Bioavailability
Why ionic minerals absorb dramatically better.
The mineral form matters more than the dosage. Here's the science behind why naturally-occurring ionic trace minerals are the bioavailability gold standard.
Ionic minerals
Already dissociated in solution. The body can absorb them directly through cell membranes — no enzymatic conversion needed.
Colloidal minerals
Suspended particles too large for direct cellular uptake. Body must convert them, losing most en route.
Rock-derived (clay)
Inorganic, undissociated. Most pass through the digestive tract unabsorbed.
The deeper science
What makes Natural Minerals 'ionic'?
When mineral salts dissolve in water, they break apart into charged particles — ions. Our concentrate is harvested from a brine that has been ionic for thousands of years; it ships in that ionic state and stays bioavailable on contact with the human body.
Cellular absorption
Cell membranes are designed to transport individual ions through aquaporins and ion channels. Ionic minerals are already in that usable form.
No digestive load
Rock and colloidal minerals require stomach acid to break apart — a process that fails for many people, especially as they age.
Synergy of 70+ ions
Single-mineral supplements miss the synergistic effect of full-spectrum trace mineralization. Ours mirrors what humans evolved to consume.
Stable in formulation
Ionic dissolution means the minerals stay homogeneously distributed in water, beverages, and cosmetic emulsions without settling.
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