SMART INGREDIENTS, CLEAN RESULTS
SODIUM
Sodium helps maintain fluid balance, supports nerve and muscle function and is the main electrolyte lost in sweat. Essential for hydration and performance during exercise.
POTASSIUM
Potassium supports muscle function, helps regulate fluid balance, and works with sodium to maintain proper nerve signalling. Crucial for endurance and recovery during exercise.
MAGNESIUM
Magnesium aids muscle function, supports energy production, and helps prevent cramps. Essential for performance, especially during prolonged or intense exercise.
CALCIUM
Calcium supports muscle contractions, nerve signalling and bone strength. Key for maintaining performance and preventing fatigue during exercise.
FREQUENTLY ASKED QUESTIONS
Are your electrolytes better than other sports drinks?
Above 500 delivers higher electrolyte levels overall offering 2x more sodium, 36% more potassium and added magnesium compared to leading sports drinks. This makes it more effective for rehydration and electrolyte replenishment.
Can I take electrolytes every day?
Definitely. Our balanced formula is safe for daily use to help maintain hydration, replenish lost minerals, and support overall wellness.
Do I need to be exercising to use electrolytes?
Not at all. While they’re great during workouts, electrolytes are also beneficial during travel, illness, hot weather, or any time your hydration levels need a boost.
Who should use your electrolytes?
Our electrolytes are made for everyone from athletes and fitness lovers to busy parents, travellers and anyone looking to stay energized and hydrated.
Can electrolytes improve daily hydration?
Yes! Electrolytes help your body retain fluids more efficiently, keeping you hydrated throughout the day especially during physical activity, hot weather, or busy schedules.
Why is magnesium important in an electrolyte drink?
Magnesium supports muscle function and helps prevent cramps. Unlike many sports drinks that contain none, Above 500 includes magnesium to further aid recovery and reduce the risk of electrolyte loss during intense activity.
