Description
Evolution Aqua Airtech Air Pump Kit - 95 LPM (3.35 CFM)
Elevate your pond’s ecosystem with the Evolution Aqua Airtech 95, a professional-grade diaphragm air pump engineered for high-volume oxygenation. Delivering a powerful 95 liters per minute (3.35 CFM), this pump is the "oxygen engine" your pond needs to support thriving fish, healthy plants, and efficient biological filtration.
Specifically designed for fishkeepers who demand reliability, the Airtech 95 is built to provide consistent airflow even at significant depths, making it an ideal choice for large Koi ponds and advanced filtration systems like the Nexus 220/320.
Key Features & Benefits
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High-Output Performance: Delivers a maximum of 95 LPM (3.35 CFM), ensuring peak oxygen levels even in warm weather when dissolved oxygen naturally drops.
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Whisper-Quiet Operation: Advanced sound-dampening engineering keeps noise levels below 47 dBA, preserving the peaceful ambiance of your outdoor space.
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Thermal Protection Standard: Built-in thermal safety switches prevent the motor from overheating, significantly extending the life of the pump.
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Energy Efficient: Optimized to run 24/7 with a low 62-watt power draw, providing high-performance aeration without the high electricity costs.
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Weatherproof & Robust: Housed in a durable, outdoor-rated casing designed to withstand the elements while maintaining a compact, tidy footprint.
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Depth Excellence: Specifically tested to maintain high output at depths of up to 14.3 feet, ensuring your bottom-dwelling fish receive vital aeration.
Product Specifications
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Max Flow Rate: 95 Liters Per Minute (3.35 CFM)
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Flow at 1m Depth: 78 LPM
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Power Consumption: 62 Watts
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Max Operating Depth: 14.3 feet (4.35m)
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Noise Level: < 47 dBA
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Voltage: 110-120V
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Warranty: 2-Year Manufacturer Warranty
Why Aeration Matters
Oxygen is the lifeblood of a healthy pond. The Airtech 95 doesn't just help your fish breathe; it fuels the beneficial bacteria in your biological filter that process ammonia and nitrites. Use it year-round to improve water clarity in the summer and prevent total freeze-over in the winter by maintaining a hole in the ice for gas exchange.
