The Continuum Exxodus BAC Brick is an extremely porous filtration medium designed to be used in all aquariums and aquatic systems with a pH of 7.5 or higher.
It literally has the highest surface area of any filtration medium in the world, by far, yet it provides excellent flow characteristics. This makes it a very effective biofilter for both freshwater and saltwater aquariums.
The Exxodus BAC Brick is made from a proprietary blend of materials that provide a safe and stable environment for beneficial bacteria to colonize. Helps to regulate pH and provide essential trace elements.
Easy to use.
Simply rinse it in purified tap water or aquarium water before placing it in your filter.
You can use it in any type of external filter, and it can also be placed under gravel or sand.
Effective at removing toxins from aquarium water.
In a 378 Litre (100 gallon) aquarium, the Exxodus BAC Brick will reduce the levels of toxic ammonia, nitrites and nitrates, as well as phosphates and organic pollutants.
The Exxodus BAC Brick is a long-lasting product. One brick can be used in a 378 Litre (100 gallon) aquarium for up to 6 months.
The Exxodus BAC Brick is a very effective way to reduce ammonia, nitrite, and nitrate levels in your aquarium.
It is also a good choice for reef tanks, as it does not foster the growth of nuisance algae.
Features:
- Extremely high surface area for bacterial colonization
- Excellent flow characteristics
- Safe and stable environment for beneficial bacteria
- Doped with real aragonite
- Easy to use
- Effective for both freshwater and saltwater aquariums
It may be used as your primary or only bacterial filtration medium.
Works extremely well in systems of all sizes. It is particularly well suited to reef systems with live rock including FOWLR systems and will not foster problems that bio balls may.
Use in an external biological filter of any type.
Works well submerged, or under gravel or sand, or in a drip system.
For best denitration, restrict water flow through material.
For best nitrification increase water flow through the material.