SERVICES
1. Protection against fire penetration of electrical installations
This is the most common problem that occurs in modern construction, and it is precisely for this reason that several different products and systems have been developed with which we achieve excellent results in the field of passive fire protection.
2. Protection against fire penetration of non-combustible pipes
Metal pipes, which by their nature are non-combustible, very often remain unprotected. The metal is excellent heat conductor And thus such penetration represents a potential danger for the transmission of fire. We pay special attention to pipes that are coated with fuel insulation.
3. Protection against fire penetration of combustible pipes
Penetrations with plastic pipes are at risk because the plastic pipes melt. Such penetrations must be adequately protected in order to prevent the penetration of fire, smoke and poisonous gases from one sector to another. There is a wide range of products and systems based on expanding masses that represent the ideal solution for such penetrations.
4. Fire protection against combined penetrations
Due to the specific requirement that the protection of combined spaces be done in the best possible way, we use different products that must meet the level of fire resistance in the system.
5. Fire protection joints
Zaštita fuga mora se obavezno vršiti materijalom koji u sebi ima dovoljnu količinu elastičnosti što je posebno bitno kod zatvaranja dilatacionih spojnica.
6. Fire protection of cable routes
Cable routes are protected by covering them with non-combustible plates for two important reasons. The first is to protect the cables from the external influence of fire and temperature. The second is to prevent the penetration of fire, smoke and poisonous gases into the space through which the route passes.
7. Protection against fire penetration of ventilation ducts
In order to protect the ventilation ducts, the means used must have excellent adhesion to the surface of all materials (plaster, asbestos cement, metal, etc.) to enable the reduction of fire through the ventilation ducts.
8. Fire protection of steel structures
Fire protection of steel structures ensures the stability of structural elements in the building in case of fire. Protection and stability is achieved by applying suitable products such as coatings or materials to structural elements.
9. Fire protection of wooden structures
Protection of wooden structures against fire ensures the stability of structural elements in the building in case of fire. Protection and stability is achieved by applying suitable products such as coatings or materials to structural elements.
