from germany
Technology and equipment

Mechanism of scale prevention

As circulating water passes through an electromagnetic field, it is subjected to Lorentz forces, causing calcium and magnesium ions to collide with carbonate ions to form aragonite calcium carbonate. Its surface has no electric charge, does not stick to the inner walls of the pipes, and stably floats magnetically in water, moving with the water flow and preventing buildup on the heat exchanger surface, providing a stain-proofing effect. It is discharged after reaching a certain concentration factor.

Scale removal mechanism

Under the action of electromagnetic field, water molecules undergo polarization and magnetization, and chain-like or bulky polymer clusters are cut into small molecular clusters, which improves water activation and scale solubility. Tiny water molecules can penetrate, surround, loosen, dissolve, and remove old scale.

At the same time as descaling, the electrostatic attraction between the old scale and the heat exchanger wall is destroyed by the action of the electromagnetic field, and the original scale on the inner wall of the pipe gradually softens and eventually peels off to achieve the descaling effect.

Rust removal/anticorrosion mechanism

Positive and negative ions in water move in opposite directions under the action of an electromagnetic field, with positive ions moving to the cathode in the magnetic field and negative ions moving to the anode, creating a potential difference and generating a minute electron flow. Red rust that forms on the inner walls of pipes reacts with electrons in the following ways:

3Fe₂O₃·nH₂O+2e → 2Fe₃O₄+(1/2)O₂+3nH₂O

The generated magnetic oxide film (Fe₃O₄) isolates the inner wall of the pipe from water and prevents corrosion from progressing.