Quiet 225GPH Aquarium Filter for 35-55 Gallon Tanks

About this item

• Efficient Filtration: The built-in pump has a maximum flow rate of 225GPH(850 L/H) with a power of 10W, recommended for use in 35-55 gallon freshwater aquariums, turtle tanks, and fish tanks. The water flows through the media layers to filter water and ensure a clean aquatic condition. Each layer has a sponge to hold it in place, and it comes with ceramic rings and bio-balls.
• User-Friendly: The UV lamp has a timer upgrade, allowing for automatic on/off settings at 4/8/24-hour intervals. It also features a flow adjustment valve to regulate water flow from maximum to minimum, and even shut it off completely if desired. The dual quick-release head design makes cleaning and maintenance a breeze, and the inlet has an oil film removal feature to ensure ample oxygen in the fish tank.
• High Sealing: The quick-release joint design enhances the sealing of the ports, greatly improving the convenience of disassembly and cleaning, and optimizing the leak-proof design. The thickened and tightened silicone ring design reinforces leak prevention. The rotor structure has been optimized to extend its lifespan, with both ends of the rotor becoming an integrated unit.
• Silent Operation: Equipped with an internal pure copper brushless motor, the filter operates extremely quietly. There is no air inside the filter, ensuring low power consumption and high flow rate without any noise. The sound level is less than 50 decibels, so your home life won't be disturbed, while still achieving effective water purification.
• Versatile Application: This aquarium filter is primarily designed to remove remain and waste from fish and turtles in aquariums, keeping the water clear, oxygenated. It is suitable for fish growth and can be used in various settings, including home aquariums, aquarium exhibition tanks, and flower and bird market tanks. It is one of the most essential purchases for aquarium enthusiasts.
• Friendly Reminder: The flow rates measured are under no-load conditions and will reduce with filter usage and variations in height.