The Beautiful Mineral Magnesium
What is Mineral Science Therapy?
Mineral Science Therapy is the absorption of Magnesium chloride through the skin. This transdermal method can have a powerful effect in assisting the body to build and store optimal levels of Magnesium, and in turn promote a healthy well-being.
Two forms of Magnesium are found in MagnaPool™ water:
Magnesium chloride found in MagnaPool™ minerals is derived from the ocean. This form of Magnesium has been found to have extremely beneficial properties in assisting your internal health, as well as balancing your mind and body.
Magnesium chloride can assist in detoxing the body, reducing aches and pains, reducing stress and anxiety and providing the muscles with energy. Magnesium is responsible for over 300 crucial enzyme reactions and cellular processes in our body.
The MagnaPool™ hydroxinator produces Magnesium Hydroxide – this form of Magnesium is known to be gentle on sensitive skin and other problem skin conditions. Magnesium has the ability to work like a magnet on your skin, helping to detoxify the skin and body of impurities and to reduce pore size, ultimately leaving your skin feeling soft, radiant and smooth.
Supported by centuries of use, this miracle mineral is the basis of MagnaPool’s Mineral Science Therapy. We believe in the importance of providing natural, crystal clear and healthy water for people to swim and bathe in everyday.
Did you know that more than 65% of the world’s population are Magnesium deficient?
- Studies have proven that absorbing Magnesium chloride through the skin (transdermally) is one of the most effective ways for the body to maintain healthy levels of this important mineral.
- Magnesium is responsible for over 300 crucial enzyme reactions and cellular processes in the body.
- Magnesium can support detoxification, reduce stress and anxiety, help to alleviate aches and assist with a healthy sleep cycle.
- Magnesium promotes energy and well-being.
- Magnesium can soften and encourage healthy skin.
- Magnesium shields our cells from heavy metals such as aluminium, lead and mercury.