High5 Zero Electrolyte Sports Drink | 20 Tablets Per Tube
High5 ZERO is a leading electrolyte sports drink. It produces a clean-tasting and highly refreshing drink with zero calories. The tablets contain light natural flavours with no artificial colours or preservatives. ZERO contains Vitamin C and 5 electrolytes, including sodium, magnesium and potassium. Vitamin C in ZERO supports a healthy immune system, protects the cells from oxidative stress and contributes to the reduction of tiredness and fatigue. Magnesium in ZERO contributes to electrolyte balance, reduces tiredness and fatigue, whilst supporting muscle protein synthesis. Simply drop a tab into your re-usable sports bottle and watch it rapidly dissolve. The 20 tab tube makes up to 15 litres of drink, so its great value for money. With minimal packaging, ZERO is environmentally friendly and easy to keep with you. The easy-break tablets mean that you can choose your ideal drink strength. ZERO is suitable for a wide range of sporting activities such as: football, rugby, biking, martial arts, motor racing, running, triathlon, swimming, hiking, aerobics and racquet sports. With a light non-sweet taste, ZERO can be consumed when working in hot environments. Dosage & Usage: Simply drop a tab into your re-usable water bottle and watch it rapidly dissolve. The easy-break tabs mean that you can choose your ideal drink strength. ZERO can be mixed to your preferred strength, but we recommend one to two tablets in 750ml water. Max servings per day: 3
High5 Zero Electrolyte Sports Drink | 20 Tablets Per Tube
High5 ZERO is a leading electrolyte sports drink. It produces a clean-tasting and highly refreshing drink with zero calories. The tablets contain light natural flavours with no artificial colours or preservatives. ZERO contains Vitamin C and 5 electrolytes, including sodium, magnesium and potassium. Vitamin C in ZERO supports a healthy immune system, protects the cells from oxidative stress and contributes to the reduction of tiredness and fatigue. Magnesium in ZERO contributes to electrolyte ba...