Tetra Holiday Menu provides your fish with a varied and reliable food supply while you are on holiday. The gel food block is 100% edible, lasts for up to 14 days and contains 3 different types of food plus other essential nutrients.
Tetra Holiday Menu provides your fish with a varied and reliable food supply while you are on holiday and lasts for up to 14 days, depending on the size of your aquarium and the number of fish. Thanks to Tetra’s gel food technology, this holiday food is produced on a gel basis rather than as a gypsum block. The main advantage of this is that the food does not negatively affect the water quality in the long term and therefore the water values remain stable. The gel food block with Tetra’s BioActive formula is 100% edible and contains protein-rich pellets as well as delicious daphnia and krill. It also contains all the essential vitamins, trace elements and minerals that fish need to stay healthy. The aquarium fish can nibble at the block as needed, because it does not dissolve by itself.
Features
Varied holiday fish food for up to 14 days
100% edible gel food block
Contains protein-rich pellets with BioActive formula
Contains all essential vitamins, trace elements and minerals
Enriched with extra-tasty daphnia and krill
For optimum water values without turning the water cloudy
Molluscs and crustaceans(Daphnia 3,5%, Krill 1,2%), Minerals, Cereals, Vegetable protein extracts, Fish and fish derivatives, Yeasts, Oils and fats, Algae.
Moisture Content 85,0%.
Trace elements: Manganese (manganese (II) sulphate, monohydrate) 2,9 mg/kg, Zinc (zinc sulphate, monohydrate) 1,7 mg/kg, Iron (iron(II) sulphate, monohydrate) 1,1 mg/kg. Colourants, Preservatives, Antioxidants.
Dosage
Number of blocks depends on number and size of fish, days of absence and aquarium size. Cereals
Meat and Animal Products
Vegetable Glycerin
Whey Derivative
Wheat Starch
Rice
Inulin (Chicory): 0.5%
Oils and Fats
Minerals
Rose Hips: 80 mg/kg
Cranberries: 80 mg/kg
Glucosamine: 80 mg/kg
Hyaluronic Acid: 20 mg/kg
Chondroitin: 20 mg/kg
