GrowoniX EX800-HF - 870 GPD Reverse Osmosis Filtration System with Tall Filters and KDF/CAT Premium Carbon Filter

The Growonix EX800-HFT is designed to flow 36.5 gallons per hour of pure RO water with an astounding 1:1 ratio - High flow rates and water savings never before seen in a package so affordable and durable. Utilizing the best membrane technology in the world (98.5% rejection), wrapped in our EX Series patented bracketing system, our premier flagship is a mobile powerhouse. A pair of liquid-filled stainless steel pressure gauges informs when it's time to change the pre-filters. A manual flush valve allows you to clean the membrane, purging out pollutants that could otherwise add buildup to the system. Flushing adds considerable life to the membrane as well.

Growonix EX800 Systems Features:
• 800 Gallon Per Day System
• 34 Gallons Per Hour
• Up to 1:1 System Ratio
• High Flow Cold Water Membrane
• High Flow Sediment Filter
• Spun Sediment Filter For Extreme Dirt Filtering Capacity
• Patented Metal Housing
• Stainless Steel Liquid Filled Pressure Gauges
• Auto Shutoff Valve
• EZ Hookup Kit
• Wall Mountable
• Uses 50% Less Water Than Traditional RO Systems

Optional KDF85 Carbon Filter Upgrade

For chlorine and chloramines reduction for city water . Also for well water for iron, hydrogen sulfide, and heavy metals reduction. Will last TWO TIMES AS LONG as the standard green carbon filter. Prolongs the life of the membranes. Reduces chloramines, chlorine, iron, sulfur and heavy metals. Bacteriostatic qualities do not allow microbes to breed in filter.

The EX Series is designed to flow 33 GPH, (Gallons Per Hour) at almost 0 ppm RO water, with a 1:1 system ratio (with feed water under 300 ppm), and a 2:1 ratio (with feed water over 300 ppm). It's affordable, durable, and reliable. It ourflows all other RO's in its class, with all the quality you would expect from a GrowoniX product

What is Reverse Osmosis?

Reverse osmosis (RO) is a filtration method that removes many types of large molecules and ions from solutions by applying pressure to the solution when it is on one side of a selective membrane. This filtering process ensures that the solute (waste water) is contained within the pressurized chamber while the pure solvent (RO water) is allowed to pass freely through the membrane.