MarinePure High Performance Biofilter Media Spheres 12 pack
$22.46
$27.4
MarinePure High Performance Biofilter Media Spheres 12 packThese are rebagged and will come in a clear non-retail plastic bag.Designed for Ammonia & Nitrite Removal under high flow. Deep pore structure will allow the development of low oxygen zones, which will help with the control of nitrates. One MarinePure Sphere has the same surface area as 1,350 plastic 1.5″ bio-balls.Can be used in canister filters, sumps & wet/dry filters.Marinepure creates the perfect bio home for bacteria with its porous inert structure and is designed to maximise filtration with bio film technology.Designed for Ammonia and Nitrite RemovalPrimarily designed to provide deep anaerobic zones for de-nitrification in passive systems.Live rock substitute-popular among reef hobbyists as a substitute for live rock because it reduces nitrates more efficiently without harming the environment.MarinePure is the perfect place for beneficial bacteria to flourish in order to remove harmful fish wastes. It will eliminate ammonia and nitrites and lower nitrates.MarinePure’s bio-media is the most technically advanced bio-media available today.Features Thin Bio-Film TechnologyMarinePure is inert and will not harm aquarium inhabitants.Why Use MarinePureBetter value due to high performanceReduced tank maintenanceAllows for higher fish loadsCan use a smaller filtration footprintMore consistent water chemistryEasy to shapeCan be used in a variety of applications;Used in tankUsed in sumpsUsed in canister filtersUsed in DIY filtersUsed in trickle or shower filtersUsed in waterfall filtersUsed in hang on back filtersThin Bio-Film TechnologyCombination of vast surface area and open/interconnected pores allows a thin bio-film to develop.This thin film allows bacteria to flourish because necessary nutrients are immediately available.With the open pores, old dead bio-film is easily flushed from the media and will not plug the media.Water flows through the media, not around as with other denser media, thus utilising the most surface area for beneficial bacterial growth.
