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Biotech Aquatica

Nanobubble Nozzles for Aquaculture

Nanobubble Nozzles for Aquaculture

$601.57 AUD
$601.57 AUD
Sale Sold out
Taxes included.
Size

Simple, Effective, and Affordable

 

Special Order Item! Lead Times Apply.


At Biotech Aquatica , we’re here to demystify nanobubble technology in aquaculture. After all, it’s just a pump , a nozzle , a tube , and an oxygen supply —and chances are, you already have most of that!


Why Nanobubbles?

Nanobubbles are tiny, stable bubbles that do big things for your aquaculture system:

  • Resistant to Degassing: Builds longer-lasting oxygen reserves in water.
  • Additional Bio Security: Helps eliminate harmful bacteria, viruses, and parasites.
  • Increase in Redox and Oxidation Capacity: Breaks down waste and organic materials more effectively.
  • Reduction in Oxygen and Ozone Use: Typical outcomes from applying nanobubbles in aquaculture systems.
  • Control of Biofilms: Reduces buildup, improving water quality and system efficiency.
  • Improved Circulation, Mixing, and Oxygen Distribution: Through Brownian motion, nanobubbles ensure better oxygen dispersion, especially in deeper areas.

Our NBN (Nanobubble Nozzle) Range

Our nozzles are designed to work with your existing setup, making it easy and cost-effective to improve water quality and oxygen efficiency. Here’s what we offer:


Key Specifications
Model
Flow Rate
Inlet/Outlet Size
Head Pressure
O3 GTR
O2 GTR
Natural Air (21% O2)
NBN02
2 m³/h
34 mm / 34 mm threaded
6-8 meters + water depth + friction loss
18-54 L/h
16-48 g/h
13-15 g/h (saltwater) - 10-12 g/h (freshwater)
NBN06
6 m³/h
42 mm / 42 mm threaded
6-8 meters + water depth + friction loss
54-162 L/h
48-144 g/h
39-45 g/h (saltwater) - 30-36 g/h (freshwater)
NBN09
9 m³/h
42 mm / 42 mm threaded
10-12 meters + water depth + friction loss
80-240 L/h
70-210 g/h
65-75 g/h (saltwater) - 50-60 g/h (freshwater)
NBN20
20 m³/h
49 mm / 49 mm threaded
10-12 meters + water depth + friction loss
160-480 L/h
140-520 g/h
100-120 g/h (saltwater) - 70-90 g/h (freshwater)
NBN30
30 m³/h
60 mm / 60 mm threaded
10-12 meters + water depth + friction loss
240-720 L/h
210-630 g/h
170-200 g/h (saltwater) - 120-140 g/h (freshwater)
NBN40
40 m³/h
90 mm / 60 mm threaded
10-12 meters + water depth + friction loss
360-1080 L/h
320-960 g/h
225-270 g/h (saltwater) - 160-190 g/h (freshwater)
NBN50
50 m³/h
76 mm / 76 mm threaded
10-12 meters + water depth + friction loss
450-1350 L/h崖
400-1200 g/h
290-310 g/h (saltwater) - 190-210 g/h (freshwater)
NBN60S
60 m³/h
90 mm / 76 mm threaded
10-12 meters + water depth + friction loss
540-1620 L/h
480-1440 g/h
350-480 g/h (saltwater) - 230-350 g/h (freshwater)
NBN80S
80 m³/h
114 mm / 90 mm threaded
10-12 meters + water depth + friction loss
700-2000 L/h
600-1900 g/h
440-500 g/h (saltwater) - 300-380 g/h (freshwater)
NBN100S
100 m³/h
114 mm / 90 mm threaded
10-12 meters + water depth + friction loss
900-2600 L/h
800-2400 g/h
580-620 g/h (saltwater) - 380-420 g/h (freshwater)
NBN120S
120 m³/h
114 mm / 34 mm threaded
10-12 meters + water depth + friction loss
1000-3200 L/h
960-2880 g/h
700-960 g/h (saltwater) - 460-700 g/h (freshwater)

Standard Inclusions

All NBN (Nanobubble Nozzle) models include:

  • PVC construction (default material).
  • 5m polyurethane hose .
  • Bronze gas fittings .
  • Flow meter .

Upgrade Options

  • PTFE fittings : Ozone-compatible fittings are available as an upgrade.
  • Ozone-compatible hose : Sold separately for specific applications.

Other Material Options

For specialised applications, our nozzles are also available in:

  • HDPE : Lightweight and corrosion-resistant.
  • PTFE : Highly chemical-resistant, ideal for ozone integration.
  • SS304 : Stainless steel for durability in harsh environments.
  • SS316 : Premium stainless steel for maximum corrosion resistance.

How Does It Work?

It’s simple:

  1. Connect: Use your existing pump, oxygen supply, and pipes.
  2. Install: Add the nozzle to your system—it fits right in.
  3. Run: Set it at a low flow for continuous use or increase it during peak demand.

Forget Atmospheric Air!

While you can use atmospheric air, we recommend using pure oxygen or ozone for the best results. Nitrogen and CO2 in air can harm water quality and aquatic life.


Why Choose Biotech Aquatica?

We make nanobubble technology simple and accessible. Our nozzles are designed to work with what you already have, helping you improve water quality and save money without the hassle.


For your specific application or to learn more, contact Biotech Aquatica today.

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