API Nitra-Zorb Filter Media Pouch - Removes Ammonia, Nitrite, Nitrate | Size 6 Canister Filter | 1 Count

API Nitra-Zorb Filtration Media Pouch

Maintain a safe and hospitable environment in your freshwater aquarium with API Nitra-Zorb. This filtration media is designed to selectively remove harmful toxins, including ammonia, nitrite, and nitrate, which can lead to poor fish health and algae growth if left uncorrected. Using Nitra-Zorb reduces the risk of fish loss when establishing or maintaining your aquarium. The easy-to-use, pre-dosed pouch fits most canister filters on the market and can be reused after recharging in a salt solution.

Key Features & Benefits

• Removes harmful toxins: ammonia, nitrite, and nitrate from freshwater aquarium water.
• Reduces the risk of fish loss during aquarium setup or maintenance.
• Comes in an easy-to-use, pre-dosed pouch format.
• Fits most canister filters currently available.
• Reusable media: can be recharged in a salt solution.
• Formulated with a blend of natural and synthetic ion-exchange resins.

Target Aquarium Inhabitants

Ideal for use with fish and invertebrates, including: betta-fish, cichlid-fish, goldfish, bottom-feeder-fish, algae-eaters, mollusks, octopuses, rays, sharks, and snails.

Specifications

• Brand: API
• Product Type: Aquarium Filtration Media
• Form: Pouch
• Size: Size 6
• Unit Count: 1 Count
• Model Number: 110A
• Dimensions: 127x25x241mm
• Weight: 232g

How to Use

Follow these steps for proper application of the filter media:

1. Disinfect the filter media before initial use in your aquarium.
2. Rinse the filter media with tap water.
3. Place the filter media securely into your filter cartridge (e.g., Rena SmartFilter).
4. Ensure the media is fastened correctly and does not impede water flow.
5. Regularly monitor ammonia, nitrite, and nitrate levels to confirm proper function.

API has provided innovative, research-driven solutions for over 50 years to make caring for your fish and aquarium easier. Use API Nitra-Zorb as directed to help maintain optimal water quality.