What is the Structured Matrix and how does it work?
This unique technology has three mechanisms which work simultaneously and synergistically to give the system outstanding effectiveness over a broad range of contaminants. These non-chemical mechanisms remove contaminants and purify your water naturally and more effectively than any other technology. . For details click here. 5. Isn’t it necessary to add chemicals to destroy bacteria? Normally, yes. Chlorine, bromine, iodine, ozone and sometimes silver and other pesticides (economic poisons) are frequently used to destroy bacteria. Because it is our goal to remove chlorine and other economic poisons, it simply makes no sense to add even more of them during the so-called purification process. The SEAGULLIV system does not rely on chemicals and is well-known as the ecologically friendly, chemical free water purifier!. The Nature-Pure ULTRAFINE system uses the same Structured Matrix technology as the SEAGULLIV. 6. What bacteria should I be aware of in my drinking water and what happens to
There are three mechanisms which work simultaneously and synergistically to give the systems outstanding effectiveness over a broad range of contaminants. These mechanisms are (1) ultra-fine submicron filtration, (2) molecular capture and broad-spectrum absorption and (3) electrochemical separations, incorporated into a Structured Matrix to provide uniform flow and reliability and to prevent channeling. The first mechanism strains bacteria, Giardia, Cryptosporidia, and other larger organisms and particle matter from the influent water, much like a window screen keeps flies from entering the house. The second mechanism is an integration of pharmaceutical grade, high quality adsorption and molecular sieving materials into the microstructure for high efficiency in removing trichloroethylene, PCBs, pesticides, herbicides and many other commercial contaminants. The third mechanism consists of negative and positive electro-attractive forces, which are permanently induced into the matrix to a
