CA fire prevention averts damage
The controlled atmosphere system also supports the preservation of artifacts.
Fire cannot ignite under conditions of less than 17% oxygen. With the controlled atmosphere system you are able to create such conditions in e.g. depots or archives where it is highly undesirable and expensive to have a sprinkler installation as fire prevention.
Reduced oxygen is an internationally accepted method of fire prevention. It creates an low oxygen atmosphere in which people can still work safely. By incorporating the necessary alarm systems and safety measures, the system meets the required European labour standards for workers..
No Oxygen – No fire
The low oxygen controlled atmosphere system can regulate and control the air inside individual rooms with a extreemly high accuracy. Unique about the CA system is the possibility to create an inert atmosphere and is ideal for data storage rooms, museums, archives or storage depots. By placing or exhibiting items in a controlled atmosphere room or showcase with 17% oxygen, fire cannot ignite.
Therefore, this low oxygen atmosphere provides a total and cost-effective solution to prevent fire ingition and thus, fire damage.
The CA system is also ideal for the control of temperature and humidity and can help e.g. museums preserve their most valuable artifacts against deterioration by protecting them from the effects of humidity changes, biological attacks such as insects, as well as from thermal and photo chemically induced oxidation.
Preserving your collection
With the controlled atmosphere system, the individual rooms or spaces connected to the system can have their own micro climate in terms of oxygen, humidity and temperature levels. The CA system can control and regulate each connected space simultaneously, creating the ideal conditions for every precious piece of art or valuable artifact in your collection.
This CA system provides a total and cost-effective solution to prevent deterioration of organic objects by protecting them from the effects of humidity changes, biological attacks such as insects, as well as from thermal and photo chemically induced oxidation.
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