(HI)13MM Mini Oil Film Inlet + Mini Speaker Outlet CO₂ Diffuser

Description

Description

13MM Mini Oil Film Inlet + Mini Speaker Outlet CO₂ Diffuser

The 13MM Mini Oil Film Inlet + Mini Speaker Outlet CO₂ Diffuser is a compact and efficient aquarium accessory designed to dissolve CO₂ effectively in planted tanks. Its mini oil film inlet ensures precise bubble formation, while the mini speaker-shaped outlet disperses CO₂ evenly, promoting optimal absorption for healthier aquatic plants.

💡 Key Features
Mini Oil Film Inlet – Creates fine, consistent CO₂ bubbles for maximum diffusion.
Mini Speaker Outlet – Ensures uniform CO₂ distribution throughout the aquarium.
High-Quality Materials – Aquarium-safe glass or acrylic construction for durability.
Compact Design – Ideal for small to medium aquariums without obstructing décor or aquatic life.
Enhanced Plant Growth – Maximizes CO₂ absorption to support vibrant and healthy plants.

🐟 Suitable For

  • Freshwater planted aquariums

  • Nano and small CO₂-injected tanks

  • Aquascapes with limited space

⚙️ Specifications

  • Product: 13MM Mini Oil Film Inlet + Mini Speaker Outlet CO₂ Diffuser

  • Size: 13MM diameter

  • Material: Aquarium-safe glass or acrylic

  • Application: CO₂ injection and efficient diffusion in planted tanks

  • Compatibility: Standard 6–13mm CO₂ tubing

🔧 How to Use

  1. Connect the diffuser to your CO₂ tubing system.

  2. Submerge in the aquarium where water circulation is adequate.

  3. Adjust CO₂ flow for optimal fine bubble formation.

  4. Monitor plant growth and adjust CO₂ levels accordingly.

🧼 Maintenance Tips

  • Clean gently with soft water to prevent mineral or algae buildup.

  • Avoid harsh scrubbing or abrasive materials that could damage the diffuser.

  • Inspect regularly to ensure consistent CO₂ flow and diffusion.

Why Choose 13MM Mini Oil Film Inlet + Mini Speaker Outlet CO₂ Diffuser?
This compact diffuser provides precise, uniform, and highly efficient CO₂ delivery, making it ideal for nano or small planted aquariums where space is limited but optimal plant growth is desired.