OUR PREMIUM MINERAL MATRIX
By balancing the sodium from our premium sea salt with three distinct forms of potassium and magnesium, we created a complete electrolyte matrix engineered to flood your cells with hydration, optimize muscle recovery, and fuel natural energy metabolism.
FOR OPTIMIZED CELLULAR HYDRATION
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FOR OPTIMIZED CELLULAR HYDRATION ·
OUR MAGNESIUM TRI-COMPLEX
Microscopic Imaging of Magnesium Cell Structures
MAGNESIUM MALATE
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Chosen for its exceptional bioavailability, Magnesium Malate binds elemental magnesium to malic acid—a natural compound that plays a critical role in the “Krebs cycle”, the cellular pathway that converts nutrients into ATP (cellular energy). This makes it an indispensable addition to our daytime and active formulas. By supporting optimal muscle contraction and helping to buffer lactic acid buildup during physical exertion, Magnesium Malate targets muscle fatigue at the cellular level, providing clean, sustained stamina without a crash.
MAGNESIUM GLYCINATE
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Bound to the calming amino acid glycine, Magnesium Glycinate is highly revered for its gentle impact on the digestive system and its superior absorption rate. Because the body recognizes this compound as an amino acid chelate, it bypasses standard mineral competition in the gut, eliminating the laxative effect common in low-grade supplements containing magnesium oxide (the cheapest form of magnesium out there). Magnesium Glycinate excels at soothing the nervous system, easing muscle tension, and lowering systemic stress, making it the perfect functional foundation for both physical and mental restoration.
MAGNESIUM CARBONATE
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Magnesium Carbonate serves a vital dual-purpose in our hydration complex. From a structural standpoint, it works as a highly effective buffer that naturally stabilizes systemic pH levels in the body post-exertion, neutralizing metabolic acidity. Furthermore, when dissolved in liquid, it interacts dynamically with the naturally occurring citric acid in our whole-fruit powders, transforming into a fresh, highly bioavailable magnesium complex that is rapidly pulled into the bloodstream to kickstart cellular rehydration.
OUR POTASSIUM TRI-COMPLEX
Microscopic Imaging of Potassium Cell Structures
POTASSIUM CITRATE
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Chosen for its exceptional solubility and swift absorption rate, Tripotassium Citrate binds elemental potassium to organic citric acid, making it highly bioavailable and readily recognized by the body. Once ingested, it moves rapidly across the intestinal wall to quickly restore cellular fluid balance, regulate healthy blood pressure, and prevent muscle cramping associated with dehydration. Furthermore, as it is metabolized, the citrate portion of this molecule acts as a natural systemic alkalizer, helping to buffer metabolic waste and reduce muscle soreness post-exertion.
POTASSIUM GLUCONATE
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Bound to gluconic acid—a mild organic compound naturally derived from glucose—Potassium Gluconate is celebrated for its gentle impact on the GI tract and its steady, sustained absorption qualities. Because it utilizes a distinct metabolic pathway for uptake, it works in tandem with the more rapid releasing Potassium Citrate, ensuring a more smooth, prolonged release of elemental potassium into the bloodstream. This makes it an invaluable asset for physical endurance and long-term recovery, supporting continuous glycogen storage and maintaining steady electrical conductivity in hard-working muscle and heart tissues.
POTASSIUM BICARBONATE
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Potassium bicarbonate is a heavy-hitting functional compound selected specifically for its unmatched cellular buffering capabilities, and our grandmas knew to take a spoonful of bicarbonate in water as a home remedy for muscle cramps and acid reflux. As a vital alkaline mineral, it works instantly to neutralize excess metabolic acidity in the blood and muscle tissues caused by intense physical or mental stress. When dissolved in liquid, it also reacts beautifully with the native citric acid in our whole-fruit powders, creating an effervescent synergy that enhances overall mineral solubility and absorption.