Description
TP10 Outlet Air Nozzle
The TP10 Outlet Air Nozzle is a high-quality aquarium accessory designed to efficiently direct and control airflow from air pumps to air stones, CO2 diffusers, or other aeration devices in both freshwater and marine aquariums. Its precision-engineered design ensures smooth, consistent air delivery, enhancing oxygenation, water circulation, and CO2 diffusion, which supports a healthier environment for fish, shrimp, and aquatic plants.
Constructed from durable, non-toxic plastic, the TP10 nozzle is lightweight, corrosion-resistant, and long-lasting, ensuring reliable performance in all aquarium setups. Its compact and ergonomic design allows easy installation and secure connection to standard airline tubing.
💡 Key Features
✅ Efficient Airflow Control – Directs air precisely to air stones or CO2 devices.
✅ Durable & Safe – Non-toxic, corrosion-resistant, and long-lasting.
✅ Easy Installation – Compatible with standard aquarium airline tubing.
✅ Compact & Versatile – Integrates neatly into aquascapes without occupying extra space.
✅ Multi-Purpose Use – Suitable for aeration, CO2 distribution, and water circulation.
⚙️ Specifications
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Product: TP10 Outlet Air Nozzle
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Material: Non-toxic, durable plastic
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Application: Airflow control for air stones, CO2 diffusers, and aeration systems
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Compatibility: Standard aquarium airline tubing and connectors
🔧 How to Use
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Connect the TP10 nozzle to the outlet of your air pump or manifold.
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Attach airline tubing securely to the nozzle.
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Adjust placement to direct airflow to the desired aeration device.
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Ensure all connections are tight to prevent air leakage.
🧼 Maintenance Tips
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Rinse regularly to remove dust or debris.
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Check connections for a secure fit.
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Avoid prolonged exposure to direct sunlight to maintain plastic integrity.
✅ Why Choose TP10 Outlet Air Nozzle?
It provides precise, reliable, and consistent airflow management, making it ideal for aquariums, planted tanks, and CO2-injected setups, supporting healthy fish, shrimp, and aquatic plants while ensuring optimal oxygenation and water circulation.
