
SUEZ AK2521TF; 2.5" X 21" 300 GPD TFC Replacement Reverse Osmosis Membrane - (Product flow @ 107 PSI) (Veolia)
SUEZ AK2521TF 2.5" × 21" Thin-Film Composite Membrane
The SUEZ AK2521TF (formerly GE Desal 1206799) is an A-Series thin-film composite reverse osmosis element engineered for commercial brackish water applications where high rejection and energy efficiency matter. This low-pressure membrane features a tape outer wrap, 28 mil feed spacers, and male end connections optimized for reliable desalination in systems operating at 100-150 PSI.
AK2521TF Technical Data
| Membrane Type | Thin-Film Composite (TFC) |
| Rated Flow | 300 GPD at 107 PSI |
| Dimensions | 2.5" diameter × 21" length |
| Feed Spacer | 28 mil thickness |
| Operating Pressure | 100-150 PSI (low pressure) |
| End Connections | Male (both ends) |
| Outer Wrap | Tape construction |
| Application | Brackish water, tap water desalination |
System Requirements
The SUEZ AK2521TF fits commercial RO housings designed for 2.5" × 21" membrane elements with male connections. This membrane is ideal for small commercial brackish water systems, light industrial applications, and high-purity water production where lower operating pressures reduce energy costs. Compatible with standard Filmtec-style AK-series housings. Verify feed water quality, temperature (4-45°C), and pH range (3-10) before installation to ensure optimal performance and membrane longevity.
SUEZ AK2521TF 2.5" × 21" Thin-Film Composite Membrane
The SUEZ AK2521TF (formerly GE Desal 1206799) is an A-Series thin-film composite reverse osmosis element engineered for commercial brackish water applications where high rejection and energy efficiency matter. This low-pressure membrane features a tape outer wrap, 28 mil feed spacers, and male end connections optimized for reliable desalination in systems operating at 100-150 PSI.
AK2521TF Technical Data
| Membrane Type | Thin-Film Composite (TFC) |
| Rated Flow | 300 GPD at 107 PSI |
| Dimensions | 2.5" diameter × 21" length |
| Feed Spacer | 28 mil thickness |
| Operating Pressure | 100-150 PSI (low pressure) |
| End Connections | Male (both ends) |
| Outer Wrap | Tape construction |
| Application | Brackish water, tap water desalination |
System Requirements
The SUEZ AK2521TF fits commercial RO housings designed for 2.5" × 21" membrane elements with male connections. This membrane is ideal for small commercial brackish water systems, light industrial applications, and high-purity water production where lower operating pressures reduce energy costs. Compatible with standard Filmtec-style AK-series housings. Verify feed water quality, temperature (4-45°C), and pH range (3-10) before installation to ensure optimal performance and membrane longevity.
Description
SUEZ AK2521TF 2.5" × 21" Thin-Film Composite Membrane
The SUEZ AK2521TF (formerly GE Desal 1206799) is an A-Series thin-film composite reverse osmosis element engineered for commercial brackish water applications where high rejection and energy efficiency matter. This low-pressure membrane features a tape outer wrap, 28 mil feed spacers, and male end connections optimized for reliable desalination in systems operating at 100-150 PSI.
AK2521TF Technical Data
| Membrane Type | Thin-Film Composite (TFC) |
| Rated Flow | 300 GPD at 107 PSI |
| Dimensions | 2.5" diameter × 21" length |
| Feed Spacer | 28 mil thickness |
| Operating Pressure | 100-150 PSI (low pressure) |
| End Connections | Male (both ends) |
| Outer Wrap | Tape construction |
| Application | Brackish water, tap water desalination |
System Requirements
The SUEZ AK2521TF fits commercial RO housings designed for 2.5" × 21" membrane elements with male connections. This membrane is ideal for small commercial brackish water systems, light industrial applications, and high-purity water production where lower operating pressures reduce energy costs. Compatible with standard Filmtec-style AK-series housings. Verify feed water quality, temperature (4-45°C), and pH range (3-10) before installation to ensure optimal performance and membrane longevity.





