Mountain Tree Lotus Root Nitroring Marine

Mountain Tree Lotus Root Nitroring Sea Water

 Lotus Root Nitroring for sea water

 

• Forms a healthy microsystem by releasing minerals.
• Maximizes the filter area.

  

 Lotus root structure 

Helps the water move nitrite and nitrate into the nitrification ring for an efficient denitrification reaction and the utilization of the anaerobic bacteria cultivated in the micropores within the nitrification ring.

 Rough surface

The coarse texture helps to attach nitrifying bacteria and allow them to grow faster, significantly speeding up the establishment of the nitrification system.

 Oblique section

This creates more filter space. The sum of the beveled nitrification rings positively interrupts the water flow, so that the filtration efficiency can be improved and extended in the area of ​​the nitrification ring.

 Micro hole

Supports aerobic nitrifying bacteria formation and cultivation on the surface of the nitrided ring. While the internal micropores are conducive to the cultivation of anaerobic bacteria for the denitrification reaction, NO3 is broken down into nitrogen and oxygen through denitrification.

 Large surface area

In biochemical filtration of ceramic filter media with a larger surface area, the ability to cultivate bacteria is much stronger. The special manufacturing process developed by Mountain Tree has the distinctive ability to cultivate bacteria due to the excellent microporous structure within the ceramic ring and the large surface area of ​​the nitrification ring.

 Water absorption

The higher the water absorption rate of the ceramic ring, the better the continuity of the internal micropore structure within the ceramic ring. The consistency of the internal pores determines the efficiency of water flow to bring NO3 into the ceramic ring for anaerobic denitrification. Nitroring with superior water absorption and water absorption speed.

 

 

 

Slanted design: Our slanted design swirls the water in different directions, so the bacteria are best supplied with water and oxygen.

 

The porous structure offers a larger specific surface area for bacteria.

Both open and closed pores allow the cultivation of aerobic and anaerobic bacteria that effectively convert nitrite to nitrate.

150x magnification of the nitro ring:

 

 

In addition to food, the water itself is the most important source of minerals.

A high abundance of minerals makes the fish active, stimulates digestion and makes the water clear.