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Powerful ability in aquarium filtration; radiating far infrared rays to kill harmful bacteria to promote metabolism of fishes.
It can radiate far-infrared rays to kill the harmful bacteria, therefore accelerating the process of metabolism and excretion of toxin for fishes. The best selected natural materials are rich in many minerals and micro-elements that benefit for the health of fishes.
Unique micro-porous structure formed under 1800°C high-temperature calcination provides a wider area for nitrobacteria to exist. It also cleans water and stabilizes water PH more effectively.
| Items | Data | Chemical Composition | Data |
|---|---|---|---|
| PH | 7.1 | Al₂O₃ | 7.87% |
| Porosity Ratio | 65.64% | CaO | 8.44% |
| Water Adsorption | 58.86% | MgO | 0.71% |
| Volume Density | 1.13 g/cm³ | Fe₂O₃ | 0.53% |
| Compressive Strength | 17 N/mm | K₂O | 0.53% |
| SiO₂ | 80.92% | Na₂O | 0.11% |
| TiO₂ | 0.13% | — | — |
It is a high-performance biological filter medium designed for aquariums and aquaculture systems to decompose harmful substances, stabilize water quality, and foster beneficial nitrifying bacteria colonies.
The radiated far-infrared emissions help eliminate harmful waterborne bacteria while activating water molecules, which improves the metabolic rate and toxin excretion processes of fish.
Calcination at 1800°C produces an ultra-dense, stable micro-porous structure with 65.64% porosity, offering an extensive surface area for aerobic and anaerobic nitrobacteria without degrading over time.
With a neutral baseline pH of approximately 7.1, the media stabilizes water pH levels safely, preventing rapid acid or alkaline fluctuations in the water column.
The media is sized between 18-20MM and is commercially packed in standard 15KGS quantities inside durable woven bags or protective carton boxes.
