Drink Mix 320 Caf 100 X1 | Maurten

MAURTEN drink: DRINK MIX 320 CAF 100 x1

WHY CAFFEINE?

Caffeine has been shown to promote alertness and reduce the perception of effort and pain, characteristics that can be beneficial to performance. DRINK MIX 320 CAF 100 can be used to build sufficient caffeine levels during exercise – alone or with other caffeine sources.

ENERGY RATE

Studies have shown that the body may need to use up to 90 grams of carbohydrates per hour. One sachet of DRINK MIX 320 CAF 100, mixed with 500 ml of water, contains 80 grams of carbohydrates.

HOW DOES IT WORK?

By mixing DRINK MIX 320 CAF 100 with water, you get a hydrogel energy drink containing a high concentration of carbohydrates and caffeine. The drink instantly transforms into a hydrogel upon contact with the acidity of the stomach. The hydrogel then allows a smooth passage from the stomach to the intestine, where water, salt and carbohydrates are absorbed.

INSTRUCTIONS

Mix the contents of one sachet with 500 ml of water and stir until completely dissolved (30 to 60 seconds). Be precise, the perfect functionality of the product depends on the ratio. The Drink Mix is ​​designed to be mixed with water containing less than 100 mg of calcium per liter. Consume the energy drink within 24 hours.

HOW TO USE IT?

Use DRINK MIX 320 CAF 100 alone during short sessions, or combine it with other Maurten products to ensure you have enough carbohydrates throughout your session.

In conjunction with coaches, athletes and nutritionists, we have developed the Fuel Guide to help you adopt the most precise nutritional strategy possible during your training sessions.

Learn how to use the DRINK MIX 320 CAF 100 at www.maurten.com/fuelguide

INGREDIENTS:

Maltodextrin Fructose

Caffeine

Pectin

Sodium Alginate Sodium Chloride

NUTRITIONAL INFORMATION

Per 100g / Per sachet (83g)

Energy

1683 kJ, 400 kcal / 1343 kJ, 320 kcal

Lipids 0 g / 0 g – of which saturated 0 g / 0 g

Carbohydrates 99 g / 79 g – including sugars 41 g / 33 g

Protein 0 g / 0 g Sodium 0.63 g / 0.5 g