Electrolyte⁴ Pineapple Salt Electrolyte Sachets
Description
Optimise your hydration with Electrolyte⁴, a sugar-free electrolyte powder available in two refreshing flavours, designed for ultimate performance and recovery. Formulated with four essential electrolytes, Electrolyte⁴ aids in maintaining cellular fluid balance, boosting energy and enhancing recovery. Delicious Tropical Pineapple Salt flavour provides the refreshing sweetness of pineapple, making hydration deliciously easy. Ideal for workouts, busy days or staying active, and available in convenient electrolyte sachets for on-the-go hydration.
Optimal Hydration
Key electrolytes Sodium, Potassium, Calcium and Magnesium regulate fluid balance within the body. Sodium, a critical electrolyte required for the transport of water in and out of cells, helps with cellular fluid balance and aids hydration, while Potassium helps to maintain healthy blood pressure levels.
Performance & Recovery
Sodium helps to maintain plasma volume, enhancing cardiac output, and hence improving exercise capacity whilst reducing fatigue during recovery. Magnesium is involved with muscle contractions and works to improve muscle power and improves muscle soreness, aiding recovery from physical activity.
Energy
Sodium is necessary for the transport of glucose into our cells, which is used to make ATP – the molecule that stores and transports energy within our bodies. Magnesium is involved with the production of ATP in our bodies and is what makes ATP biologically active. Combined, these essential minerals support energy production by facilitating glucose transport and ATP creation, enhancing daily performance and vitality.
Muscle Function
Electrolytes Sodium, Potassium, Calcium and Magnesium hold an electric charge, hence are involved with the transmission of nerve impulses that stimulate muscle contraction, including important muscles within the heart and blood vessels. Magnesium also enhances muscular power, such as improved grip strength and leg strength, to support athletic performance.