Eddy Water Descaler Electronic Water Softener Review
Traditional water softeners work to reduce the presence of calcium, magnesium, manganese and ferrous iron in hard water. It’s these hardness ions that bring upon the negative effects of hard water and require treatment from water softeners.
That said, there are alternatives to water softeners. We here at iWaterpurifications, for one, love the Eddy Water Descaler Electronic Water Softener – an electronic alternative to traditional water softening products.
When you are dealing with hard water, magnesium and calcium carbonates can develop into deposits clogging and result in blockage, restricted flow and overheating.
The ions in hard water create galvanic corrosion — a process when one metal corrodes after interacting with a different type of metal if both are in contact with an electrolyte. This tends to result in leaky cylinder springs.
While the Eddy Electronic Water Descaler is not a water softener, it’s able to provide a solution to these hard water issues. In fact, in many ways it emulates some of the advantages you’d get from some of the best water softeners without actually softening water — and without any salt or chemical additives to boot.
For more water softener options, be sure to read our extensive guide of water softener reviews to help you determine which one makes the most sense for you and your water supply.
Read on to learn how our favoured electronic alternative works, and how it differs from conventional salt-based reverse osmosis systems:
An Electronic Alternative to Water Softening
There are various ways to handle hard water — which is why we’ve rounded up tips for homeowners with hard water to provide some different options for treating this water.
The Eddy descaler, for example, is a slimline, electronic water treatment solution with a twist. Rather than using salt and reverse osmosis, this is an electrical device with coils instead of a cartridge. These coils wrap around your piping, but how is the water treated?
A Different Approach to Water Treatment with Electromagnetic Waves: The electromagnetic waves emanating from the descaling unit work to reduce the harmful effects of magnesium, calcium, and manganese salts in your water, which is what makes it hard. This is the limescale build-up that the Eddy attacks rather than altering hardness levels.
By converting the magnesium and calcium crystals to a less corrosive and softer form, it ensures that they won’t adhere to the basins and taps or the toilets and pipework in your home. This solution can also be flushed away benignly with your regular wastewater.
Useful Minerals are Not Removed: Some minerals such as magnesium and calcium are a real nuisance for your pipework and appliances since they cause limescale to accumulate and clog things up, ultimately leading to reduced lifespan and possibly complete breakdown.
That said, they can be healthy to drink in small quantities. Since the electromagnetic system in the Eddy alters the chemical state of these minerals rather than removing them, you get the best of both worlds.
Updated Model: This descaler has been in production since 2003 when it came with a triple coil. The retooled model now comes with a pair of coils, improving performance and overall power despite having fewer.
Environmentally-Friendly Treatment for Your Water
If you’re as concerned about your environmental footprint as your bank balance, the Eddy descaler is an eco-friendly choice. After all, there are various water facts that will show how certain water treatment methods can be detrimental to the eco-system,.
No Salt or Chemicals: Traditional water softeners use salt-based reverse osmosis to soften the water. The ongoing expense of buying salt coupled with the large amount consumed by the system and flushed down the drain increases your water bill while also dumping sodium salts into the wastewater, which is less than ideal for the environment. You’ll get none of this with the Eddy.
Environmental Impacts of Salt: Why is using salt considered eco-unfriendly? When discharged into the environment, salt is a pollutant. Chloride can even be harmful to both aquatic life and crops. Unfortunately, when a regular water softener dumps salt waste down the drain during the regeneration process, it