SW-28-4040-XLE
SW-28-4040-XLE is a seawater-family spiral-wound thin-film composite RO element, vacuum integrity tested and shipped with its own serial number and datasheet.
- Model
- SW-28-4040-XLE
- Segment
- Seawater
- Family
- Seawater
- Element size
- 4" × 40"
- Salt rejection
- 99.6%
- Permeate flow
- 1660 GPD
- Test pressure
- 800 psi
- Max temperature
- 45°C
Cross-referenced models
Cross-references support initial selection. Confirm feed water, operating conditions and system compatibility with Hi-Tech before replacement. Published specifications may use different test conditions.
- DuPont (FilmTec) SW30HRLE-4040Comparable specifications
- Toray TBW-4040HRApplication review required
- Hydranautics (Nitto) SWC4-4040Application review required
- LG Chem (NanoH2O) LG SW 4040 RApplication review required
- Koch (Separation Solutions) TFC-4040-HFComparable specifications
- Veolia (formerly SUEZ) SC4040FApplication review required
- Lanxess (LewaBrane) LewaBrane S 4040 HRApplication review required
- Vontron SW21-4040Application review required
- CSM (Toray Chemical Korea) RE4040-SHComparable specifications
Frequently asked questions
What is the salt rejection of SW-28-4040-XLE?
SW-28-4040-XLE is tested to 99.6% salt rejection at 800 psi test pressure.
What element size is SW-28-4040-XLE?
SW-28-4040-XLE is a 4" × 40" spiral-wound RO element (industry size code 4040), rated for a maximum operating temperature of 45°C.
Which membranes is SW-28-4040-XLE equivalent to?
SW-28-4040-XLE is cross-referenced with DuPont (FilmTec) SW30HRLE-4040 (Comparable specifications), Toray TBW-4040HR (Application review required), Hydranautics (Nitto) SWC4-4040 (Application review required), LG Chem (NanoH2O) LG SW 4040 R (Application review required), Koch (Separation Solutions) TFC-4040-HF (Comparable specifications), Veolia (formerly SUEZ) SC4040F (Application review required) and others. Cross-references support initial selection. Confirm feed water, operating conditions and system compatibility with Hi-Tech before replacement. Published specifications may use different test conditions.