Hydronix ICF-10Q38 | Our#: 199156
Hydronix ICF-10Q38 Inline Water Filter with 3/8" Quick Connect, 3-Pack
Hydronix ICF-10Q38 | Our#: 199156
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Product Details
The Hydronix ICF-10Q38 inline filter features 3/8 Quick-Connect fittings that allow for installation and replacement in a matter of seconds without the use of tools. The ICF-10Q38 inline filter is used as a post filter with many different standard reverse osmosis systems and can be used as an external-mount refrigerator water filter.
Features
- Uses advanced activated carbon technology
- Uses advanced activated carbon technology
- Contains coconut shell granular activated carbon
- Reduces chlorine taste and odor
- Suitable as filter for refrigerator water and reverse osmosis applications
- 3/8 Quick Connect fittings
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Specifications
Length x Diameter
This filter replaces these part numbers
Brand | Model or Part Number |
---|---|
Apec | 5-TCR-3-8 |
Culligan | 01004291 |
Culligan | 01-0042-91 |
Hydronix | ICF-10Q38 |
Microline | S7206W |
Microline | S7206C |
Omnipure | K2533-KK |
Pure Water Filters | PWF38 |
Tier1 | IN-WF0190 |
Watts | W560033 |
Activated Block Carbon Technology
This filter uses activated block carbon technology. Carbon is one of the most adsorptive substances, and its numerous and microscopic pores make it capable of adsorbing many microscopic contaminants. Adsorption is a chemical bond between the surface of the carbon and a molecule (contaminant).
- Activated carbon is a carbonaceous, highly porous adsorptive medium that has a complex structure composed primarily of carbon atoms. The networks of pores in activated carbons are channels created within a rigid skeleton of disordered layers of carbon atoms, linked together by chemical bonds, stacked unevenly, creating a highly porous structure between the carbon layers. Activated carbon is able to attract and capture a whole host of contaminants, including chlorine and other organic chemical compounds.
- Activated carbon means that the carbon has been treated at 1000°C with steam molecules to selectively burn holes into the carbonized raw material, creating a multitude of pores inside the carbonaceous matrix. This process creates so much surface area that a teaspoon of activated carbon has roughly the same surface area as a soccer field!
- Activated block carbon, then, with its use of adsorption, is one of the most effective water filtration methods in use today.