Sera Siporax Mini Professional 270g (1000ml)[Weight - 270g]

Sera Siporax Mini Professional 270g (1000ml)[Weight - 270g]Introducing a high performance filter medium designed specifically for smaller aquariums, sera siporax mini Professional is ideal for tanks with a capacity of up to approximately 100 liters. This innovative product maximizes the settling surface available for beneficial purification bacteria while maintaining a compact shape, making it suitable for use with smaller filter units. As a result, water parameters stabilize over time, and maintenance

Introducing a high-performance filter medium designed specifically for smaller aquariums, sera siporax mini Professional is ideal for tanks with a capacity of up to approximately 100 liters. This innovative product maximizes the settling surface available for beneficial purification bacteria while maintaining a compact shape, making it suitable for use with smaller filter units. As a result, water parameters stabilize over time, and maintenance efforts are significantly reduced.

The processes of filtering and breaking down waste in the substrate of natural water bodies play a crucial role in maintaining a healthy ecosystem. Micro-organisms break down organic waste, turning it into nutrients for aquatic plants while effectively removing harmful substances like ammonium, nitrite, and nitrate. In nature, minimal waste is produced relative to the volume of water, ensuring that the existing bottom surface can support a sufficient population of micro-organisms. However, an aquarium represents a small biotope in a confined space, necessitating an increase in the settling area to guarantee the complete and safe breakdown of organic remnants.

Sera has expertly achieved this with the exceptional filter medium, sera siporax. Unlike conventional filter rings found on the market, sera siporax is crafted from sintered glass, which boasts a unique three-dimensional pore structure. This innovative material enables a maximum increase in surface area, while the fine pores create optimal conditions for the bacteria that break down pollutants. The interconnected system allows for continuous water flow, ensuring that the bacteria are consistently rinsed and can efficiently degrade contaminants.

Moreover, the distinctive pore arrangement facilitates self-cleaning of the substrate, resulting in extended filter longevity.