Reduce premature cartridge replacement,
stabilize ΔP growth and lower operating cost.
Compatible with Pall HFU620 / HFU640 / HFU660 systems.
Fine colloids bypass downstream.
Iron particles rapidly blind cartridge surfaces.
Surface loading occurs before media depth is utilized.
✔ ΔP rises within days
✔ Cartridge life becomes unpredictable
✔ Frequent shutdowns
✔ Surface fouling on cartridge exterior
✔ Increased operating cost
✔ Gradient Density Media
✔ Reinforced Core
✔ Large Filtration Area
✔Same Flow Direction (Inside → Outside)
✔ Same Dimensional Fit
✔ Compatible Seal Configurations
✔ No Housing Modification Required
✔ Designed for Existing Pall High Flow Housings
Before ordering, we can verify dimensions, seal configuration and flow direction based on your current Pall part number or cartridge photo.
Problem:
Rapid ΔP rise after UF instability.
Solution:
Gradient media helps reduce surface blinding.
Typical Model:
HFU640 / HFU660
Problem:
Frequent replacement caused by condensate contamination.
Solution:
High dirt holding capacity extends service life.
Typical Model:
HFU640GF
Problem:
Iron sulfide fouling causes rapid pressure increase.
Solution:
Depth-loading media improves solids distribution.
Typical Model:
HFU660GF
Problem:
Unstable cartridge life during seasonal SDI fluctuations.
Solution:
Large filtration area improves operating stability.
Typical Model:
HFU640
| Benchmarking Metric | Pall Ultipleat® HFU640 | Ecofiltrone HFL Equivalent Series | Conclusion / Performance Match |
|---|---|---|---|
| Micron Rating (μm) | 0.5, 1.0, 4.5, 10, 20, 40, 70, 100 | Equivalent Match (1:1) | 99.98% Retention Efficiency Alignment |
| Filter Media | PP / Glass Fiber / Composite PP | Virgin Grade PP / GF / CAS | Compatible Material Options |
| Effective Filtration Area | ≥10 m² (per 40" element) | ≥10 m² (High Density) | Comparable Flow Characteristics |
| Max. Operating ΔP | 3.4 bar@82°C | 3.4 bar@82°C | Structural Integrity & Pressure Resistance |
| Mechanical Dimensions | 1016±2 mm (Length) / ϕ152.4 mm | 1016±2 mm / ϕ152.4 mm | 1:1 Dimensional Fit |
| Seal Materials | EPDM (J) / Fluorocarbon (V) | EPDM (E) / Viton (V) | Leak-proof Chemical Compatibility |
| Housing Compatibility | Original Pall High Flow Housings | Direct Drop-in Replacement | Zero Modification Required |
Designed to Reduce Replacement Risk
Challenge:
Rapid ΔP rise after UF instability.
Result:
More stable pressure trend observed during evaluation.
Challenge:
Heavy fouling in rich amine filtration.
Result:
Improved dirt loading distribution during trial.
Challenge:
Frequent replacement due to condensate contamination.
Result:
Longer cartridge operating cycle achieved.
A:Yes.The cartridge dimensions, flow direction (inside-to-outside), seal configuration, and installation interface are engineered for direct replacement in Pall high flow housings without modification.
A:No.The filter is designed as a drop-in replacement for existing Pall high flow systems.
A:Pressure drop behavior depends on feedwater quality and contamination load.
Our gradient-density media is designed to promote depth loading and help reduce premature surface blinding commonly seen in conventional cartridges.
A:Equivalent filtration grades and media configurations are available.
Performance validation reports can be provided upon request.
A:Yes.Most customers begin with one housing or a limited batch trial to verify compatibility and pressure drop performance.
A:Simply send:
Our engineers can verify compatibility.
A:Standard production lead time is usually 7–15 days depending on quantity.
Disclaimer: All manufacturers’ names, logos, and part numbers are for reference and identification purposes only. Ecofiltrone is an independent manufacturer of high-quality replacement filters and is not affiliated with Pall®, 3M®, or Parker®.