- Manufactured from pure 100% polypropylene
- Designed for purity and chemical compatibility
- Spun fibers form a true gradient density from outer to inner surfaces
DGD Series cartridges are designed for purity and will not impart taste, odor or color to the liquid being filtered. Additionally, the polypropylene construction provides superior chemical resistance and is not prone to bacterial attack.
Unit of Measure
Specifications
Brands |
N/A Culligan® Pentair Pentek® |
Maximum Dimensions |
N/A 4-1/2 x 20 in114 x 508 mm |
Nominal Pre-Filter Micron Rating1 | N/A 75 µm |
Nominal Post-Filter Micron Rating2 | N/A 25 µm |
Initial Pressure (ΔP) at 20 Gallons Per Minute (gpm) Flow Rate |
N/A < 1 psi |
Initial Pressure (ΔP) at 76 Liter Per Minute (L/min) Flow Rate |
N/A < 0.1 bar |
Industry Standards/Certifications |
N/A
Tested and Certified by NSF® International to NSF®/ANSI Standard 42 for material requirements only. International Organization for Standardization (ISO-9001) Registered |
Materials of Construction
Filter Media Material |
N/A Polypropylene |
Temperature |
N/A 40 to 145 ºF4.4 to 62.8 ºC |
Additional Information
Additional Information |
N/A
The DGD Series' advanced design combines selective final filtration with appropriate pre-filtration to achieve up to three times the dirt-holding capacity of similar size sediment cartridges and even greater capacity than standard spun or string-wound cartridges. This performance enhancement is achieved by combining two separate gradient layers in one filter. The larger diameter of the pre-filter reduces the particle load to the post filter, allowing it to operate at higher velocities. The effective filter depth is increased to a full 233% of standard spun-polypropylene or string-wound filters. This increased depth provides for very high particulate reduction efficiencies and added loading capacity. The unique design and performance characteristics of the DGD Series cartridges make them an excellent choice for all residential, rural, municipal and commercial applications. |
- 1 Based on Manufacturer's Internal Testing.
- 2 Based on Manufacturer's Internal Testing.