ELECTROLYTE+

FOR ULTIMATE PERFORMANCE & HYDRATION!

• Rehydrate After Intense Exercise
• Allows The Body To Function Optimally
• 5 Refreshing, Hydrating Flavours

Emrald Labs Electrolyte+ combines all the necessary electrolytes essential for your body to function & perform optimally, making Electrolyte+ your new go to hydration supplement!

Electrolytes are essential minerals including Magnesium, Potassium & Calcium that our body requires to regulate fluid balance, PH levels, muscle contractions and many other vital functions. Electrolyte supplementation becomes even more necessary during increased exercise intensity and frequency, for those who have active jobs or lifestyles to replace what electrolytes are lost through sweat, or after alcohol or illness related fluid loss.

Electrolyte+ may help you avoid dehydration if you:

• Engage in strenuous or prolonged exercise
• Exercise or work in the heat
• Experience altitude shifts
• Experience alcohol or illness related fluid loss

Emrald Labs Electrolyte+ includes a few other beneficial ingredients setting it apart from other electrolyte supplements on the market including:

Himalayan Pink Salt: The diversity of elements in Himalayan pink salt is shown to create an electrolyte balance within your body, strengthen bones, lower blood pressure, and improve circulation. It also helps to protect the delicate balance of minerals in your cells, and avoid excess water retention.

Coconut Water Powder: Coconut Water Powder provides an abundance of 5 electrolytes that are known to support rapid hydration: sodium, magnesium, calcium, potassium, and phosphorus. Coconut water is also a very good source of B-complex vitamins such as riboflavin, niacin, thiamin, pyridoxine, and folates.

Taurine: Taurine has been shown to contain properties that assist in the regulation of muscular contraction and force during strength and aerobic activity. In particular, Taurine acts to increase muscle force production and enhance fatigue resistance from severe high intensity exercise by increasing the efficiency of the heart (stroke volume) and maintaining cell volume (osmoregulation).