What goes on behind the scenes of an electronic water softener? Although the results may surprise you, they result from careful scientific investigation. What follows is an investigation into the workings and technology of your best electronic water softeners.

To soften hard water, electronic water softeners employ electromagnetic waves. Calcium and magnesium ions, among other minerals, contribute to the formation of hard water. Mineral deposits in pipes, discoloration of clothing and fixtures, and dry skin and hair are just a few of the issues that can arise from exposure to these minerals in the home.

To soften water electronically, a magnetic field is applied to the water. By altering the shape of the mineral particles, the magnetic field stops them from accumulating on hard surfaces. After treatment, the water is clean and soft enough to use in your home’s plumbing and appliances.

The study of the motion of electrically conducting fluids in magnetic fields forms the basis for the technology used in electronic water softeners. The electronic water softener uses a coil to generate the magnetic field surrounding the water supply line. An electronic control unit is wired to the ring to produce a magnetic field.

The electromagnetic waves alter the minerals in the water as the water moves through the magnetic field. The waves create a repulsion between the mineral particles, stopping them from sticking to one another and accumulating. After treatment, the water flowing into your pipes and fixtures is clean and soft.

There is no need for salt or other chemicals when using an electronic water softener. These systems are more eco-friendly than conventional water softening methods, which can adversely affect the natural environment.

An electronic water softener is a greener option because it produces soft water without salt or chemicals.