HÜMA CHIA ENERGY GEL Huma Plus (Double Electrolytes) - Chia Energy
HÜMA CHIA ENERGY GEL Huma Plus (Double Electrolytes) - Chia Energy
Product details
HÜMA CHIA Energy Gel Plus delivers sustained energy for endurance athletes using 100% real-food ingredients. Each gel contains double the electrolytes of the original formula, with 240mg sodium and 125mg potassium sourced from sea salt, real fruit, and chia seeds. Designed for runners, cyclists, triathletes and endurance athletes who want natural fuel their stomach can easily digest.
Key Features
- Double the electrolytes: 240mg sodium, 125mg potassium from sea salt, fruit and chia seeds
- 100% real-food ingredients: fruit purees, powdered chia seeds, brown rice syrup—no dextrose or maltodextrin
- Contains all 9 essential amino acids plus magnesium and calcium for complete nutrition
- 2:1 ratio of short and long chain glucose to fructose for maximum carbohydrate uptake
- Dairy-free, gluten-free, vegan-friendly with no caffeine
- Orange Mango flavour that athletes actually enjoy
Who Is It For
Ideal for runners, cyclists, triathletes and endurance athletes seeking natural, easily digestible energy fuel during training and racing.
Product Details
| Brand | HÜMA CHIA Energy Gel |
|---|---|
| Form | Gel |
| Size | 24 Gels (1.55 oz each) |
Frequently asked questions
What makes HÜMA CHIA Energy Gel Plus different from regular energy gels?
HÜMA CHIA uses 100% real-food ingredients like fruit purees and chia seeds instead of dextrose or maltodextrin. The Plus formula contains double the electrolytes (240mg sodium, 125mg potassium) and includes all 9 essential amino acids, magnesium and calcium.
Is this gel suitable for vegans and those with dietary restrictions?
Yes. HÜMA CHIA Energy Gel Plus is dairy-free, gluten-free and vegan-friendly.
Does this gel contain caffeine?
No, this Orange Mango flavour contains no caffeine.
How does the carbohydrate blend work?
The gel uses a 2:1 ratio of short and long chain glucose to fructose, which is designed to maximize carbohydrate uptake during endurance activities.