FILTRE HYPERMAX lINK

The Aquael Hypermax Link offers an impressive filtration capacity of 15.9 liters and is extremely energy-efficient thanks to its electronically controlled pump. 2 inlet and 2 outlet pipes ensure good water circulation and prevent dead zones in aquariums from 200 to 1500 liters. Two 150 W radiators and control via an app leave nothing to be desired!

Key Benefits:

Control Hypermax Link with smartphone and tablet app
You can easily control the filter performance and water temperature via the AQUAEL AQU@RIUM mobile app. This allows you to monitor the water temperature in real-time and receive instant notifications of any changes. The app is really easy to use, has a user-friendly interface, and allows you to easily manage the functions of your Hypermax Link. You can also share it with other family members or roommates, and there is an option for PIN code protection for added security.

Combination of filtration and heating
The device not only offers filtration but also aquarium heating. This avoids the clutter of an additional heater in the aquarium.

High filtration capacity
With a filtration capacity of 15.9 liters (main filter 14.4 liters and pre-filter 1.5 liters), the device can effectively filter a large amount of water. This is important for removing contaminants such as excess nutrients and water pollutants.

Powerful pump
The pump with a flow rate of 4,500 liters per hour ensures efficient water circulation in the aquarium, crucial for ensuring that purified water is evenly distributed throughout the aquarium.

Energy-saving motor
The Hypermax Link motor is energy-efficient and consumes between 18 and 36 watts; an advantage for reducing energy costs and environmental impact.

Adaptable to different aquarium sizes
With its filter capacity and powerful pump, the Hypermax Link can be used in aquariums ranging from 200 to 1500 liters. This makes it extremely versatile.

Prevention of dead zones
The included inlet and outlet pipes ensure efficient water circulation throughout the aquarium, thus preventing the formation of dead zones where water could stagnate and dirt particles could accumulate.