Research Studies
Please feel free to read the following 4 independant research articles.
The Clarity
The MagnaPool system contains natural flocculating properties that are superior to salt and chlorine systems. Put simply, flocculation is the process whereby small destabilised or dispersed particles are drawn together creating larger amalgamations resulting in exceptional water quality and improved water clarity. The research paper below provides scientific technical information about the effectiveness of flocculation and its process in the MagnaPool system. Magnesium is a natural flocculant, and its process in the MagnaPool system is imperative.
The Minerals
The Magnesium Chloride mineral as you bathe and swim, can be absorbed through the skin at cellular level. This process is called Mineral Science Therapy. This extremely important mineral can aid in the reduction of stress, anxiety, aches and pains. It also plays a vital part in detoxifying the body. The research paper below verifies that transdermal absorption is the best method to receive optimal levels of Magnesium to attain health benefits suggested.
Health Effects of MagnaPool Minerals Through Transdermal Absorption by Navin Chandrasekaren
Diamond Kleen
When compared to regular sand, Diamond Kleen ™ filtration media can save up to 65% of water through more efficient backwashing. This is due to the larger spaces between the particles which allows for a more efficient water flow. This efficiency will also result in a reduction of electrical power required, lowering the amount of carbon emissions sent into our environment.
The Effects of MagnaBlu Minerals used in a Domestic System by Jessica Sticklen
Please note that the publishing of these research papers is the responsibility of the respective authors through their academic institutions in due course. Once published, Poolrite and MagnaPool will edit these papers for non-scientific readability with the respective author's permission.
We welcome and encourage peer review, should you be interested in reviewing these studies, please contact Poolrite Research at info@poolrite.com.au