Description
Product Features
1.0 cubic foot ResinTech Tannin Media
For removal of tannins from water supplies
2.0-4.0 GPM/cubic feet Service Flow
Media is rated for 2.0-4.0 GPM service flow per cubic foot of tank volume
.25-1.0 GPM/cubic feet Regenerant Flow
Media requires .25-1.0 GPM per cubic foot of tank area for regeneration
Stand-alone or Mixed
Can be used in a stand-alone tannin system or with a water softener
Product Description
This media provides removal of tannins in most applications. Amount of media needed for a stand-alone system can be determined by tank size.
8"x44" Tank - 0.5 cubic foot
9"x48" Tank - 1 cubic foot
10"x54" Tank - 1.5 cubic feet
12"x48" Tank - 2 cubic feet
13"x54" Tank - 3 cubic feet
More Info
| Operation Conditions | Physical Properties | |||
| Service Flow | 2.0-4.0 GPM/cubic feet | Color | Yellow/tan | |
| Mesh Size | 16 to 50 | Physical Form | Sperical beads | |
| Backwash Rate | .25-1.0 GPM/cubic feet | Bulk Density | 44 lb/cubic feet | |
| Bed Depth | 24" | |||
| Standard Package | 1.0 cubic foot bag (44 lb) | |||
| Life Expectancy | ||||
| Typical Results | 4-5 years average dependant on contaminant levels, backwash flow rates, and backwash frequency | |||
Service Flows
Service flow rate is the manufacturers recommendation for maximum contaminant removal at a constant flow for media alone. Intermittent flow rate and/or lower contaminant levels MAY allow higher treatment flow rates.
Backwash Flow Rates
The backwash flow rate is the minimum rate that MUST be available to ensure proper backwashing and adequate media life. While lower flows can be used and MAY provide adequate results, media life may be significantly reduced.
Service flow rate is the manufacturers recommendation for maximum contaminant removal at a constant flow for media alone. Intermittent flow rate and/or lower contaminant levels MAY allow higher treatment flow rates.
Backwash Flow Rates
The backwash flow rate is the minimum rate that MUST be available to ensure proper backwashing and adequate media life. While lower flows can be used and MAY provide adequate results, media life may be significantly reduced.
