Water Ionizer Cleaning Cycles2011-2-26 11:37:54
water ionizer separates water into alkaline water and acid water using a process known as electrolysis, we drink alkaline water to enjoy the benefits created from the transformation of water through ionization.
Here is the situation: Water has minerals. Minerals will build up on the electrodes over time. The electrode is the piece of equipment in your ionizer that alters the quality of the water. Mineral build up or "scaling" decreases an electrode's ability to transform the water. The compromised electrode will then not be able to transform the water efficiently - unable to give you the benefits you bought the ionizer for in the first place.
Before you buy an ionizer it is crucial you understand its cleaning cycle. In fact, the cleaning cycle is one of the most important considerations because it determines how well your ionizer will perform over the long haul.
Here are the details: each electrode has either a positive or negative polarity. Reverse polarity simply switches the charge. While it is true that all ionizers clean through what is known as "reverse polarity cleaning" - all reverse polarity cleaning cycles are certainly not created equal.
There are two parts to reverse polarity cleaning:
A reversal of the polarity on the electrodes which repels anything that is sticking there.
A washing or "bathing" of the electrodes in acidic water - the only effective way to clean scale
These important aspects determine the efficacy of the cleaning cycle:
1. For optimal cleaning, the ionizer must feature a good acidic to alkaline cleaning ratio. The more acidic water is run to bath the electrodes the cleaner the ionizer and the greater its performance and longevity. This is not unlike putting in extra "elbow grease" to clean a tough spot - a brief once over will often not do the job effectively.
2. The way an ionizer is "programmed" to clean is crucial in determining the cleaning ratio. Some units clean each time you start water flow (you must either wait or override the cycle). Some units operate on a timer system that initiates cleaning on an interval such as every 12 hours. Some are set to trigger cleaning after a set volume of water passes through the ionizer. Some even require manual cleaning, where the user has to initiate cleaning. Each has its draw backs: you can forget to trigger a manual cycle, you have to wait or override a pre-use cycle, the timer based systems and in fact all these systems have poor acidic to alkaline cleaning ratios (or not enough elbow grease). The final drawback is that with each of the above systems you have to wait for the cycle to complete before you can receive alkaline drinking water.
EHM Group LIMITED
. is specialized in healthcare for many years. With years of endeavor, EHM has developed to be a manufacturing, selling, and after-sale service integrated Hi-tech enterprise of alkaline water ionizer. Welcome to contact us!