JBL Proflora CO2 Taifun Spiral 5 Diffuser

Extensible CO2 reactor for healthy growth of plants in freshwater aquariums up to 200 l

• Enrichment without losses on the main nutrient for plants Carbon dioxide: CO2 reactor for freshwater aquariums from 40 to 200 l from 12 cm
• Simple installation: Connecting the reactor with a special CO2 hose for installation for CO2 fertilization (not included), placement using suction cups in the aquarium
• Visible and effective diffusion, exploitation without an additional pump, no need for a separate bubble counter, easy cleaning, completely unlimited, fits all typical CO2 systems, expandable systems
• Collecting cover protecting against CO2 losses, durable makrolone, up to a maximum of 200 l at 4 ° KH, up to 100 l at 10 ° KH
• Included: CO2 diffusion reactor with high efficiency with 5 modules + lower module with hose connection + module with collecting overlay, 2 clamps with suction cups, 2M special CO2 hose, height 11 cm

Optimal nutrition of plants:
For aquarium plants, the correct CO2 content in water is of great importance. Carbon dioxide serves plants as a main digestive ingredient and thus as an ingredient stimulating their growth for full development. Plants use CO2 for photosynthesis and supply water into an important oxygen. They prevent gloons, remove harmful substances, form a hideout and reduce pathogenic germs.

Effective enrichment of aquarium water in CO2:
The CO2 gas reaches the CO2 supply hose to the reactor center to the lower module. There appears in the form of bubbles (visible and thus to be able to count) in coils of the CO2 reactor and moves the circular movement to the top as in the entrance to the multi-level parking lot. During this long road CO2 from CO2 bubbles dissolves in aquarium water. And so the installation to fertilize CO2 powers aquarium plants in their main digestive component of carbon dioxide.

Why CO2 bubbles do not dissolve 100%?:

During this road, the bubbles reflect CO2 into aquarium water, but at the same time absorb other gases from water, because these gauze have a stronger concentration in aquarium water than in a CO2 bubble. Therefore, the CO2 content falls and, for example, oxygen and nitrogen increases. At the end of its way up through the CO2 reactor, it is very smaller, but it contains only as much CO2 as the surrounding water and all gases that are also included in the aquarium water.

Expansion:
If the expected CO2 content is not achieved, although the number of bubbles has been increased, you can extend the reactor with successive modules. And so the CO2 bubbles path and more CO2 can be added. The limitation is only the required height of the aquarium.