Artículo: AMZ-B0FSZBB4KC

Oceanic water systems

KDF 85 Filter Media | KDF 85 Filtration Media for Sulfur, Iron, Heavy Metals by Oceanic Water Systems (1 lb)

Size:

1 lb

Disponibilidad
En stock
Peso con empaque
0.53 kg
Devolución
Condición
Nuevo
Producto de
Amazon

Sobre este producto
  • KDF 85 media removes or reduces iron and hydrogen sulfide from your water supply. Recommended for Well Water Sources.
  • KDF 85 process media can remove up to 99% of water-soluble lead, mercury, nickel, chromium, and other dissolved metals.
  • 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 in potable water.
$85,11
44% OFF
$47,29

IMPORT EASILY

By purchasing this product you can deduct VAT with your RUT number

$85,11
44% OFF
$47,29
Envío gratis
Llega en 5 a 12 días hábiles
Con envío
Tienes garantia de entrega
Este producto viaja de USA a tus manos en
Medios de pago Tarjetas de Débito, Crédito y Deuna

Compra protegida

Disfruta de una experiencia de compra segura y confiable

Conoce más detalles

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 impurities 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 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.