
Aries (AF-10-2900) 9.75"x3" DI 4 Mixed Bed-GAC Filter
Aries AF-10-2900 Mixed Bed DI + GAC Filter
The Aries AF-10-2900 combines mixed bed deionization resin with granular activated carbon in a single cartridge for applications requiring both ionic contamination removal and chlorine reduction. This specialty filter lowers total dissolved solids while simultaneously addressing taste, odor, and chlorine concerns in municipal or well water sources.
AF-10-2900 Cartridge Details
| Model Number | AF-10-2900 |
| Actual Dimensions | 9.75" H x 3" Diameter |
| Nominal Size | 10" x 2.5" |
| Media Type | Mixed Bed DI Resin + GAC |
| Primary Function | TDS Reduction, Chlorine Removal |
| Secondary Function | Taste & Odor Improvement |
| Housing Compatibility | Standard 10" Filter Housings |
| Applications | RO Systems, Whole House, Laboratory |
Housing & System Requirements
The AF-10-2900 fits all standard 10-inch filter housings with 2.5-inch diameter capacity. Commonly used as a post-filter in reverse osmosis systems for final TDS polishing, or in whole-house configurations where both deionization and carbon filtration are required. The mixed bed resin exchanges both cations and anions, making it effective for comprehensive ionic contaminant removal. Monitor TDS levels regularly to determine replacement intervals, as service life depends on source water quality and flow rate.
Aries AF-10-2900 Mixed Bed DI + GAC Filter
The Aries AF-10-2900 combines mixed bed deionization resin with granular activated carbon in a single cartridge for applications requiring both ionic contamination removal and chlorine reduction. This specialty filter lowers total dissolved solids while simultaneously addressing taste, odor, and chlorine concerns in municipal or well water sources.
AF-10-2900 Cartridge Details
| Model Number | AF-10-2900 |
| Actual Dimensions | 9.75" H x 3" Diameter |
| Nominal Size | 10" x 2.5" |
| Media Type | Mixed Bed DI Resin + GAC |
| Primary Function | TDS Reduction, Chlorine Removal |
| Secondary Function | Taste & Odor Improvement |
| Housing Compatibility | Standard 10" Filter Housings |
| Applications | RO Systems, Whole House, Laboratory |
Housing & System Requirements
The AF-10-2900 fits all standard 10-inch filter housings with 2.5-inch diameter capacity. Commonly used as a post-filter in reverse osmosis systems for final TDS polishing, or in whole-house configurations where both deionization and carbon filtration are required. The mixed bed resin exchanges both cations and anions, making it effective for comprehensive ionic contaminant removal. Monitor TDS levels regularly to determine replacement intervals, as service life depends on source water quality and flow rate.
Original: $84.14
-65%$84.14
$29.45Description
Aries AF-10-2900 Mixed Bed DI + GAC Filter
The Aries AF-10-2900 combines mixed bed deionization resin with granular activated carbon in a single cartridge for applications requiring both ionic contamination removal and chlorine reduction. This specialty filter lowers total dissolved solids while simultaneously addressing taste, odor, and chlorine concerns in municipal or well water sources.
AF-10-2900 Cartridge Details
| Model Number | AF-10-2900 |
| Actual Dimensions | 9.75" H x 3" Diameter |
| Nominal Size | 10" x 2.5" |
| Media Type | Mixed Bed DI Resin + GAC |
| Primary Function | TDS Reduction, Chlorine Removal |
| Secondary Function | Taste & Odor Improvement |
| Housing Compatibility | Standard 10" Filter Housings |
| Applications | RO Systems, Whole House, Laboratory |
Housing & System Requirements
The AF-10-2900 fits all standard 10-inch filter housings with 2.5-inch diameter capacity. Commonly used as a post-filter in reverse osmosis systems for final TDS polishing, or in whole-house configurations where both deionization and carbon filtration are required. The mixed bed resin exchanges both cations and anions, making it effective for comprehensive ionic contaminant removal. Monitor TDS levels regularly to determine replacement intervals, as service life depends on source water quality and flow rate.


















