Effects on Water and Similar Fluids

Prevents Scale Formation: When dissolved solids precipitate from the fluid, they form crystals of very low physical strength; a light powdery film forms rather than the hard scale from a tight lattice structure. In the case of calcium carbonate, the crystal form becomes delicate aragonite rather than hard calcite. Both crystals have the same empirical formula, but their internal bonding and physical strengths are very different.

Removes Existing Scale: When the surfaced-charged particles are carried downstream into a scaled area, they collide with the scaled surfaces and progressively transfer their charge to the scale. This charge transfer interferes with the lattice bonding of the scale, converting it from a hard-as-rock material into a soft deposit with the consistency of peanut butter. This soft deposit is easily eroded by the passing fluid.

Surface Tension and Viscosity Reduced: Tests have shown that hard water, after effective  magnetization, will have a lower “surface tension”. This results in an immediate increase in flowability and water pressure, and it makes the water "wetter".  These conditioning systems accelerate reagent diffusion, making chemicals such as disinfectants, biocides, corrosion inhibitors, etc., more efficient and effective.

Density & Solubility Increased: Immediate better (silky) feel and greater soapability when washing. And better taste because the magnetic effect de-gasifies water, meaning it releases gases such as chlorine and sulfur, thus making for better taste. The magnetization of the water also re-attracts the mineral deposits from the surface of the pipes, as described in above, thus de-scaling the pipes, and locking the natural minerals into the water for healthy consumption.