water fermentation is indispensable in many areas - whether in households with hard water or in industry where the softening of water is desired. Most of us know the problem: Lime deposits in pipes, fittings and devices can significantly shorten the lifespan of these systems. Therefore, many companies and households use ion exchange water torturers to get the problem under control. But this solution brings with it your own challenges that are often overlooked. Here we take a look at the less known side effects of ion exchange systems and explain why
What do ion exchangers actually do ?
ION exchange water-hardener work by replacing the hardships of calcium and magnesium ions for sodium ions in water. This process makes the water softer and thus reduces the formation of lime deposits in pipes and devices. First sounds like a practical solution. But as with many technologies there is also a downside.
The disadvantages of ion exchangers: more than just a little something
Although ion exchangers are effective against lime, there are some less known problems that can arise from the use of this technology:
1. salt residues and deposits
ion exchanger exchange calcium for sodium, which means that the water becomes calkarm, but instead has an increased sodium content. This can lead to deposits that affect pipes and fittings in the long term. This can even be unnecessary in areas with low minerals, since the water is naturally soft enough.
2. Corrosion risk due to soft watersoft water has its pitfalls. Studies have shown that softened water is often more aggressive compared to pipes because it does not form a protective lime layer. As a result, the corrosion of metals can progress faster, which ultimately leads to expensive maintenance and repairs. This applies in particular to older pipe systems, but also modern installations are not immune to this problem.
3. Microbial growthAn often overlooked problem is the possible formation of biofilms in water -bearing systems. Soft water can favor the growth of bacteria and microorganisms. This is a problem in particular in sensitive industries, such as food and beverage production or in healthcare. The hygiene requirements are particularly high there, and the risk of contamination must be reduced to a minimum.4. Health concerns Sodium in the water is a controversial topic, especially for people with health restrictions such as high blood pressure. Even if the sodium content in the devastated water does not increase dramatically, it can become a problem in combination with other sodium sources. There is also indications that too much sodium in the water could be harmful in the long term, especially in regions in which water also contains chlorine. ion exchangers are not suitable for every use. Especially in industries that have to comply with high hygiene standards, such as hospitals or food processing companies, the risks mentioned above can lead to significant problems.The risks should also be carefully weighed in regions with already soft water or in households with old pipelines. At this point The
When ion exchangers could be the wrong choice
How does
The advantages of
No chemical additives
In contrast to ion exchangers, Lower risk of deposits and corrosion :
Since environmentally friendly and low -maintenance :
Improved water quality :
The hexagonal structuring of the water ensures that nutrients can be better absorbed, which is not only an advantage for the human body, but also for plants and animals.FAZIT: A decision for the future
ion exchangers can be a sensible solution in certain cases, especially when it comes to preventing limescale deposits. But they also bring hidden costs and risks with them, which can lead to problems in the long run. For companies and households that are looking for a more sustainable and healthier alternative,