The hydrogen reduction ball formed by the mixture of natural ores and metallic minerals is produced through the low-temperature hot-air drying process after being treated with weak heat of less than 120°C for a long time, and it is stable in terms of catalytic and activation functions. In particular, the hydrogen reduction ball is widely used as a functional material (raw material) that not only maintains the sustaining power of dissolved hydrogen (H) and minus ORP but also changes water to have the physical properties of high antioxidant activity, by strengthening Oxidation Reduction Potential by the generation action of hydroxyl ions (OH-) due to the generation of hydrogen (H).

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The hydrogen reduction ball formed by the mixture of natural ores and metallic minerals is produced through the low-temperature hot-air drying process after being treated with weak heat of less than 120°C for a long time, and it is stable in terms of catalytic and activation functions.
In particular, the hydrogen reduction ball is widely used as a functional material (raw material) that not only maintains the sustaining power of dissolved hydrogen (H) and minus ORP but also changes water to have the physical properties of high antioxidant activity, by strengthening Oxidation Reduction Potential by the generation action of hydroxyl ions (OH-) due to the generation of hydrogen (H).
It does not dissolve or produces dust under any circumstances. It also always maintains clear and fresh physical properties as no magnesium hydroxide is generated.
Washing is not required as magnesium (Mg).


Features of the hydrogen reduction ball

• Activating hydrogen generation
• Strengthening Oxidation Reduction Potential
• Increasing alkalinity
• Generating antioxidant
• Maintaining rapidity and sustainability