fauna marin NPO REDU PELLETS No3 & Po4

fauna marin NPO REDU PELLETS No3 & Po4 Fauna Marin Redupellets are a 100% biodegradable Biopolymer, specially developed for nutrientreduction in marine aquariums. Fauna Marin Redupellets promotes the growth of aerobic und anaerobic bacteria and control the nitrogen cycle in the filtersystem.

This probiotic filtration method combines effective nutrient reduction and ease of operation for use in tight spaces.

Fauna Marin Redupellet filters provide a simple and effective tool for nutrient control in aquariums and ponds. Thanks to the special design and high quality pellets NPO Pellets, this setup is efficient and cost effective.

Fauna Marin Redupellets consist of a 100% biodegradable biopolymer that has been specially developed for nutrient reduction. Additionally, it also finds application in the treatment of drinking water. Fauna Marin Redupellets promote the growth of aerobic and anaerobic bacteria to create a controlled nitrogen cycle in the filter system. The bacteria feed from the pellets and nutrients from the aquarium. Continued usage will help with Nitrogen and phosphate reduction thereby preventing the growth of algae and increasing bacterioplankton production for feeding corals.

This probiotic filtration method combines effective nutrient reduction and ease of operation for use in tight spaces.

Fauna Marin Redupellet filters provide a simple and effective tool for nutrient control in aquariums and ponds. Thanks to the special design and high quality pellets NPO Pellets, this setup is efficient and cost effective.

Fauna Marin Redupellets consist of a 100% biodegradable biopolymer that has been specially developed for nutrient reduction. Additionally, it also finds application in the treatment of drinking water. Fauna Marin Redupellets promote the growth of aerobic and anaerobic bacteria to create a controlled nitrogen cycle in the filter system. The bacteria feed from the pellets and nutrients from the aquarium. Continued usage will help with Nitrogen and phosphate reduction thereby preventing the growth of algae and increasing bacterioplankton production for feeding corals.