250 ml, Optimal Hydration & Electrolyte Balance
RESTORE is a full-spectrum electrolyte and mineral formula harvested from deep ocean plasma. It replenishes over 70 ionic trace minerals your body needs for energy, hydration, nerve signalling, and cellular repair. Think of it as foundational fuel for your entire system.
RESTORE replenishes essential minerals lost through sweat, stress, and modern diets, supporting deep cellular hydration and fluid balance.
BENEFITS:
- Improved Energy & Nerve Function: Provides ionic minerals crucial for mitochondrial energy production, muscle contraction, and nerve transmission.
- Alkalinity & Mineral Replenishment: Helps buffer acidity, support detox pathways, and maintain optimal pH for metabolic efficiency and long-term vitality.
- Longevity & Vitality: RESTORE replenishes essential minerals that decline with age, supporting mitochondrial health, bone density, hormonal balance, and cellular repair—helping you stay strong, energized, and resilient as you age.
RESTORE is a pure solution made from ocean water off the southern coast of Australia — pulled from an area that is especially teeming with minerals and trace elements that are vital to human health and well-being. The ocean water, where almost every mineral and trace element required by the human body can be found, is gathered and dehydrated using solar evaporation.
Transform every glass of water into an electrolyte drink! RESTORE contains 70+ major and trace minerals, 1,800+ mg of ionic sea minerals in every tsp and 12% of your daily required magnesium in every serving.
The ocean minerals found in this special solution provide your body with a myriad of health benefits including strengthening your bones, soothing muscle aches, protecting your organs, boosting your energy levels, and replenishing the magnesium your body is missing!
Most electrolyte drinks use isolated minerals or synthetic forms. RESTORE contains naturally balanced ionic minerals in the exact ratios your body recognizes—sourced from ocean plasma that mirrors human plasma.
