ZETA POTENTIAL IS CONSIDERED TO BE THE ELECTRIC POTENTIAL OF THE MINERALS IN WATER.
SOFTERWATER LOWERS THE ZETA POTENTIAL OF WATER BY A FACTOR OF ALMOST 2.
THE RESULTS AND ADVANTAGES
Nuclei are introduced into the system providing an attractive site for minerals to combine as nano sized colloids which remain in suspension and flow through
the system rather than precipitating on pipes and equipment. These subtle changes to the electrical charge of the minerals in water have significant effects on reducing down stream costly hard water problems!
MINERALS WITH HIGH ZETA POTENTIAL (NEGATIVE OR POSITIVE ELECTRICAL CHARGE) ARE ELECTRICALLY STABILISED, REPEL EACH OTHER AND PRECIPITATE ON PIPES AND EQUIPMENT.
COLLOIDS WITH A LOW ZETA POTENTIAL TEND TO AGGREGATE AND REMAIN IN SUSPENSION RATHER THAN PRECIPITATE ON PIPE AND ASSOCIATED EQUIPMENT.
STANDARD WATER SYSTEM
WITH SOFTERWATER CONDITIONER
STANDARD WATER SYSTEM SCALE-CAUSING MINERALS HAVE A HIGH ELECTRICAL CHARGE, REPEL EACH OTHER AND ‘STICK’ TO PIPES AND EQUIPMENT CAUSING COSTLY HARD WATER PROBLEMS.
SOFTERWATER CONDITIONER-THE SOFTERWATER ALLOY PRODUCES A TURBULENT MINERAL-ATTRACTING GALVANIC ACTION REDUCING THE ELECTRICAL CHARGE OF MINERALS. NON-STICKING NANO SIZED COLLOIDS ARE FORMED AND FLOW THROUGH THE SYSTEM IN SUSPENSION SIGNIFICANTLY REDUCING HARD WATER PROBLEMS.