Bubble Magus Mini 70

The Bubble Magus Media Reactor Mini 70 is a versatile and efficient reactor designed for fluidizing various filter media used in both marine and freshwater aquariums. Here are its key features and specifications:

• Compact Design: The Mini 70 reactor is small and self-contained, making it suitable for use in a sump. Its compact size ensures it can fit comfortably in most sump configurations.

• Integrated Pump: The reactor features an integrated water pump located at the base. This pump circulates water through the reactor, ensuring effective fluidization of the filter media.

• Media Containment: It comes with both upper and lower perforated plates, along with fine mesh pads. These components prevent the escape of media particles, ensuring that only finely filtered water leaves the reactor.

• Versatile Media Compatibility: The Mini 70 reactor is compatible with various filter media, including phosphate removers, Bio Pellets, activated carbon, and even biological sand when used as a fluidized bed sand filter.

• Easy Maintenance: Filling and emptying the reactor is simple due to its design. Unlike some reactors with central stand-pipes, this reactor offers easy access to the bottom, simplifying media replacement and maintenance.

• Gravity-Based Water Return: Please note that this reactor must be used in a sump, as the water exits the reactor under gravity. It is not designed for external use outside of an aquarium or sump.

• Specifications: The reactor's maximum dimensions are 100mm x 100mm x 430mm, including the pump stand and lid. The internal diameter of the reaction tube is 62mm, with a total length of 330mm. It has a total volume of 0.9 liters, with a usable volume of 0.7 liters. The included water pump has a flow rate of 680 liters per hour and operates at 240 volts, 50Hz, with a power consumption of 11 watts.

The Bubble Magus Media Reactor Mini 70 provides an efficient and cost-effective solution for maintaining water quality in your aquarium by effectively treating and fluidizing various filter media.