NeoMEDIA is a biological material that has been born after more than five years of research and development in the search to maximize the efficacy of pre-existing products.
It contains an internal surface (Porosity) of up to 1910 m2 / L, well above its main competitors
This article corresponds to the PURE version, Neutral version that has no effect on the pH of the aquarium.
Size: 1L
We must bear in mind that bacteria are the main source of filtration in our aquariums and that the filtration efficiency depends on the number of bacteria that our filter material can harbor, whose space is limited, therefore, to more porosity, more quantity of bacteria and both a more efficient filtration that will result in a cleaner and healthier aquarium.
Thanks to the technology used by AquaRIO, a very fine but unobstructed pore has been obtained which allows water to flow smoothly into the tubes providing nutrients and oxygen to the bacteria.
As it is the PURE version, it does not affect the pH of the aquarium, which means that it does not raise the pH of a slightly acidic aquarium nor does it reduce the pH of an alkaline aquarium, therefore, it is an ideal filter material for planted or desired aquariums. control the parameters externally.
One of the experiments that AquaRIO carried out to test the efficiency of its biological material was having 1L of NeoMEDIA that had previously been cycled in 4L of water for four weeks. That Liter of cyclized material was placed in a container with a liter of dechlorinated clean water and 5ppm of ammonia were added.
AquaRIO It was measuring Ammonium and Nitrite every two hours and it was verified that in just 8-10h the bacteria had finished with these nitrogenous.
Another remarkable feature is that NeoMEDIA is manufactured from stable and hard materials that will not degrade in our filter such as Silicon Oxide, Alumina, Potassium Oxide or Iron Oxide among others.
This hardness, stability and duration in the aquarium, NeoMEDIA is manufactured using a five-stage process, firstly the components are mixed to then proceed to two stages of molding. Next comes a drying stage to finally reach a high-temperature processing stage that is maintained over time until high-quality and uniform pores are achieved.
Ratings
Not yet reviewed