The DUTCH CLEAR Water softener magnet
Dutch Clear
The DUTCH CLEAR Water softener magnet. Even more scientific proof of effectiveness.
RESEARCH
This laboratory research from 2021 once again shows through scientific evidence that the hardness of water can be strongly influenced by magnetic radiation. Below is an explanation of both the summary and the conclusion. Everyone can convince themselves of the scientific evidence.
2021: Effect of magnetic field on calcium carbonate precipitated in natural water with predominant temporary hardness.
RESUME
This work evaluates the magnetic treatment efficacy of natural water that can be classified between medium hard to very hard water. To this end, the effects of the magnetic water treatment (MWT) were studied on the properties of the calcium carbonate precipitates detected in most of the water and on the surfaces in contact with water. In particular, MWT leads to an increase in the mass of the bulk deposit and to a reduction in the mass of surface deposits (on the order of 60 and 40% for medium and high hardness water) compared to that for non-magnetized water. In addition, the positive effect of MWT was also verified after 14 days.
Introduction
Limescale deposits from natural water often lead to numerous technical and economic problems in industrial plants and household appliances by blocking water flow in pipes or restricting heat transfer in heat exchanges (Legrand and Leroy, 1990). Since the beginning of this century, various chemical or physical treatments have been proposed to reduce limescale. Because the use of limescale inhibitors changes the water composition, they should be avoided for drinking water distribution. Therefore, physical treatments can be used because they do not change the drink ability of water. Magnetic treatments in particular have attracted a lot of attention for more than 100 years.
Conclusion
The series of experimental results shows that any water with certain chemical-physical characteristics requires the optimization of a series of parameters designed to reduce the mass of the deposited carbonate and increase the size of the calcite crystals, characteristics that allow easy removal making calcite from surfaces.