Scale buildup is an Electrical Problem – Logic calls for an Electrical Solution
Scale crystals carry electrical charges – positive and negative. These electrical charges concentrate on the sharp edges of the scale crystals. The sharper the edges, the stronger the charge. The stronger charge results in larger crystals and stronger crystal bonding.
The bonding of one scale crystal to another scale crystal and/or to the walls of a pipe or vessel is a function of the attraction between positive and negative charges on the crystals and/or the vessel walls.
The Scale X Technology Magnetic Fluid Conditioner is based on the principles which relate to the interaction between a magnetic field and the charge on the diamagnetic scale crystals as the fluid passes through the magnetic field. The same principals are used in electric generators, that is, the interaction between a magnetic field and a metallic conductor (coil) passing through the field which causes an electric current (electric charge) to flow through the conductor.
Our descaling technology is empirically demonstrable
Not so well known is the effect of a magnetic field on a fluid flowing through the magnetic field. The American Petroleum Institute in a paper released at the 45th Annual Meeting of the International Water Conference in 1984 stated:
“A fundamental law of physics states that the motion of a conductor through a magnetic field will cause a voltage to be produced. This principle of electromagnetic induction was first demonstrated by Faraday, and applies not only to conducting solids such as wires, but also to conducting fluids such as aqueous solutions containing dissolved electrolytes.”
Scale deposition is not a chemical problem, but it is an electrical problem resulting from the attraction between positive and negative charges. Obviously an electrical solution is the logical approach to reduce or prevent crystal bonding (scale deposition).