KDF 85 (2 lbs) + KDF 55 (2 lbs) -Filtration Media for Sulfur, Iron, Chlorine, Heavy Metals Removal

Special Price $57.99 Regular Price $67.99
In stock
  • 2 Pounda (lbs) of KDF 85 Process Media - Iron, Hydrogen Sulfide Removal
  • 2 Pounda (lbs) of KDF 55 Process Media - Chlorine, Heavy Metals Removal

2 Pounda (lbs) of KDF 85 Process Media

  • KDF 85 process media can remove up to 99% of water-soluble lead, mercury, nickel, chromium, and other dissolved metals. 
  • KDF 85 media controls the buildup of bacteria, algae, fungi and scale, making it ideal for use in GAC beds, ion exchange resins, carbon block filters and inline carbon filters. 
  • KDF 85 process media is made of high purity copper-zinc granules that reduce contaminants in water using oxidation/reduction (redox) reaction. The KDF-85 unique, innovative and environmentally responsible media consist of high purity copper-zinc granules that use redox (the exchange of electrons) in patented products to effectively reduce/remove iron, hydrogen sulfide and control microorganisms in potable water without the use of chemicals. KDF85 is highly efficient and tank size requirements are modest for more economical system engineering and installation.More information go to KDfft com 

2 Pounds (lbs) of KDF 55 Process Media

  • High-purity copper-zinc redox media consistently remove 99% of free chlorine by electrochemically reducing dissolved chlorine gas to water-soluble chloride ions.
  • KDF process medium are being used to complement or replace activated carbon filters, removing up to 95% of the chlorine when treating municipal water. KDF media pretreatment of granular activated carbon also extends the carbon's life and limits bacteria growth in the bed.
More Information
Model Number KDFF8555X2
Brand Oceanic Water Systems
Item Number 66
Shipping Length 0
Shipping Width 0
Shipping Height 0
Shipping Weight 0
Write Your Own Review
You're reviewing:KDF 85 (2 lbs) + KDF 55 (2 lbs) -Filtration Media for Sulfur, Iron, Chlorine, Heavy Metals Removal
Your Rating
All Rights Reserved 2022 -2023 Oceanic Water Systems