SL-Aqua Nitroactive for Shrimp – Jumpstart Your Aquarium’s Nitrogen Cycle

SL-Aqua Nitroactive for Shrimp is a highly concentrated formula specifically designed for Bee Shrimp, Neocaridina Shrimp, and other freshwater shrimp species. Using a special bacteria dormancy technique, Nitroactive activates beneficial nitrifying bacteria to quickly establish the Nitrogen cycle in newly set-up tanks. This ensures a balanced ecosystem and provides a safe environment for your shrimp and fish.

Understanding and implementing the Nitrogen cycle is crucial for aquarists to prevent toxic build-ups of ammonia and nitrites. Nitroactive jumpstarts this process, helping you maintain healthy water conditions for your aquatic livestock, especially during the critical first few weeks of a tank setup.

Key Features:

✔ Specialized for Shrimp: Perfect for Bee Shrimp, Neocaridina Shrimp, and similar species.
✔ Quickly Establishes the Nitrogen Cycle: Helps create a stable and safe environment for your shrimp and fish by activating beneficial bacteria.
✔ Nitrifying Bacteria Formula: Uses complex nitrifying bacteria to help break down harmful substances in the tank, ensuring clean, healthy water.
✔ Supports Ecological Balance: Encourages the growth of beneficial bacteria, which aids in maintaining water quality and reducing harmful compounds.

Ingredients:

• Complex Nitrifying Bacteria

Usage Instructions:

• Newly Set-up Tanks: Add 200ML of Nitroactive per 100L (26.4 Gallons) of water.

• Regular Care: Add 1ML of Nitroactive for every 10L (2.6 Gallons) of water.

• Normal Tank Behavior: When used in a newly setup aquarium, you may notice a film on the substrate. This is normal and will dissipate with time.

Shelf Life:

• 3 years.

SL-Aqua Nitroactive for Shrimp is trusted by hobbyists around the world for its effectiveness in promoting a healthy and stable aquarium environment. Whether you’re setting up a new tank or maintaining an established one, Nitroactive helps maintain a clean, balanced aquarium for your shrimp, ensuring they thrive in optimal conditions.