UV-C extractor hoods: the difference compared to a conventional system

We have already explained how UV-C filtration works in our extractor hoods. Today we want to go one step further: to highlight the difference between a conventional system and one that incorporates ultraviolet technology, and why this detail completely changes the way a professional kitchen operates.

The difference between a conventional hood and a UV-C hood

A conventional hood performs the basic function of extracting air loaded with smoke, grease and particles. It does so through mechanical filters that trap dirt and allow the air to be renewed. The problem arises when these filters become saturated too quickly, odours persist, or cleaning turns into a constant task that consumes time and resources.

How UV-C light works inside the system

With the incorporation of UV-C radiation, the air does not only pass through physical filters, but also through a disinfection chamber where ultraviolet rays inactivate bacteria, viruses and fungi, while oxidising volatile organic compounds responsible for odours. This dual level of treatment keeps ducts cleaner, reduces the risk of fire and extends the service life of the filters.

The importance of technical design

It is not just a matter of adding a lamp. For the system to be effective, it is necessary to ensure a homogeneous distribution of radiation, calculate exposure times suited to the airflow, integrate pre- and post-filters that enhance the effect of the light, and include safety systems that switch off the emission if the flow is interrupted or an element is missing. All this makes the technology a professional solution rather than a simple accessory.

The difference between extracting and purifying

In practice, UV-C makes the difference between a system that simply meets the minimum requirements and one that adds real value to kitchen work: cleaner air, fewer incidents, greater safety and a reinforced reputation for the business. That is the difference between extracting and purifying.