NT Labs Swimbladder Treatment

Effective Solution for Buoyancy Disorders

NT Labs Swimbladder Treatment is a targeted remedy designed to combat internal bacterial infections affecting the swimbladder of tropical and coldwater fish. By addressing infections caused by Aeromonas and Pseudomonas bacteria, this treatment helps restore normal buoyancy and stability in affected fish.

Key Benefits:

• Targets Internal Infections: Formulated to treat swimbladder infections caused by Aeromonas and Pseudomonas bacteria.
• Restores Buoyancy: Helps fish regain normal swimming behavior and stability.
• Safe for Aquarium Inhabitants: Harmless to filters, plants, and all species of fish and invertebrates.
• Single-Dose Treatment: Simplifies the treatment process with an easy-to-use, single-dose application.

When to Use:

Administer when fish exhibit signs of swimbladder issues, such as:

• Lethargy or clamped fins.
• Unstable swimming or loss of balance.
• Floating at the surface or sinking to the bottom.

Dosage Instructions:

• Dosage Rate: 10 ml per 50 litres of aquarium water.
• Application: Shake the bottle thoroughly before use. Mix the required dose with 1 litre of aquarium water and add slowly to the aquarium.
• Repeat Treatment: If necessary, repeat the treatment 7 days after the last dose. Prior to re-treatment, verify the diagnosis, test water quality, and perform a 30% partial water change.

Product Specifications:

• Active Ingredients: Acriflavine (80 mg/100 ml), 9-aminoacridine HCl (800 mg/100 ml).
• Volume: 100 ml bottle.
• Treatment Capacity: Treats up to 500 litres of aquarium water.
• Suitable For: Tropical and coldwater aquariums.

Precautions:

• This product will colour the water yellow and may stain skin and clothing.
• Harmless to filter bacteria and all species of fish and plants.
• Water changes can be performed after 5 days of treatment to remove any remaining colour.

Ensure the health and well-being of your fish with the reliable NT Labs Swimbladder Treatment. Order now to provide your aquarium inhabitants with effective relief from swimbladder disorders.