Beschreibung
SP-Strong Air Pump Driver 2.0
More flow, less noise: Maximum performance for your air-driven filtration!
Air-driven filters are the heart of many breeding systems, but often coarse bubble patterns and rapid clogging reduce efficiency. The SP-Strong Air Pump Driver 2.0 has been completely redesigned based on customer feedback. The result is a high-performance drive that sets new standards in terms of smooth operation and flow rate through a special manufacturing process and an innovative membrane.
Why the SP-Strong 2.0 makes the difference:
- Ultra-Smooth Finish: Thanks to a special 3D printing process, the typical grooves have almost completely disappeared. This extremely smooth surface offers algae and deposits hardly any grip, which massively increases service life.
- Up to 30% more flow: Our newly developed membrane creates an extremely fine bubble pattern. This ensures optimized buoyancy and increases the flow rate by up to 30% compared to conventional drivers.
- Whisper-quiet operation: No more typical "gurgling". The fine atomization of the air drastically reduces noise levels – ideal for aquariums in living spaces.
- Robust Monoblock Design: We deliberately avoid two-part reactors. Where nothing is plugged in, nothing can break! The housing is made from one of the hardest 3D printing filaments in the world and is absolutely break-proof.
- Maximum Flexibility: The double-sided connection allows you to mount the riser pipe both at the top and at the bottom. This allows for individual adjustments to your filter construction.
- Low Maintenance: The special membrane is designed to reduce cleaning intervals to an absolute minimum. If cleaning is necessary, a simple brushing of the outside is usually sufficient.
Technical Highlights at a Glance:
| Material: | High-performance filament (extremely hard & durable) |
| Connection: | Double-sided for standard pipes |
| Efficiency: | +30% flow rate due to fine-bubble membrane |
| Acoustics: | Greatly reduced noise |
| Size (LxWxH): | 31 x 22 x 22 mm |









