Bio-pellets are small granules intended to reduce the presence of nitrogen and phosphorus contained in the water of your saltwater aquarium. These granules are composed of biodegradable polymers.
The bio-pellets allow a supply of organic carbon necessary for the profusion of bacteria . These same bacteria then consumethe nitrates and phosphates present in the water , which favors their biological reduction.
To do this, it is necessary to equip yourself with a bio-pellet reactor or a fluidized filter , to be placed in the settling tank.
Bio-pellets also have the advantage of avoiding the profusion of cyanobacteria in your aquarium.
Discover a wide choice of biopellets at low prices at Zoanthus.fr , official supplier of the brand:
Bio-pellets are small granules intended to reduce the presence of nitrogen and phosphorus contained in the water of your saltwater aquarium. These granules are composed of biodegradable polymers.
The bio-pellets allow a supply of organic carbon necessary for the profusion of bacteria . These same bacteria then consumethe nitrates and phosphates present in the water , which favors their biological reduction.
To do this, it is necessary to equip yourself with a bio-pellet reactor or a fluidized filter , to be placed in the settling tank.
Bio-pellets also have the advantage of avoiding the profusion of cyanobacteria in your aquarium.
Discover a wide choice of biopellets at low prices at Zoanthus.fr , official supplier of the brand:
The new All-In-One Premium Biopellets are the most effective for the reduction of nitrates and phosphates. Eliminates 5 times more nitrates and 10 to 20 times more phosphates than conventional Biopellets.
The new All-In-One Premium Biopellets are the most effective for the reduction of nitrates and phosphates. Eliminates 5 times more nitrates and 10 to 20 times more phosphates than conventional Biopellets.
The new All-In-One Premium Biopellets are the most effective for the reduction of nitrates and phosphates. Eliminates 5 times more nitrates and 10 to 20 times more phosphates than conventional Biopellets.
NP-BACTO-PELLETS are the easy-to-use filtration media for effective degradation of nitrates and phosphates . NP-BACTO-PELLETS consist of a mixture of natural biopolymers which promote the colonization and growth of microorganisms and bacteria to eliminate nitrates and phosphates. This valuable biomass is therefore a nutrient source for the filter feeders or can be removed by the skimmer.
NP-BACTO-PELLETS are the easy-to-use filtration media for effective degradation of nitrates and phosphates . NP-BACTO-PELLETS consist of a mixture of natural biopolymers which promote the colonization and growth of microorganisms and bacteria to eliminate nitrates and phosphates. This valuable biomass is therefore a nutrient source for the filter feeders or can be removed by the skimmer.
NP-BACTO-PELLETS are the easy-to-use filtration media for effective degradation of nitrates and phosphates . NP-BACTO-PELLETS consist of a mixture of natural biopolymers which promote the colonization and growth of microorganisms and bacteria to eliminate nitrates and phosphates. This valuable biomass is therefore a nutrient source for the filter feeders or can be removed by the skimmer.
NP-BACTO-TRICKS are trickling elements to effectively reduce nitrate and phosphate levels in aquariums. NP-BACTO-TRICKS are made of a mixture of natural polymers from renewable resources, biodegradable by bacteria and other microorganisms.
Fauna Marin Redupellets are made of a 100% biodegradable biopolymer , specially designed for the breakdown of nutrients and also used in the treatment of drinking water. Fauna Marin Redupellets promote the growth of aerobic and anaerobic bacteria , ensuring a controlled nitrogen cycle in the filtration system.
Fauna Marin Redupellets are made of a 100% biodegradable biopolymer , specially designed for the breakdown of nutrients and also used in the treatment of drinking water. Fauna Marin Redupellets promote the growth of aerobic and anaerobic bacteria , ensuring a controlled nitrogen cycle in the filtration system.