Whole House Fluoride Filter - Stainless Steel

Whole House Fluoride Filter - Stainless Steel
Item Code: WH-116-56

Your Price: $1,479.00

Model / Capacity
WH-1165 / 1.5 Cu Ft. Resin
WH-1166 / 2.0 Cu Ft. Resin (+$270)

Product Description

The Crystal Quest Whole House Fluoride Filtration System is engineered for maximum filtration and maximum performance with minimum maintenance. This system will deliver trouble free operation for many years. The whole house filter is among the most advanced and effective whole house water filters in the market.

This whole house water filter system is simple, user friendly, dependable, and shipped ready for installation with filtration media already in the tank. Unlike other makers, Crystal Quest DOES NOT ship filtration media separately for the customer to pour in. Ships to you complete and ready to be plumbed in.

The system connects to the main line of your home and filters all the incoming water to it. It requires a nearby power outlet and drain source (usually the washing machine drain).

  • Solid 316-Stainless Steel Tank: heavy-duty, burst-proof construction for long life.
  • Riser style 1" internal flow distributor.
  • 11.0 gallon-per-minute flow rate.
  • 3/4" or 1" Stainless Steel Bypass Valve.
  • NSF certified component.
  • 5 year warranty on all computer-monitored control valves.
  • 10 year Warranty on resin tank.

Resin / Cu. Ft. Options

Model Resin/Cu. ft. Tank Size
WH-1165 1.5 10"x54"
WH-1166 2.0 12"x52"
Whole House Fluoride Filter - Stainless Steel
This system uses a self-backwashing solid state microprocessor with LED display electronic control valve that automatically removes the trapped contaminants within the filter bed and washes them down the drain.

Three-Stage Water Filtration System

Whole House Fluoride Filter - Stainless Steel
In the First Stage, water flows through a 20" sediment filter cartridge that removes sediment, silt, sand and dirt. Also extends the life of water softeners and water filters, and prevents damage to control valves or pumps.

In the Second Stage, water flows through a Fluoride reducing mineral tank containing a Fluoride removing media, CQ-900. CQ-900 is a high capacity synthetic absorbent media that is highly selective for lead, arsenic and fluoride. The extremely high surface area and pore distribution gives this media the highest possible operating capacity and lowest possible leakage. Click here for more information on CQ-900 Fluoride Removing Media.

CQ-900 is a synthetic aluminum oxide that is specially processed to have a minimum of fines and other foreign matter. This media removes Fluoride, Arsenic, & Lead by a chemical reaction with the media.

In the Third Stage, water flows through a 20" solid carbon cartridge for removing volatile organic carbon compounds (VOC's, insecticides, pesticides and industrial solvents).

  Replacement Parts & Accessories

Not All Water Filter Systems Are Created Equal!

Crystal Quest® water filters remove hundreds of contaminants and LAST A LONG TIME. The unique high capacity and multi-stage design means no more over-priced and less effective water filters with replacement filter cartridges that have to be replaced every 100 to 500 gallons!

Pure Water Essentials offers Crystal Quest® water filtration products because Crystal Quest utilizes the latest technologies in the water industry coupled with 30 years of manufacturing expertise to provide you with high capacity, the most effective, healthiest and great-tasting water conveniently and at the most affordable price. Crystal Quest products are attractive, easy to install and use.

Crystal Quest Water Filter Reviews

The CRYSTAL QUEST® Pitcher Water Filter and Shower Filter were awarded "Best Buys" in the August 2006 issue of Consumers Digest magazine.

The CRYSTAL QUEST® Pitcher Water Filter, Shower Filters, Faucet Mount Water Filters, Countertop Plus Water Filter, Reverse Osmosis Filters, Refrigerator Filters, and Travel Water Filters have been recommended in "The Drinking Water Book - How to Eliminate Harmful Toxins From Your Water" (second edition 2006) by Colin Ingram, on pages 118, 119, 120, 121, 122, 134 and 160.