The high dielectric constant of water and its bipolar characteristics (change of molecular orientation) can alter the electrical characteristics of the wall, making it positive at the top and negative at the bottom.
The water flows back to the ground, dragging some of the original salts with it.
This technology uses an external very low power energy source to create an electromagnetic field to change the electrical charges in the capillary system (water + wall of capillaries).
In addition to the flagship product - GECO France, have recently introduced MurEcoTronic, which works in a different way from Mur-Tronic. Thus providing the customer with two options and making it the market leader in its field!
What causes rising damp in walls?
The rotation of the Earth and its electrical, magnetic, geological and chemical characteristics create natural electromagnetic fields in certain geographical areas where buildings are constructed.
These electromagnetic fields induce electric charges in walls. The charges are very weak, but combined with the electric charges resulting from the circulation of water in the capillary system (zeta potential) and over a period of time they are the cause of rising damp in walls. The result is more or less evident depending on the type of material, its porosity, mineral salt content, etc.
The principle behind the MurEcoTronic ® process
To understand what happens in the capillary system of materials, which comprises bipolar molecules of water, and capillaries, you need to know that the system behaves like a cylindrical electrical condenser. Different concentrations of charges are observed depending on the level of the layers of water molecules and capillaries.
The function of the MurEcoTronic process consists of sending very weak electromagnetic signals to the capillary system, thereby constantly modifying the polarity of the layers separating the charges in the capillaries.
This principle makes it possible to neutralise the links between the H2O and salt ions and to lower the surface tension of the water which is high because of hydrogen bridges. This result is achieved using very little energy, contrary to the principle of electro-osmosis, which requires a greater input of energy.
The movement of water towards the top of the wall is halted, and the walls dry out, even in very damp environments.
It is easy to see that the process does not merely mask the effects of the rising damp, as is often the case with the chemical and other methods used over the past decades, but deals with their causes, i.e. the electrical characteristics of the soil and the chemical components of the walls.
Advantages of the process:
Non-destructive process, involving no major
constructional work or harmful effects on masonry
that is often in a fragile condition No chemicals Automatic action on all the walls of the building Effective and quick-acting on all types of materials
(to B3355 norms)Rapid installation Reversible ecological process devised with a focus on preserving the biological systems of living
organisms and plants The MurEcoTronic ® process complies with all the
requirements of norms in respect of the
environment and health The process uses “smart” electronics capable of
managing the process for drying out walls (optional:
management module using wall probes) Removes smells and the adverse effects of moulds on health.
Protect your investments, your health and the health of those you are responsible for! Install Mur-Tronic products!
• saltpetre,
• efflorescences of mineral salts,
• mould,
• smells and stains,
• peeling wallpaper,
• blistered paintwork,
• damages wall facings,
• warped wood flooring and other
woodwork, etc
ONCE AND FOR ALL!
Electrical field at 1 metre: <0.04 V/m
Magnetic field at 1 metre: <0.002 µT
Network power supply: 230V/12V/2W
Values in compliance with German recommendations on
habitat biology
Dimensions: length 30 cm x height 28 cm x depth 11 cm
Complies with European norms:
EN 61000-6-1 ed. 2007 - EN 61000-6-3 ed. 2007
EN 55011 ed. 2007 + A2 2007
Low-tension power supply EN 61000-3-3, EN 55022, EN 55024
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