♥ Biochemical ball specification: 16mm/26mm/36mm/46mm/56mm/76mm

 

♥ Material: Plastic

♥ Applicable scope: for filtration

♥ Applicable method: Rinse the biochemical ball and place it in the filter

♥ Detailed description: This product is a high-quality biochemical ball with large volume and many gaps, which enhances the effectiveness of filtration and bacterial cultivation. It can be combined with other filtering materials to achieve better filtration effect.

 

♥ There is biochemical cotton inside

♥ Super biochemical balls are non-toxic plastic balls with a porous (plate, rod) like structure. They are used to cultivate aerobic digestion bacteria with a large surface area to decompose toxic biochemical elements emitted by aquatic organisms and clean the filter material of water bodies

♥ Biochemical balls are an emerging type of biochemical filtration filter material with complex concave texture on its surface. When water droplets flow through the surface of the biochemical sphere, they will change direction along the concave channel, enter the concave channel of the next biochemical sphere, and change direction again. Therefore, the process of water droplets passing through the biochemical reactor is greatly prolonged, increasing the action time of nitrifying bacteria. The addition of advanced biochemical cotton greatly increases the surface area and cultivates more digestive bacteria than ordinary biochemical balls. More clean water quality.

♥ Function: Biosphere is a hollow sphere made of plastic material, which has a large surface area and can attach a large number of nitrifying bacteria. When water flows through, there is no resistance. The hollow structure can turn water into a fine flow and crush large pieces of dirt, resulting in excellent filtration effect. Due to its lightweight and convenient portability, biospheres can be used not only in biochemical filtration systems in seawater, but also in freshwater. The principle of biochemical ball is to allow water flow to pass through the internal tortuous space, extend the time of water flow, and add a staggered multi column structure of attached nitrifying bacteria to achieve the effect of biochemical filtration. The filters in each aquarium are limited, and the filtering space for placing biochemical balls is not too large. However, it is through the function of biochemical balls that the filtering space is insufficient.