Euroacque Magnetic and Electrophysical Limescale Removers

How does salt-free limescale remover work?

Problem: The calcium present in the water naturally occurs in the form of Calcite , a crystal that tends to aggregate and become "stone", blocking pipes and exchangers.

Solution: Euroacque devices (MAG or TRONIC Series) subject the water to a strong forced magnetic field. This physical shock transforms calcite into aragonite .
Aragonite has the same chemical composition, but a different physical form: it's a fine, slippery powder that doesn't stick to metals and is carried away by the flow of water. The result? Clean pipes and efficient boilers.

Which to choose: Magnetic or Electrophysical?

• Magnetic limescale remover (e.g., EuroMAG): Uses permanent neodymium magnets. Affordable, easy to install, and ideal for protecting individual appliances (under the boiler or in front of the washing machine).
• Electrophysical Air Conditioner (e.g., TRONIC): Uses an electrical control unit that generates variable-frequency pulses. More powerful and consistent, it's ideal for treating water throughout the home (installed after the meter).

Frequently Asked Questions about Magnetic Limescale Removers

1. Does the magnetic lose its effectiveness over time?

The high-quality permanent magnets used by Euroacque (neodymium) lose a negligible amount of power over decades. This makes the device virtually eternal and requires no periodic replacement.

2. Where is the magnetic limescale remover installed?

The effectiveness of magnetic treatment lasts for a certain time and distance. For this reason, small magnets (1/2" or 3/4" threaded) should be installed as close as possible to the appliance to be protected (e.g., on the cold water inlet of the boiler or washing machine). Larger electrophysical systems can cover the entire home network.

3. Do you need an electrician?

For simple magnetic models, no: they are passive hydraulic connections. For electrophysical models (with control unit), yes: a nearby power outlet (220V) is required to power the pulse generator.