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Mantis Bio Blocks Ceramic Biological Filter Media

Price

₹1,649.00

Mantis Bio Blocks Ceramic Biological Filter Media

Bio Blocks are an inert ceramic filter media designed with an open flow architecture that provides a large useable surface area for biological filtration. Their microporous surface structure is suited to the growth of various microorganisms, allowing a stable and highly active biofilm to establish and develop over time. The three-dimensional void created by the sphere-on-sphere design supports colonisation by beneficial bacteria and provides a base for sponge growth, micro-fauna and coral frags. Bio Blocks are a technically advanced substrate that can help achieve efficient treatment of NH4-N and NO3-N compared to conventional media. Versatile in application, they can be used in sumps, trickle filters, wet or dry filters, hang on the back filters, or placed directly in the tank. Suitable for use across freshwater, marine and pond systems, Bio Blocks offer a flexible biological filtration solution for a wide range of setups.

Key Features

  • Inert ceramic material with open flow architecture

  • Largest useable surface area for biological filtration

  • Microporous surface suitable for growth of various microorganisms

  • Forms a stable and highly active biofilm on its surface

  • Three-dimensional void structure formed by sphere-on-sphere design

  • Provides a base for sponge growth, micro-fauna and coral frags

  • Works in sumps, trickle filters, wet or dry filters, hang on the back filters, or directly in the tank

  • Suitable for use in fresh, marine and pond water

Why It Keeps Your Water Cleaner

  • Large surface area supports greater colonisation of beneficial bacteria

  • Higher efficiency relative to conventional media for treating NH4-N and NO3-N

  • Open flow architecture allows water to pass through and contact the biofilm effectively

  • Stable, highly active biofilm supports consistent biological filtration performance

  • Versatile across multiple filter types and water environments

Quantity

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