Sport & Performance
OMNi-POWER® CARBOTONIC Sachet (Grapefruit, 60 g)
Incl. VAT, plus shipping
The first sports drink that focuses entirely on intestinal absorption!
OMNi-POWER® CARBOTONIC supports you with a well-thought-out combination of sugars and minerals before and during intense training and competitions. The hypotonic particle concentration enables rapid absorption of the ingredients into the bloodstream, so that energy is quickly available again. Everything for your peak performance!
- Optimal energy supply BEFORE and DURING training
- Contains all important minerals of the highest quality
- Guaranteed NATURAL, with a pleasant taste and WITHOUT unnecessary additives
- Developed for the best tolerability during intense training and competitions
Product on the Cologne List
Ingredients
Maltodextrin, Glucose, Sucrose, Isomaltulose, Flavor, Minerals (Sodium Citrate, Calcium Lactate, Magnesium Citrate, Sodium Chloride, Potassium Citrate), Acidifier Citric Acid, Coloring Beetroot Juice, Color Beta-Carotene
Nutrition facts
| Nutrient | per 100 g | per serving | % NRV* |
|---|---|---|---|
| Energy | 1556 kJ / 366 kcal | 934 kJ / 220 kcal | ** % |
| Fat | 0,0 g | – | ** % |
| of which saturated fatty acids | 0,0 g | – | ** % |
| Carbohydrate | 90 g | 54 g | ** % |
| of which sugars | 60 g | 36 g | ** % |
| Protein | 0,0 g | – | ** % |
| Salt | 1,45 g | 0,87 g | ** % |
| Natrium | 580 mg | 350 mg | ** % |
| Calcium | 60 mg | 35 mg | ** % |
| Magnesium | 45 mg | 25 mg | ** % |
| Kalium | 85 mg | 50 mg | ** % |
| Chlorid | 225 mg | 135 mg | ** % |
* Nutritional information per 100 g and per serving (1 sachet = 60 g in 750 ml water). ** = no reference value (NRV) established
Before intensive training or competition, consume one serving (60 g / 2 scoops in 750 ml water) within the last 90 minutes prior to exertion. During intensive training or competition, consume one serving every 45 minutes, in combination with energy gels, depending on individual energy requirements. This recommendation is an average guideline and varies due to individual energy requirements and intensity of exertion.