Ista Ceramic CO2 Diffuser

What is the Ista Ceramic CO2 Diffuser?

Top quality ceramic disc ensures delicate CO2 diffusing. Simple design allows the replacement of the ceramic disc, therefore eliminating the possibility of clogging. CO2 pipe can be fastened to the diffuser in a vertical position. This way, it prevents the pipe from having to be bent which eliminates the risk of kinking.

Key Features:

• Ensures delicate CO2 diffusing
• Chances of clogging have been eliminated
• The CO2 pipe is vertical, to prevent kinking.
• CO2 dispersal aids plant growth.
• Pair with good quality plant lighting to keep your plants in excellent heath

What are the benefits of using a CO2 diffuser?

As carbon is one of the building blocks of life, carbon dioxide is fundamental to all plant growth. Add it to your aquarium and your plants will thrive. CO2 deficiency in aquariums affects plants. Providing them with extra CO2 and good light, as well as other nutrients, will ensure they grow large, strong, and healthy.

Diffusers are an effective way of introducing CO2 into an aquarium. As CO2 is forced through the porous medium, it breaks down into a fine mist of bubbles. As a result, your aquarium water column can more easily disperse the bubbles. Your filter will then push the bubbles downward, allowing them to diffuse more effectively.

Why is CO2 important for a planted aquarium?

Not all aquariums require CO2, but for those packed with live plants, CO2 can dramatically enhance the growth rates, colours, and health of said plants. Some aquatic plants need a constant supply of CO2 to grow, without it they'll struggle to establish themselves in a home aquarium.

To get the most out of your Ista Ceramic CO2 Diffuser, use it in partnership with a high-quality light and some nutritious plant fertiliser. This will give your plants everything they need, and then some.

It's recommended that you keep CO2 levels low in the first few days after set-up. You can increase CO2 levels over time as your aquarium and its inhabitants adjust to an increased influx of CO2.