Easybooster Nano 9 of 90ml (phytoplankton gel for corals and microfauna) EASYREEFS

Easybooster Nano 9. 90ml - EASYREEFS

Description

Easybooster Nano, for the direct feeding of aquarium corals, filter feeders, and zooplankton.

This new format is specifically developed for automatic dosing in aquariums from 14 to 200 L.

Available in two sizes: 90 ml and 250 ml.

This product has a very long shelf life. The expiration date does not change even after it has been opened. The reason the date isn't changed or the formula isn't altered is that the bag compresses as the gel is dispensed. This prevents air from entering the bag, thus preventing the oxidation of the phytoplankton.

This Prof format is intended for use in aquariums over 500 liters (approximately 375 doses of 8 ml) or large installations.

Instructions for Use

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

The dosage varies slightly depending on the number of organisms in the aquarium, but is generally set between 8 ml (basic or maintenance diet) and 16 ml/day (medium-high demand) for an aquarium with a gross volume of 1000 liters.

It is advisable to spread the Easybooster dose throughout the day. It is not necessary to turn off the skimmer.

We recommend starting the use of Easybooster by increasing the weekly doses with the following protocol:

For a 1000 L gross aquarium:

- 1st week; 2 ml/day
- 2nd week; 4 ml/day
- 3rd week; 6 ml/day
- 4th week; 8 ml/day (basic or maintenance diet).

From the 4th week, we can gradually increase the dose by 2 ml per week until reaching high levels of zooplankton production, which will feed the fish, invertebrates, and corals.
For proper dispersion, Easybooster should be introduced into the aquarium near a pump to ensure good water circulation.

Examples of Use

- Administration by pipette near a circulation pump.

- To the sump aquarium by peristaltic pump.

In this example, the output of the peristaltic pump is connected to the input of the return pump.