Erasco Heisse Tasse Champignon Creme Suppe

Erasco

Erasco Hot Cup Mushroom Cream Soup

Sale price$3.43 USD
$7.62 /l

Ready for dispatch within 2-3 working days, as we only buy all items fresh for you after you have placed your order!

Delivery times: Within Germany 3-6 working days, delivery times abroad may vary, see "Shipping conditions"

The product design may differ from the illustration.

Quantity:

Erasco Hot Cup Mushroom Cream Soup

With crispy croutons. Sought and found: Erasco Heisse Tasse Champignon Creme is a fine cream soup with delicious mushroom pieces and crispy croutons. Ideal for a little indulgence in between. We wish you bon appétit!

Hot cup of cream of mushroom soup with croutons, 3 bags a 0,15L
  • Natural: without flavor enhancing additives, without artificial colors, without preservatives according to the law.
  • For the small hunger in between, whether at home or in the office, this instant cup soup is quickly prepared and simply delicious.

And this is how easy it is:

  1. Pour the contents of one sachet into a cup
  2. Add 150 ml / 5.07 fl. oz. of boiling water
  3. Stir vigorously and let it brew for 2 minutes, bon appétit!
Contact the manufacturer:
CONTINENTAL FOODS, GENINER STR. 88 - 100, 23560 LÜBECK, Germany.

 
Ingredients:
Modified potato starch, palm oil, glucose syrup, 12% CROUTONS (WHEAT FLOUR (GLUTEN), palm oil, salt, yeast, antioxidant: rosemary extract), salt, flavors (contains barley (GLUTEN) and MILK), stabilizer: E340 and E452, yeast extract, 1.5% mushroom pieces and extract, sugar, LACTOSE, MILK PROTEIN, maltodextrin, parsley, emulsifier E471, BARLEY MALT EXTRACT (GLUTEN), turmeric, SELLERY. May contain traces of soy. Contains 2.0% vegetables.

 
Nutritional information per 100ml:
Energy (KJ) per 100 g/ml. 194 KJ
Energy (kcal) per 100 g/ml 46 kcal
Fat per 100 g/ml 2.2 g
Fat, of which saturated fatty acids per 100 g/ml 1.7 g
Carbohydrates per 100 g/ml 6.1 g
Carbohydrates, of which sugar per 100 g/ml 0.5 g
Dietary fiber per 100 g/ml 0.1 g
Protein per 100 g/ml 0.4 g
Salt per 100 g/ml 0.99 g