Cermedia Marinepure Ceramic Biofilter Media For Aquariums

Marinepure biofilter media creates a stable home for a dense population of beneficial bacteria that remove ammonia and nitrites from your aquarium.

Cermedia marinepure ceramic biofilter media for aquariums.

Cermedia marinepure 1 5 inch sphere bio filter media for marine and freshwater aquariums 1 gallon boxtech aquarium filter media ceramic biological filter media for marine and freshwater fish tank hygger 6 2 inch long large aquarium filter media ceramic bio media blocks for sump tank pond fish tank media 7 9 lbs 40 pack. One marinepure sphere has the same surface area as 1 350 plastic bio balls. Use in wet dry filters sumps or canister filters. Marinepure bio filter media with thin bio film technology is a ceramic media specifically designed to house beneficial bacteria that will eliminate ammonia and nitrites in aquariums ponds and aquaculture.

Cermedia marinepure 1 5 inch sphere bio filter media for marine and freshwater aquariums 2 quart boxtech aquarium filter media ceramic biological filter media for marine and freshwater fish tank hygger 6 2 inch long large aquarium filter media ceramic bio media blocks for sump tank pond fish tank media 7 9lbs 15 8lbs. Primarily designed to provide deep anaerobic zones for de nitrification. The perfect substitute for live rock safe effective and economical. The media s composition is similar to natural rock formations.

Features thin bio film technology marinepure is inert and will not harm aquarium inhabitants. Marinepure marinepure is the perfect place for beneficial bacteria to flourish in order to remove harmful fish wastes. For ammonia nitrite removal in fresh marine aquariums. Marinepure s bio media is the most technically advanced bio media available today.

Marinepure for aquariums and ponds. It will eliminate ammonia and lower nitrates. Ceramic bio filter media with vast surface area open flow porosity. Marinepure provides approximately 150 000 sq.

Ammonia nitrite and nitrate removal. Ft 510 m2 l of accessible surface area.