High5 Sports Nutrition Electrolyte Zero Caffeine Hit 20 Effervescent Tabs berry

Product Description

High5 Sports Nutrition Electrolyte Zero Caffeine Hit 20 Effervescent Tabs deliver a powerful, sugar-free hydration solution designed for athletes and active individuals seeking optimal performance and endurance. Each effervescent tablet dissolves rapidly in water, providing a precise blend of essential electrolytes and 75mg of caffeine per serving to support hydration, alertness, and muscle function during intense exercise or hot weather. With zero calories and a refreshing fruit flavour, these tabs are ideal for anyone looking to replenish vital minerals lost through sweat and maintain peak performance without added sugars.

Key Features:

• High Caffeine Content for Performance Each tablet delivers 75mg of caffeine, equivalent to a cup of coffee, to enhance endurance, alertness, and mental focus during training or competition.
• Zero Sugar & Zero Calories Formulated without sugar or calories, making it perfect for athletes monitoring their energy intake or following specific dietary plans.
• Comprehensive Electrolyte Blend Contains sodium, magnesium, potassium, and calcium to replace minerals lost through sweat, supporting optimal hydration and muscle function.
• Vitamin C for Immune Support Includes vitamin C to help protect cells from oxidative stress and reduce tiredness and fatigue, supporting overall health during physical activity.
• Rapid Dissolving & Convenient Effervescent tablets dissolve quickly in water, allowing for customizable drink strength and easy hydration on the go.
• Fruit Flavour Offers a light, refreshing taste with flavourings, making hydration enjoyable during any activity.
• Suitable for Vegetarians & Free from Banned Substances Meets the needs of a wide range of athletes and complies with anti-doping regulations.

The advanced formula of High5 Sports Nutrition Electrolyte Zero Caffeine Hit combines key electrolytes—sodium, magnesium, potassium, and calcium—to support hydration, muscle contraction, and fluid balance during prolonged ex