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Application > Penetration Seals  
   
 

 
Fire resisting compartments are created to contain fire and smoke from spreading within building structures. However, the principle of compartmentation can also present a parallel threat as most concealed cavities between fire resisting walls and floors are interlinked. The importance of sealing gaps in this type of construction is therefore vital to ensure the compartmentation systems work to their maximum ability to save life and property. Such gaps are typically at service penetrations through walls and floors but would also include gaps left for structural movement and gaps left due to poor workmanship.

The development of effective solutions to seal gaps at service penetrations has increased over the past few years and Promat has become a world leader  in  supplying
such solutions. Note should be taken that every service passing through fire resistant building elements react in different ways to fire, so there is no single solution or product that will protect all services.

General Design Considerations
As penetrations can occur in various building elements, there are a number of important criteria that require consideration in determining the appropriate type of sealing system to be used.

Performance criteria Horizontal/vertical orientation Fire resistance period
Insulation requirement Wall/floor/linear gap Movement or Vibration
Thermal expansion Mechanical strength Loadbearing
 

Important note: Due to the diversity of applications and the on-going discipline of relevant test programmes, the above and following notes in this section are general in nature only. It is thus essential that the system specified or being installed is approved for use. As a rule, always contact Promat to confirm specifications are correct prior to usage.

 
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