Classic Countertop Water Filter System

Our Classic Countertop Water Filter Systems are dependable and built to last for years. This countertop system installs in seconds and sits on the countertop for quality, filtered water on demand.

Benefits

• Customizable to remove or reduce Fluoride, Nitrate, or Arsenic from your drinking water
• Add SMART media to any specialty contaminant system
• The system takes up a small amount of space
• Sleek, stylish design

SMART Water Filtration

 Water flows through our SMART special house blend of 2 types of coconut-shell GAC (including Catalytic) with 2 types of Eagle Redox Alloys® (9500 & 6500) & anion exchange resin. This blend effectively reduces & removes heavy metals, chlorine & chloramine, pesticides & herbicides, pharmaceutical by-products & other inorganic substances such as petroleum byproducts. Ceramic and Tourmaline balls to enhance the water and maintain a more alkaline pH. To read about how GAC's work, click here. To read about the ERA® Oxidation/Reduction Process, click here.

Water flows through ion exchange resins, reducing heavy metals such as lead, copper, aluminum, and water hardness.

Water flows through granulated activated carbon (GAC). GAC is universally recognized and widely used as an effective adsorbent for a wide variety of organic contaminants, such as chlorine, chemicals linked to cancer (THM's, benzene) pesticides, herbicides, insecticides, volatile organic compounds (VOC's), PCB's, MTBE's and hundreds of other chemical contaminants that may be present in water causing bad taste and odors in your drinking water.

All of our GAC is a mixed blend of coconut shell and catalytic GAC to address both chlorine, chloramines and these byproducts. 

Arsenic Removal

Water travels through an Arsenic-selective resin, designed specifically for reducing or removing arsenic.

Fluoride Removal

Contains Fluoride Charcoal Granulated Activated Carbon (GAC) which is specifically designed to have a high affinity for Fluoride. It removes or reduces metals through a mixture of adsorption and chemical reaction with the media; therefore, the elimination is not reliant on ion exchange. Can be used over a wide pH range.