Better water quality!
The best solutions are simple and natural – just like nature itself. That’s why our products don’t need electricity, additives or water chemistry. Here you can learn how a WATERspin works and find answers to your most urgent questions:
What does limescale reduction and anti-germ protection mean?
An idea taken from nature itself. A special vortex chamber technology demonstrably converts the temporary water hardness (calcite, dissolved limescale) into microscopically small nanometer-sized, thermally and mechanically stable limescale crystals (aragonite). This procedure mimics a natural waterfall. The limescale crystals can no longer adhere due to their small size and lack of adhesion properties. This results in significantly fewer limescale incrustations and existing limescale deposits dissolve over time.
Scientifically proven. Studies by the University of Marburg-Gießen and the Hagalis Institute confirm the effectiveness. The WATERspin installed so far, whether on taps or on house connections in the main water supply lines, have in all cases – regardless of the water supplied by the utilities – successfully confirmed the transformation of limescale.
Scientifically explainable. A WATERspin works with the scientifically explainable principle of turbulence. This increases the surface tension of the water and thus prevents the formation of germs, viruses, legionella and putrefactive bacteria in the water.
Literature references: Publications by Prof. Konstantin Meyl (z. B. “DNA-und Zellfunk: Eine feldphysikalische Erklärung der Zellkommunikation über magnetische Skalarwellen”), Viktor Schauberger (z. B. “Das Wesen des Wassers”), Masaru Emoto (z. B. “Die Botschaft des Wassers”) and others.
What is the difference between a WATERspin and other water softening systems/decalcification systems?
Lower acquisition costs. No follow-up costs. Commercially available systems on the market cost between 30 – 200% more than a WATERspin. Almost all systems incur frequently recurring follow-up costs for consumables, cleaning, operation or regeneration. With the WATERspin the follow-up costs amount to 0 €.
Conversion instead of filtration. The WATERspin does not remove the limescale from the water, because we need the calcium carbonate in the water for different reasons. Rather, the WATERspin converts the hard-to-remove calcite structures into aragonite. Aragonite is small, rounded and smooth – so it does not permanently adhere to surfaces that come into contact with water.
‘’Stiftung Warentest’’ says: “…Ion exchangers remove calcium and magnesium ions from hard water and exchange them for sodium. However, permanently installed systems must be regularly regenerated with salt. From a health perspective, the minerals calcium and magnesium are desirable in drinking water…”. Link https://www.test.de/Filter-und-Enthaertungsanlagen-fuer-Trinkwasser-Meist-ueberfluessig-1758406-0/
• Ion exchangers, magnetization and water magic? A WATERspin leaves all valuable elements in the water (magnesium, calcium, calcium carbonate, among others) and the treated state of the WATERspin water is stable. A WATERspin does not filter or remove the valuable elements, but decompresses the water by its own flow dynamics. Without magnet, without cosmic energy, without ion exchange and without water chemistry. Simple – genius – natural.
• Ion exchange resins for water softening remove calcium and magnesium ions from the water and replace them with sodium ions. This increases the sodium content in the water. Each ion exchanger has a certain capacity. When this capacity is exhausted, the resin must be regenerated by adding brine.
Which costs will be eliminated when switching from a commercially available system to a WATERspinr?
Ongoing operating costs such as 20-40 kg of salt for the regeneration of the salt bed per year are eliminated.
Control heads for ion exchange systems no longer need to be replaced.
Additional electricity costs are not incurred.
Regular rinsing processes to prevent germination can be waived.
No additional installation of pipe separation systems to prevent recontamination.
Can WATERspin water be used for coffee, tea, mixed drinks or for cooking?
Water, which was treated with a WATERspin, complies with the German Drinking Water Ordinance in all respects.
When preparing tea, the unpleasant coating on the surface of the liquid will be significantly reduced. The pleasant good taste of hard water, well known among tea drinkers, is preserved.
The function and water treatment via a CO2 bubbler will not be affected.
No substances are added to or removed from the raw water you receive from the utilities. Only the temporary water hardness (dissolved limescale) is converted into another form.
What are advantages for electronic devices when using a WATERspin?
According to several studies, WATERspin treated water has significantly better technical and biological features than untreated water. The result is a reduced risk of calcification and a significantly improved water quality. At the same time, the bioavailability of minerals is significantly improved. In other words, spring water quality at every tap.
Usage of rinsing or washing agents can be reduced significantly.
Existing limescale or incrustations on built-in water heaters, heating coils, etc. slowly recede. New limescale is no longer formed.
What is there to consider during installation and operation?
100% maintenance free and 100% energy efficiency. A WATERspin does not need electricity. It has no moving parts and therefore no wear and tear. The WATERspin does not need to be regenerated and does not require chemicals such as chlorine, salts, granules, zinc or others.
Only commercially available service wrenches should be used for assembly and disassembly to protect the WATERspin tub surfaces from damage. Existing gaskets should be used properly and checked for tightness.
Products for domestic water connection are installed as standard AFTER the pressure reducer & coarse water filter in the cold water supply line (see picture below).
After installation, the cold and hot water supply in the entire house or apartment will be done with treated WATERspin water. In case of direct installation into a hot water pipe, the temperature maximum must not exceed 80 °C.
Usage of a WATERspin is not limited by water hardness. Good to very good results are achieved up to 40 °dH. In case of well water high in iron and manganese, a WATERspin can not be used.
How can correct function be checked?
Signifikant results require suitable testing methods.
The classic water-hardness measuring equipment indicates the same hardness in WATERspin water as in raw water. This is due to the indicator chemicals, which only detect the calcite crystals formed (consequently, aragonite is also identified as such). BUT the treated water shows all the known effects of soft water, e.g.
• the white stains (limescale) on tiles, faucets and other surfaces can be wiped off – without much effort or cleaning agents – like dry powder
• Soap foams more when washing hands
• Dishwashers and washing machines need less washing-up liquid and detergent
A simple test of the effectiveness can be carried out by boiling treated WATERspin water in a pot. The resulting residue (limescale) does not form solid deposits, but can be easily removed by wiping out the pot.
What effects does the use of a WATERspin have on rusted or heavily calcified water pipes?
In old piping systems in areas of higher water hardness, a considerable layer of limescale has often accumulated in the water pipes over the years, often interspersed with rust particles and other corrosion products.
If this limescale layer slowly decomposes through the use of a WATERspin, the released rust and dissolved limescale particles can escape from the faucets for a while and possibly clog aerators, aerators and shower heads. Here, an occasional purely mechanical cleaning of aforementioned parts is a simple solution to the problem.
What has to be considered when cleaning a WATERspin (applies to screw-on adapters)?
Cleaning is only required on the outside and with commercially available cleaning agents.
The inserted jet regulator can be easily cleaned from below at the water outlet with a standard household brush.
To clean the inserted swirl chamber, disassemble the WATERspin tub with a service key for jet regulators and then mechanically clean the now removable swirl chamber with diluted citric acid and a household brush if necessary.
Then insert the swirl chamber into the receptacle housing with the 60 ° tip pointing downwards towards the water outlet and reassemble.
Do not use vinegar or other aggressive agents.
Do not boil the swirl chamber. Suitable up to: max. 75 ° C.
The WATERspin bath does not need to be disinfected or cleaned with special chemicals.
