Mulebar organic and vegan energy bar 40g / Apple Raisin Cinnamon

  • Soft texture: easy to chew, does not break
  • 100% natural, organic and vegan ingredients
  • Does not stick to packaging
  • 2 to 5 working days delivery in Europe
  • Best before : December 18th 2024
In stock
Sale price€2,50

Free delivery in Europe from 100€

This recipe has been our best seller since 2008!

Discover our delicious Mulebar apple energy bar, inspired by the famous Austrian pastry Apfel Strudel.

This energy bar is designed to provide quality and 100% natural sports nutrition, with organic and vegan ingredients. Its unique blend of apple, cinnamon and raisins delivers surprising flavor, while oats and puffed rice add a crisp, light texture.

Try this Mulebar Apple Energy Bar for a natural energy boost during your sporting activities or as a snack. You'll love it, that's for sure!

This cereal bar is certified organic and vegan.

The pack of 4 energy bars Apple - Cinnamon - Raisin or the complete box of 15 energy bars Apple - Cinnamon - Grapewill save you money

If you like apple, discover our apple energy gel perfect for endurance races such as marathons, trail running or cycling.

Ingredients

Rice Syrup, Dried Apple 10%, Oat Flakes 10%, Pea Protein, Apricot Stones, Grapes 7% (Grapes, Sunflower Oil), Apple Juice 6 %, Puffed rice (Rice Flour, Malted Barley Flour, Sugar, Sunflower Oil, Emulsifier: Sunflower Lecitin) 5%, Dried Cranberries (Cranberries, Cane Sugar, Sunflower Oil) , Cinnamon 0.4%, Apple Juice.

For allergens, including cereals containing gluten, see ingredients in bold. This 40g bar made from natural ingredients may contain small pieces of shell or bark. Manufactured in a facility where the following allergens are present: nuts, sesame seeds, milk, soy and other grains containing gluten.

Nutritional values

100 g Bar
Energy kJ 1510 604
Energy kCal 358 143
Fat (g) 6.6 2.6
Including saturated fatty acids (g) 0.8 0.3
Carbohydrates (g) 62 25
Including sugars (g) 32 13
Dietary fiber (g) 4.6 1.8
Proteins (g) 11 4.2
Salt (g) 0.28 0.11