Water Treatment Filter Media
Aquarium Filter Media Porous Ceramic Bio Balls to Cultivate Nitrifying Bacteria Purify Water Quality
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|
Product Name |
Porous Ceramic Filter Balls |
Material |
Natural Mineral Ceramic |
Color |
Light Yellow |
|
Porosity |
≥60% |
Standard Size |
10/15/20/25mm |
Specific Surface Area |
≥200 m²/m³ |
|
Ammonia Removal Rate |
≥90% (24h) |
Nitrite Removal Rate |
≥85% (24h) |
Service Life |
3-5 Years |
|
Applicable Water |
Freshwater & Saltwater |
pH Range |
6.5-8.5 |
Recommended Dosage |
1L per 100L Water |
Porous Ceramic Bio Balls Product Introduction
Our porous ceramic filter balls are high-porosity biological filter media specially developed for aquarium and pond water filtration.
Made from natural mineral raw materials through high-temperature sintering, the product features a honeycomb interconnected pore structure with large specific surface area. It provides an excellent living carrier for nitrifying bacteria, denitrifying bacteria and other beneficial microorganisms.
Made from natural mineral raw materials through high-temperature sintering, the product features a honeycomb interconnected pore structure with large specific surface area. It provides an excellent living carrier for nitrifying bacteria, denitrifying bacteria and other beneficial microorganisms.
Placed in filter tank or filter box, these bio balls can effectively decompose ammonia nitrogen, nitrite and harmful substances in water, reduce fish disease risk, eliminate peculiar smell in water and stabilize water ecological environment.
This filter material is acid and alkali resistant, not easy to powder or break, with long service life and no secondary pollution to water body. Widely applicable to fish tanks, koi ponds, aquarium filtration systems, aquaculture water treatment and other scenarios.
This filter material is acid and alkali resistant, not easy to powder or break, with long service life and no secondary pollution to water body. Widely applicable to fish tanks, koi ponds, aquarium filtration systems, aquaculture water treatment and other scenarios.
