Inert ceramic material with open-flow architecture and largest usable surface area.
Higher efficiency relative to conventional media, efficiently treating NH4-N and NO3-N.
Most technically advanced bio-filtration substrate.
The surface of the spheres is microporous and each Bio-Sphere has up to 54cm squ surface area for the establishment of bacterial colonies. It is suitable for the growth of various microorganisms and forms a stable and highly active bio-film on its surface.
The three-dimensional void (3D) formed by the spheres produces a powerful bactericidal effect. They are a great base for sponge growth, micro-fauna and coral frags.
Bio-Filter Sphere will work in sumps, trickle filters, wet/dry filters, hang-on filters or directly in the tank. It can be used in both fresh water and seawater environment.
Higher efficiency relative to conventional media, efficiently treating NH4-N and NO3-N.
Most technically advanced bio-filtration substrate.
The surface of the spheres is microporous and each Bio-Sphere has up to 54cm squ surface area for the establishment of bacterial colonies. It is suitable for the growth of various microorganisms and forms a stable and highly active bio-film on its surface.
The three-dimensional void (3D) formed by the spheres produces a powerful bactericidal effect. They are a great base for sponge growth, micro-fauna and coral frags.
Bio-Filter Sphere will work in sumps, trickle filters, wet/dry filters, hang-on filters or directly in the tank. It can be used in both fresh water and seawater environment.
