o2 and corrosion control
Oxygen and Corrosion
Any metallurgist will tell you that almost all metal is going to corrode in the presence of oxygen. It's a natural process inherent to non-noble metals. The higher the oxygen content, the faster the rate of oxidation.
The Proteus system preempts this damage to metal plumbing by creating a colloidal barrier of magnesium and magnesium hydroxide, allowing the oxygen to liberate the dietary magnesium, but preventing liberation, or corrosion, of the underlying metal.
The Issue of Electrolytes, Electrolysis and Galvanization (this section pending review)
Any metallurgist will tell you that almost all metal is going to corrode in the presence of oxygen. It's a natural process inherent to non-noble metals. The higher the oxygen content, the faster the rate of oxidation.
The Proteus system preempts this damage to metal plumbing by creating a colloidal barrier of magnesium and magnesium hydroxide, allowing the oxygen to liberate the dietary magnesium, but preventing liberation, or corrosion, of the underlying metal.
The Issue of Electrolytes, Electrolysis and Galvanization (this section pending review)
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Not just for treating lead, the Proteus System was originally designed to stop corrosion from oxidation and electrolytic corrosion.
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