Fluidized Filter FMR75 D&D

FMR75 Fluidized FILTER Deltec

FMR75 Fluidized Media Reactor

The FMR75 fluidized reactor was developed by D&D to offer the ultimate economical solution for fluidizing a wide range of filtration substrates.

Many small reactors on the market look good, are well-packaged, and offered at competitive prices, but when you start using them, they simply don't tick all the boxes. D&D spent a lot of time eliminating the bugs to make it a flexible product, ideal for all enthusiasts.

Product Code - FMR75

Suitable for

Rowaphos or Phosphate
Bio Pellets (up to 700 ml)
Biological sand as a fluidized sand filter

Dimensions

These reactors are small enough to be used on the smallest nano aquarium, yet have sufficient capacity to be used on larger systems.

128 mm x 94 mm x 440 mm (including fittings and lid)

Outer diameter of the reaction tube:

- 80 mm

Height of the tube between the upper/lower perforated plates:

- 340 mm
Can hang on glass up to 25 mm

Designed to be the right height to hang on a 40cm aquarium.

Plug & Play

The FMR 75 reactor comes with all the elements you need to get started.

Quality construction at an affordable price

The FMR75 reactor is affordable enough to be used on small tanks or to allow multiple units on larger tanks, but there is no compromise on design and build quality because it is not good to have the best reactor in the world if it breaks after 5 minutes of use.

Flexibility

It is important to be able to mount the reactor in a range of positions depending on the system. The FMR75 can stand in the sump, next to the sump, hang on the sump, or hang and mount directly on the tank via the bracket integrated into the lid design. The inlet and outlet pipes can be mounted in a number of positions to allow the piping to run in different directions.

Efficient fluidization

The main requirement of the reactor is to efficiently fluidize media, which the FMR reactor does very well. The base of the body is domed to disperse an even flow of water from the central downpipe over 360 degrees, thus avoiding dead zones.

Then, there is a lower perforated diffusion plate that acts as a lower support for the media when it is not on, creating a void plenum area below for faster fluidization upon restart and to prevent media compaction at the base of the reactor. A coarse sponge is provided to be used with fine materials that may pass through the perforated plate, but this is normally not necessary for most media.