A UV sterilizer offers many great benefits, especially for the health and aesthetics of your saltwater aquarium. If you have ever gone to a tanning bed, you have probably seen what an ultraviolet light can look like. You may be imagining that an ultraviolet sterilizer in a saltwater aquarium would also look the same, emitting an eerie blue glow through the water. The truth is that while these rays are very similar, they are not the same. UV light is actually used to kill certain types of bacteria in order to keep the environment safe.

An UV sterilizing system for your saltwater aquarium should be an autoclave. An autoclave is essentially a self-contained chamber that contains an air compressor and heat exchanger. This chamber is placed over the tank and connected to a fluorescent light source. A high-pressure air pump is then placed inside of the chamber. This pump causes air to be forced throughout the chamber. Air that is heated by the light is allowed to pass into the chamber where it interacts with bacteria in order to kill it. This process is repeated multiple times over the course of several hours, as required by the manufacturer of the autoclave.

When using an UV sterilizing system for your saltwater aquarium, it is important to make sure that you purchase an autoclave that contains ultraviolet stabilizers. esterilizador uv allow the system to work more effectively in the long term. Most autoclaves do not contain UV stabilizers because the chemical reaction of the autoclave itself is enough to kill off the bacteria in the tank. This is a problem that does not exist with an ultraviolet sterilizing system because there is a constant flow of air within the autoclave that allows the bacteria to be killed even when the light is off. Bacteria are also killed during this process because the UV light is absorbed by the cells, killing them on contact. The light will also cause the water to become cloudy and eventually kill off the bacteria as well. This can help to prevent the formation of new bacteria in the tank, which is a common occurrence.