HR-2012-100
HR-2012-100 is a residential-family spiral-wound thin-film composite RO element. Elements in this range undergo vacuum integrity testing and carry serial numbers.
- Element size
- 50.8 × 304.8 mm
- Salt rejection
- 99%
- Permeate flow
- 0.379 m³/d (100 GPD)
Tested at 250 ppm NaCl, 25 °C (77 °F), 4.8 bar (70 psi), pH 7 (± 0.5), 15% recovery.
Lead time is confirmed with your quote and depends on order size.
- Model
- HR-2012-100
- Segment
- Residential
- Element size
- 2" × 12"
- Salt rejection
- 99%
- Permeate flow
- 0.379 m³/d (100 GPD)
- Test pressure
- 4.8 bar (70 psi)
- Max temperature
- 45°C
- Maximum operating pressure
- On request
- pH range (operation / cleaning)
- On request
Tested at 250 ppm NaCl, 25 °C (77 °F), 4.8 bar (70 psi), pH 7 (± 0.5), 15% recovery.
Other sizes in this family
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.
Application review required unless badged otherwise.
Frequently asked questions
What is the salt rejection of HR-2012-100?
HR-2012-100 is listed at 99% salt rejection. Tested at 250 ppm NaCl, 25 °C (77 °F), 4.8 bar (70 psi), pH 7 (± 0.5), 15% recovery.
What element size is HR-2012-100?
HR-2012-100 is a 2" × 12" spiral-wound RO element (size code 2012). Listed maximum operating temperature is 45°C.
Which models is HR-2012-100 cross-referenced with?
HR-2012-100 is cross-referenced with Hydranautics (Nitto) CPA-2012-100 (Application review required), LG Chem (NanoH2O) LG RE 2012-100 (Application review required), Veolia (formerly SUEZ) AG-2012-100 (Application review required), Lanxess (LewaBrane) LewaBrane B 2012-100 (Application review required), Vontron HOR2012-100 (Comparable specifications), CSM (Toray Chemical Korea) RE2012-100 (Application review required). 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.