Hailea Air Compressor-Air Pump

Hailea Air Compressor

Hailea Air Compressor and related ACO models are electric air compressors commonly used in aquariums, ponds, hydroponics and other aeration systems. Unlike quiet diaphragm aquarium pumps, Hailea compressors use a piston mechanism driven by an electromagnetic motor  this gives higher air volume and pressure for demanding applications. They are oilfree, so the output air is clean and won't contaminate water or plant systems.

Key traits of Hailea compressors:

• Pistondriven design: higher pressure & airflow than typical aquarium pumps.

• Oilfree operation: clean air output, suitable for water systems.

• Durable aluminium body: good heat dissipation and reliability.

• Manifold included: lets you run multiple air stones or devices from one pump.

• Not whisperquiet: louder than standard aquarium pumps  best for utility areas, garages, sheds, or outside use.

Main Hailea Air Compressor Models

 Entry Level

• Hailea Air Compressors Compact, costeffective option with modest airflow (~3545L/min), great for small aquariums or hydroponic trays.

 MidRange Models

• Hailea Air Compressors - ACO318 / Hailea Air Compressor ACO318 Popular midrange choice (~6070L/min) with stronger output for medium aquariums, ponds or multipoint aeration.

• Hailea Air Compressor ACO009E Higher capacity option (~110140L/min) for larger setups like bigger ponds or multitank systems.

 HighOutput / Heavy Duty

• Hailea Air Compressor ACO Larger compressor series (e.g., ACO380) with high airflow (up to ~280L/min) for large ponds, aquaculture, commercial hydroponics or industrial aeration.

Typical Applications

Hailea compressors are versatile and can be used for:
 -Aquariums (freshwater & saltwater)
 -Fish ponds & koi ponds
 -Hydroponic / aquaponic systems
 -Compost tea brewers & water treatment aeration
 -Decorative water features
 -Any system needing highvolume aeration or pressurised air

 How They Compare to Regular Aquarium Pumps

 Tips for Use

-Always use oneway valves if the pump is below water level to avoid water backflow

-Balance output with valves if running multiple outlets.

-Because these are louder, put them on a solid, vibrationdampening surface or in a ventilated box.