KDF Shower Filter

Description:
KDF Shower Filter removes or reduces chlorine, hydrogen sulfide, microorganisms, scale and water-soluble heavy metals such as lead, mercury, and iron from shower water. KDF process media also kills bacteria and inhibits the growth of bacteria, algae, and fungi. As an added benefit, KDF media reduces lime scale, mold, and fungi in the shower. The KDF Shower Filter will typically last 10,000 gallons or one year whichever comes first. The shower filter contains KDF 55 granules, which are most effective in removing or reducing chlorine, hydrogen sulfide, microorganisms, scale and water-soluble heavy metals such as lead, mercury, and iron. KDF process media also kill bacteria and inhibit the growth of bacteria, algae, and fungi. As an added benefit, KDF media reduce lime scale, mold, and fungi in your shower. KDF process media is completely safe so the process is not toxic and does not cause any adverse side effects. Chlorine can either be in liquid or gas state. At higher water temperatures in an enclosed shower stall, free-chlorine moves from the liquid to the gas state where it vaporizes and subsequently is inhaled. KDF Shower Filter reduces up to 95% of chlorine to prevent damage to skin and hair. Hospitals, restaurants, municipal water treatment facilities, and homes rely on KDF process media to safely reduce or remove free chlorine, iron, iron oxides, heavy metals, hydrogen sulfide and bacteria from their water.

Click here for a downloadable PDF (Adobe Acrobat Reader Required) showing laboratory test results from the University of Arizona, Spectrum Labs and the LSU Department of Toxicology and Environmental Science.

Product Features:
* Reduces up to 95% of chlorine.
* Reduces chemical absorption and vapor inhalation.
* Reduces 98% of water soluble heavy metals.
* Contains bacteriostatic media (KDF-55).
* Reduces damage to hair and skin.
* Eliminates foul tastes and odors.
* Back Flush Attachment to prevent premature clogging.
* Reduces lime, scale, mold and fungi in showers.

Return to top