UCAN Hydrate Electrolyte Sachets Berry Box of 12 | Zero Sugar Electrolyte Packets

UCAN Hydrate Berry Sachets: on-the-go zero-sugar electrolyte support. These pre-measured sachets deliver the same 5-electrolyte formula as the UCAN Hydrate jar, now in convenient single-serve packets for racing, training, and travel.

• Format and packaging: Box of 12 berry-flavored sachets; pre-measured single-serve packets for convenient on-the-go hydration.
• Electrolyte balance: Delivers five electrolytes with 50 mg magnesium per sachet to support electrolyte replenishment during exercise.
• Sugar and calories: Zero sugar and zero calories; contains no artificial ingredients.
• Formula consistency: Matches the electrolyte profile of the UCAN Hydrate jar—the same blend in a portable format.
• Usage directions: Tear open one sachet and pour into 300–400 ml of water; stir or shake until dissolved; suitable before, during, or after exercise.
• On-the-go versatility: Ideal for races, training sessions, travel, or any time you need quick hydration without carrying a jar.
• Product compatibility: Can be used with UCAN Edge for combined energy and hydration during endurance events.

These sachets provide zero calories and no artificial ingredients while offering a practical, mess-free way to stay hydrated. Add UCAN Hydrate Berry Sachets to your hydration routine today for reliable electrolyte support on the go.

Frequently Asked Questions

• Is the sachet the same formula as the jar? Yes. UCAN Hydrate Berry Sachets contain exactly the same electrolyte formula as the 90 g jar—just pre-measured into individual single-serve packets.
• How do I use the sachets? Tear open one sachet and pour into 300–400 ml of water. Stir or shake to dissolve. Use before, during, or after exercise.
• Are the sachets better value than the jar? The jar is more economical per serving; sachets are more practical for racing, travel, and on-the-go use.
• Can I mix UCAN Hydrate with UCAN Edge? Yes — Edge for energy and Hydrate for electrolytes are designed to be used together during endurance events.