Description
The Hikari Tropical First Bites food is designed to provide a balanced nutritional profile for newborn fish. The food is rich in premium-selected fish meal which provides a superior protein source rich in amino acids. The food also offers a uniquely balanced nutrient profile for the early developmental stages of a fry's life, promoting proper feeding habits. The food is designed to be fed daily as often as possible, and can be fed up to four times daily.
Hikari Tropical First Bites - Great For All Types Of Fry (Newborn Fish)
Provide any newborn fish the exacting nutritional balance they require during the earliest developmental stages of their life.
FEATURES
Rich in highly nutritious, freshly harvested ingredients including premium-selected fish meal which provides a superior protein source rich in amino acids. Hikari Tropical First Bites offers a uniquely balanced nutrient profile for the all-important, developmental stage of your fry's life and promotes proper feeding habits.
This semi-floating food allows fry at all levels of the aquarium-ready access to its exacting nutrition while reducing water quality issues common with other fry foods.
FEEDING
For optimum results feed daily as often as possible the amount your fish will consume within 2 to 3 minutes. Care should be taken to avoid feeding larger quantities of food less often as it can cause a lack of nutrition. For best results feed up to four times daily an amount of food which can be consumed within a minute.
For mid-water and bottom feeders
Soak in a cup of aquarium water before feeding. This will cause the food to sink more rapidly providing these fry-ready access to nutrition.
For Live-Bearers (ovoviviparous)
They can consume Hikari First Bites right after birth.
For Egg-Layers (oviparous)
They utilize their yolk sack for nutrition right after birth. Start feeding Hikari First Bites right before their yolk sack is fully consumed.
We recommend Hikari Tropical First Bites as a daily diet for all types of newborn fish in both fresh and saltwater environments.