Hydration + Muscle Function
While sodium often takes center stage in electrolyte replenishment, potassium is just as important for endurance, muscle contraction, and cardiovascular function.* Pico Potassium® for Sport delivers a highly absorbable, ionically stable potassium formula that supports hydration, normal muscle function, and nerve signaling* without artificial additives or unnecessary fillers.
Pico Potassium®’s advanced ionic formulation supports rapid cellular uptake, helping athletes maintain steady potassium levels.* Potassium plays a key role in hydration, normal muscle function, a normal heart rhythm, and energy output under exertion.* Unlike traditional potassium supplements that can cause digestive discomfort, Pico Potassium® delivers precision hydration without disruption.
Why Dieticians Choose Pico Potassium®
Total Body Performance
Athletes require precise potassium replenishment to sustain endurance, hydration, and muscular efficiency. Pico Potassium® for Sport provides a clean, highly absorbable source of potassium to support hydration and normal muscle function.* Free from unnecessary additives, Pico Potassium® supports electrolyte balance for performance and recovery.*
Targeted Potassium Replenishment
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High-Absorption Potassium: Delivers 99 mg of ionically stable potassium per serving for cellular uptake.*
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Muscle & Nerve Support: Supports normal muscle and nerve function and electrolyte balance during prolonged exertion.*
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No Artificial Additives: Free from sugars, dyes, and unnecessary fillers found in conventional electrolyte products.
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Cardiovascular Stability: Supports a normal heart rhythm and healthy blood pressure already within the normal range, along with endurance.*
Certified for Sport®
Pico Potassium® is NSF Certified for Sport®, tested for over 280 banned substances to ensure athletes can train and recover with confidence and compliance.
*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.