Pisces Aquatics Internal Hang On Filter

The Pisces Aquatics Internal Hang On Filter is a compact and efficient filtration system designed to deliver clear, healthy water for freshwater and marine aquariums. Combining mechanical and biological filtration, it effectively removes suspended debris while providing a home for beneficial bacteria that help maintain a balanced aquarium ecosystem.

Its versatile hang on design allows the filter to be mounted securely inside the aquarium, making it an excellent choice for nano tanks, aquariums, betta tanks and community aquariums. The adjustable water flow allows you to customise water movement to suit a wide variety of fish and aquatic plants, while the quiet, energy-efficient motor provides reliable continuous operation.

✅ Mechanical & Biological Filtration – Removes waste while supporting beneficial bacteria for a healthier aquarium.

✅ Compact Hang-On Design – Fits neatly inside the aquarium without taking up excessive space.

✅ Adjustable Water Flow – Easily customise the flow rate to suit different aquarium inhabitants.

✅ Quiet & Energy Efficient – Designed for reliable, low-noise operation.

✅ Suitable for Freshwater & Marine Aquariums – Ideal for nano tanks, shrimp tanks, betta aquariums and community setups.

Instructions

• Rinse the filter media with aquarium water before first use.
• Mount the filter securely inside the aquarium using the supplied mounting system.
• Ensure the intake is fully submerged before connecting the filter to power.
• Adjust the flow rate to suit your aquarium and livestock.
• Clean the filter sponge and media regularly using removed aquarium water to preserve beneficial bacteria.

💡 Tip: For optimal water quality, clean the mechanical media regularly but avoid replacing all biological media at the same time, helping maintain a stable colony of beneficial bacteria.

Please Note: Always disconnect the filter from the power supply before performing maintenance. Ensure the filter remains submerged during operation to prevent damage to the motor.