Hygger Adjustable ECO Air Pump

Air Flow Adjustable

You can adjust the volume of air flow with the control knob on the top. The 2 air outlets fit for 3/16” standard airline tubing. Customize the proper air flow to get the best performance of your air pump driven equipment. Please note that the air pump does not include any accessories such as air tube and check valve.

Super Quiet Design

We made all possible effort to reduce the noise of this air pump.
1. ABS plastic cover and sealing machine to reduce noise.

2. Stainless steel cover locked motor sound which greatly separated mechanical noise.

3. Noise reduction motor to reduce wind resistance and reduce noise.

4. Suspended motor ensures the casing and the motor will not be in contact with each other to prevent noise.

5. Internal support feet ensures the motor chamber does not touch the bottom of the casing, thus to reduce noise.

6. 8 bottom rubber shock absorber feet reduced vibration of the pump body and bearing surface.

Dual Air Outlet

This aerator pump has 2 air output ports. It’s easy and simple to use 2 air discs or aerobic filtration equipment together. The low air output produces dense air bubbles which are suitable for small and medium fish tanks with small amount of fish. The high oxygen output produces even bubbles which are suitable for large tanks with a large number of fish.

Versatile Aerator Pump

All air driven equipment such as nano air stone, biochemical sponge filter, landscaping windmill rockery, and other aquarium aerobic landscaping equipment are compatible with this air pump. It works for both freshwater and saltwater aquariums, hydropnics, and koi ponds.

2 Ways to Install the Air Pump

Method 1 - Install the Air Pump with Check Valve
If you install the air pump with check valve, there is no height requirement for the air pump position. Refer to "Picture 1" to install the check valve properly.

Method 2 - Install the Air Pump without Check Valve
If you install the air pump without check valve, you need to place it 25 cm higher than the surface of water to prevent the water from flowing backward. Shown in "Picture 2".