
Fluval Biomax Biolagical Flter Media 500g
Fluval Biomax is an extremely versatile filter media suitable for both fresh and marine water aquariums. Maximum biological filtration is achieved when Fluval Biomax is positioned after a prefilter.
Fluval Biomaxs unique manufacturing process provides enormous surface area with appropriate pore tunnel dimensions to support various essential bacteria. Micro Tunnels comprise 85% of the Fluval Biomax pre volume, provided oxygen to nitrifying bacteria, ensuring rapid removal of toxic ammonia and nitrite. Micro Cavities account for 15% of the internal pore volume, providing habitat for other species of bacteria, which require oxygen poor conditions to optimize water quality.
Fluval Biomax is an extremely versatile filter media suitable for both fresh and marine water aquariums. Maximum biological filtration is achieved when Fluval Biomax is positioned after a prefilter.
Fluval Biomaxs unique manufacturing process provides enormous surface area with appropriate pore tunnel dimensions to support various essential bacteria. Micro Tunnels comprise 85% of the Fluval Biomax pre volume, provided oxygen to nitrifying bacteria, ensuring rapid removal of toxic ammonia and nitrite. Micro Cavities account for 15% of the internal pore volume, providing habitat for other species of bacteria, which require oxygen poor conditions to optimize water quality.
Original: $17.34
-70%$17.34
$5.20Description
Fluval Biomax is an extremely versatile filter media suitable for both fresh and marine water aquariums. Maximum biological filtration is achieved when Fluval Biomax is positioned after a prefilter.
Fluval Biomaxs unique manufacturing process provides enormous surface area with appropriate pore tunnel dimensions to support various essential bacteria. Micro Tunnels comprise 85% of the Fluval Biomax pre volume, provided oxygen to nitrifying bacteria, ensuring rapid removal of toxic ammonia and nitrite. Micro Cavities account for 15% of the internal pore volume, providing habitat for other species of bacteria, which require oxygen poor conditions to optimize water quality.





















