UNS Micro CO2 Paintball Adapter

If you started your high-tech nano tank journey with disposable cartridges but are ready to transition to a more cost-effective, long-term solution, this is your golden ticket. The UNS Micro CO₂ Paintball Adapter bridges the gap between ultra-compact gear and bulk gas capacity. It allows your pocket-sized UNS Micro Regulator to screw directly onto refillable Ultum Nature Systems Paintball CO2 Cylinders (16oz and 24oz).

Key Features & Benefits

• Seamlessly bridges the gap between your ultra-compact Micro Regulator and bulk, refillable paintball cylinders for longer gas runtimes.
• Durable, leak-free machining provides a rock-solid, airtight seal that eliminates the worry of wasting gas or losing pressure.
• An incredibly quick, hassle-free twist-on installation means you can upgrade your entire carbon system in less than two minutes.
• Transitioning to refillable cylinders vastly slashes your long-term operating costs compared to continuously buying disposable cartridges.

Product Specifications

• Product Type: Mechanical Tank Adapter Fitting
• Regulator Compatibility: Designed exclusively for the UNS Micro Regulator.
• Cylinder Compatibility: Fits UNS Paintball CO₂ Cylinders (16oz and 24oz).
• Material: Heavy-Duty, Precision-Machined Alloy

Important Compatibility Notes: This adapter is strictly engineered for paintball-style cylinder threads. It is not compatible with large standard CGA320 bulk tanks (like the UNS 2.5 lb, 5 lb, or 10 lb lines). Please note that the Micro CO₂ Regulator and physical cylinders are sold separately.

What’s in the Box?

• 1x UNS Micro CO₂ Paintball Adapter

Team Buce Plant Tips

Fine-tuning your CO₂ setup can seem intimidating at first, but the process is far simpler than it appears. For a safe and reliable introduction, refer to our guide on How to Add CO₂ to Your Planted Aquarium. And if you’re curious about the science behind why CO₂ makes your buce, stems, and carpets thrive, explore The Mysteries of CO₂ in a Planted Tank Explained for a clear breakdown.