Easy Reefs Easy Booster PRO 1500

Easybooster prof in professional, 1500 ml format, is used for direct feeding of aquarium corals, filter feeders and zooplankton. ...

Easy Reefs Easy Booster PRO 1500

Easybooster prof in professional, 1500 ml format, is used for direct feeding of aquarium corals, filter feeders and zooplankton.

This format has been developed to enable automatic dosing of phytoplankton by using a dosing pump and an Easyconnect adapter.

Composition Easybooster prof:

Four types of Easy Reefs® microalgae are used:
Isochrysis T-Iso (33.3%) / Nannochloropsis (31%) / Tetraselmis (18%) / Phaeodactylum (18%), providing an optimal nutritional balance.

Instructions:

The dosage varies slightly depending on the biological load of the aquarium.

In general, between 8 ml / day (basic or maintenance dose) and 16 ml / day (medium high requirement) are determined for an aquarium with a gross volume of 1,000 liters.

The Easybooster profile dose should be distributed throughout the day.
It is not necessary to turn off the skimmer.

Easybooster prof should be used when increasing weekly doses according to the following protocol:

For an aquarium with 1,000 gross litres

• 1st week: 2 ml / day
• 2nd week: 4 ml / day
• 3rd week: 6 ml / day
• 4th week: 8 ml / day (basic or maintenance dose).

After the 4th week you can increase the dose by 2 ml weekly to a high level of zooplankton production to feed fish, invertebrates and corals.

For proper diffusion, Easybooster should be introduced into the aquarium in the area around the pump which produces intense water circulation.

Examples of use:

Administration via a pipette around the area of the water circulation pump.

Into the aquarium from the well via peristaltic pump.

In this example, the outlet of the peristaltic pump is connected to the inlet of the return pump.

Conservation of Easybooster prof

The expiration date does not change even if the package has been opened. This is because air is expelled from the bag as the product is released, preventing the oxidation of the phytoplankton.