Reverse Osmosis Units

We sell a wide variety of sizes and applications. For the size and application perfect for your family please contact us. For Reverse Osmosis fact sheet click here

Series D             Superior Quality, Competitive Price.

Series D uses the Reverse Osmosis process where water is forced through a semipermeable membrane, leaving certain unwanted substances behind. An RO unit can produces fresh, pure & palatable drinking water.

The process uses no chemicals or electricity. It's the most effective technology known for purifying drinking water.


TGI-625U


6 stage RO+UV Systems are the most complete water treatment process. The add-on UV system maximizes the performance. Systems shown with optional faucet monitor that continuously checks membrane effectiveness.

 

LARGE IMAGE

TGI-525


5 stage RO Systems combine the most advanced Reverse Osmosis and Extruded Carbon Filtration technologies today.


Series E        Advanced Design, Un-compromised Purity    

Series E was designed for applications where feed water has a very low pressure or where the source water contains higher than normal amounts of dissolved solids. Our advanced design allows the source water to pass through a sediment filter before the booster pump. This process avoids pump valve clogging caused by sediment particles. Also the pump is mounted behind the membrane housing for space saving.

TGI - 625UP

6 stage RO+UV System

Our advanced features include:

  1. Five micron Sediment filter

  2. Granular Activated Carbon (GAC) filter

  3. Extruded Carbon (CTO) filter

  4. Thin Film Composite (TFE) membrane

  5. GAG Post carbon filter

  6. Advanced Booster Pump

  7. Tank Shut Off (TSO) Valve

  8. Automatic Shut Off Valve

  9. Ultraviolet Disinfection

 

LARGE IMAGE

TGI-525P

5 stage RO with Pump 25 gpd
5 stage 35 gpd & 50 gpd also available

Our most popular models in Series E have 25 gallon per day capacity with a 4.4 gallon product water storage tank clear housing on the first stage is available.

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This page last updated on February 11, 2004