LMNT Sparkling - 8 Pack Can

INTRODUCING LMNT SPARKLING ELECTROLYTE WATER

Experience the refreshing taste of hydration without the added sugars or caffeine. Designed for individuals who work hard, train rigorously, or simply wish to enhance their daily performance, LMNT Sparkling Electrolyte Water provides essential electrolytes to support optimal health and vitality.

• MORE SALT, NOT LESS: Recent studies indicate that achieving optimal health requires sodium levels that are 2-3 times higher than government recommendations. LMNT embraces this philosophy, ensuring you receive the necessary sodium to maintain peak performance and hydration.
• OUR FORMULATION: Each can is meticulously crafted to deliver 1000 mg of sodium, 200 mg of potassium, and 60 mg of magnesium, providing a scientifically-backed ratio of electrolytes. This formulation mirrors that of our popular LMNT Drink Mix, now available in a sparkling format for a delightful drinking experience.
• FEEL THE DIFFERENCE: Optimal hydration is the cornerstone of sustained energy throughout the day. With LMNT Sparkling Electrolyte Water, you can expect increased energy levels, reduced brain fog, and minimized muscle cramps, allowing you to feel your best and perform at your peak.

LMNT Sparkling Electrolyte Water is perfect for a variety of occasions, whether you're hitting the gym, going for a hike, or simply enjoying a refreshing beverage at home. This versatile drink can be consumed before, during, or after physical activity to replenish lost electrolytes and maintain hydration. Additionally, it serves as an excellent alternative to sugary sodas and energy drinks, making it a smart choice for those following a paleo, keto, gluten-free, or vegan diet. Key Features: - No sugar or caffeine, ensuring a clean hydration experience. - Each can contains a powerful blend of electrolytes: 1000 mg sodium, 200 mg potassium, and 60 mg magnesium. - Sparkling format offers a refreshing twist on traditional electrolyte drinks. - Supports optimal hydration for enhanced energy and performance.