filtration Working Principle

Pall high flow filter element follows the proven inside-out filtration flow path. Driven by system operating pressure, raw fluid enters the inner cavity of the coreless filter element and permeates outward through multi-layer gradient pleated media. Coarse sediment and large flocs are intercepted by inner pleated layers, while micro-particles and colloids that easily cause membrane contamination are deeply captured by outer precision media layers.

Optimized crescent pleat layout minimizes fluid dead zones and prevents media compression under pressure, maximizing dirt holding capacity. Pollutants remain enclosed inside the element during replacement, avoiding secondary particle leakage and contamination of clean fluid pipelines. After purification, treated fluid flows into subsequent separation processes. Operators should replace filter elements promptly once inlet-outlet differential pressure rises to 25–35 PSID to restore the system’s designed rated flow rate.

Core Competitive Advantages

100% Drop-in Compatibility: 

Matches original outer dimensions, end cap shape, lifting handle and sealing specifications; no housing modification required to reduce maintenance downtime.

Dual Media Options: 

Polypropylene media with broad chemical compatibility for conventional pretreatment; glass fiber media with high absolute efficiency for strict RO membrane protection demands.

Excellent Dirt Holding Performance: 

Enlarged effective filtration surface slows differential pressure increase and extends service cycles.

Economical Procurement Solution: 

Direct factory supply cuts intermediate costs and provides shorter lead times compared with imported genuine elements.

Standardized Batch Testing: 

Complete quality inspection procedures guarantee stable performance for large engineering orders.

Main Application Scenarios

Seawater & brackish water desalination RO security pre-filtration

Thermal power plant boiler make-up water and condensate polishing

Petrochemical circulating water and process liquid purification

Electronics industry ultrapure water pretreatment

Food & beverage raw water and process fluid filtration

Industrial wastewater reuse advanced filtration

FAQ 

Q1: Can aftermarket Pall high flow filter element be directly installed into original Pall Ultipleat filter housings?

A1: Yes. All critical dimensions and interface structures comply with original design standards. Plug-and-play installation is supported without extra accessories or vessel adjustments.

Q2: How to choose suitable media for Pall high flow filter element?

A2: Polypropylene media fits most conventional raw water pretreatment with wide chemical adaptability. Glass fiber media delivers higher absolute filtration efficiency, ideal for projects requiring fine particle removal and rigorous membrane protection.

Q3: What differential pressure value is the standard replacement threshold?

A3: Inlet-outlet differential pressure serves as the key judging indicator. When pressure difference reaches 25–35 PSID, filter media is severely clogged. Working conditions with high influent turbidity require more frequent replacement.

Q4: Can Pall high flow filter element be backwashed and reused?

A4: It belongs to disposable pleated filter consumables. Fine colloids and micro-particles embed deep into media pores. Conventional backwashing cannot restore initial filtration efficiency, so timely replacement is recommended.

Q5: What information should be offered for accurate quotation?

A5: Please confirm element length, micron rating, seal material, operating temperature and fluid medium. Providing the original part number will greatly accelerate model matching.

You May Also Be Interested In

HFU660GF060H13

MCC1401E100H13

RTM41HF050E

Pall Marksman Element