Designed to improve upon deep sand beds or live rock to lower nitrates in marine freshwater aquariums.
Marine pure ceramic block.
We add marinepure anywhere we can to a refugium sump overflow box nano or all in one tank to provide huge amounts of surface area that can be colonized by.
Marinepure marinepure is the perfect place for beneficial bacteria to flourish in order to remove harmful fish wastes.
Marinepure s bio media is the most technically advanced bio media available today.
Marinepure is an inert ceramic material with open flow architecture extremely high surface area and natural wetting properties.
Sufficient biological filtration and a healthy zooplankton population are the first steps towards a happy and stable reef tank.
This means you can fit almost 20 times the surface area in the same space verses bioballs.
Ammonia nitrite nitrate removal.
Marinepure ceramic bio media comes in many different sizes that can be used throughout your aquarium.
Bacteria based nitrate removal is a little more difficult as it is very system dependent.
Use in aquarium sumps.
Marinepure is designed to be a substrate for bio filtration specifically to target ammonia and nitrite removal nitrification and to minimize nitrates denitrification.
Deep pore structure will allow development of low oxygen zones which will.
A single 1 marine pure ceramic sphere has 240 square feet of surface area.
4 block ceramic bio filter media with vast surface area and open flow porosity.
Designed for ammonia and nitrite removal under high flow.
Marine pure cubes ceramic biofilter media information.
It will eliminate ammonia and lower nitrates.
Marinepure blocks do an excellent job in supporting bacteria which remove ammonia and nitrite.
Resistant to clogging and greatly reduces tank maintenance.
5 750 square feet of surface area.
Marinepure is an inert ceramic material with open flow architecture extremely high surface area and natural wetting properties.
Will also remove ammonia nitrites.
The ceramic media has a network of pores that allows bacteria to live deep inside of the material.
Any media for this purpose needs to be in an anoxic environment very low oxygen and have a carbon source available.
The media s composition is similar to natural rock formations.