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The PTR1 Series is low maintenance and designed to handle problem water that contains high amounts of tannin and phosphates. Our specially formulated media exchanges standard water softener salt for tannin. Our high capacity tannin removal system maximizes the amount of treated water available to the home.
The FB Series heavy metals reducers from Avid are specially designed to reduce the contaminant level in water below the EPA MCL. The FB Series models are affordable and efficient to operate in reducing unwanted arsenic, lead & other heavy metals from your household water.
DF Series are designed to be efficient, affordable, and easy to maintain. This filter is the perfect choice for the removal of taste, odor, chlorine, and radon gas.
UN Series filters provide an economical method to elevate the pH of acidic water. Raising the pH of water above 7 stops the corrosion of metal pipe, fittings, and plumbing fixtures. How high the pH is increased depends on the raw water pH; the contact time of the water with the filter media; and the filter media chosen.
Depending on the filter media selected the FB Series Filters can solve numerous water problems. In order to assure many years of trouble free service these filters have the industry’s most robust control valve. The heavy duty drive motor has large metal gears that provide the power necessary to handle the most severe water problems. For convenience a single handle, stainless steel bypass valve can isolate the system for watering the yard or garden.
Many different media can be used in these filters to correct a wide range of water problems. They are available in several sizes to accommodate the flow rate required for the home of light commercial application. NEB Series Filters is equipped with an electronic control valve.
CS Filters are designed to reduce the high level of chlorine or chloramines injected into some municipal water systems. Sediment down to 20 microns is also removed. They are self cleaning. An automatic backwash and rinse is done periodically to loosen the media and discharge turbidity that has been removed from the water.
This filter is so new and advanced that a patent is pending. Two fiberglass tanks are incorporated in the system. The first tank provides aeration which precipitates the iron into a particle large enough to filter out. Second tank contains a filter media that captures and holds the iron until an occasional backwashing occurs. One control valve cleans the second tank and replenishes the air in the first tank. The O3E Filters are equipped with an electronic control.
This filter is so new and advanced that a patent is pending. Two fiberglass tanks are incorporated in the system. The first tank provides aeration which precipitates the iron into a particle large enough to filter out. Second tank contains a filter media that captures and holds the iron until an occasional backwashing occurs. One control valve cleans the second tank and replenishes the air in the first tank.
Obnoxious iron stains are eliminated without the need of costly chemicals. O2 Filters reduce the iron below the stain level and increase the pH if the raw water is acidic. Acid water corrodes copper and brass piping and valves. If the pH is corrected a small amount of inexpensive filter media must be replenished occasionally. In many cases the O2 Filter will remove iron; correct the low pH problem and eliminate odor from a water supply. The O2E Filters are equipped with an electronic control.
Obnoxious iron stains are eliminated without the need of costly chemicals. O2 Filters reduce the iron below the stain level and increase the pH if the raw water is acidic. Acid water corrodes copper and brass piping and valves. If the pH is corrected a small amount of inexpensive filter media must be replenished occasionally. In many cases the O2 Filter will remove iron; correct the low pH problem and eliminate odor from a water supply. The O2 filter is equipped with a mechanical control.
Nitrates are a primary, health related contaminant which is especially harmful to the very young and unborn. FSN Systems utilize ion exchange to remove nitrates from water. They employ a nitrate selective resin which is regenerated with a salt water solution.
