Maxs Intraboost Hydravene is a comprehensive intra-workout formula designed to help support hydration, endurance and amino acid intake during training. Featuring a clinically dosed blend of BCAAs, EAAs, electrolytes, taurine and performance-focused ingredients, it is formulated to be sipped throughout your workout to help replenish key nutrients lost through exercise. Whether you’re tackling resistance training, high-intensity sessions or endurance exercise, Intraboost Hydravene provides a refreshing way to stay hydrated while supplying essential amino acids to complement your nutrition plan. With great-tasting flavours and a light formula, it’s an ideal training partner for athletes and active individuals looking to support performance and recovery.

Each 20g serve delivers a carefully selected combination of performance-focused ingredients. The BCAA and EAA blend provides 4g of L-Leucine alongside L-Isoleucine, L-Valine and six additional essential amino acids to help support muscle repair and protein synthesis following exercise. L-Glutamine is included to complement post-training recovery, while 2g of L-Citrulline supports nitric oxide production and healthy blood flow during exercise. Taurine works alongside a balanced electrolyte blend featuring sodium, potassium, magnesium and calcium to assist hydration and help replace key minerals lost through sweat. Together, these ingredients create a well-rounded intra-workout formula designed to support hydration, sustained performance and recovery without relying on stimulants, making Maxs Intraboost Hydravene suitable for training at any time of the day.

Nutritional Information

Directions of Use

• Mix 2 Level Scoops (20g) measured in 400 – 600mL of cold water depending on taste preference until fully dispersed.
• For best results take 1 serve per day.
• Consume during your workout to help maintain energy, reduce fatigue, prevent muscle breakdown and support muscle growth and recovery.
• Can also be used during the day between meals to assist with recovery, hydration and fluid intake.