![]() ![]() ![]() The performances of the products and systems are attested by recognized and accredited laboratories. ![]() The opaque building structures of the envelope, similar to the internal partitions, require the use of highly performing thermo-acoustic insulation materials, especially when the perimeter walls and roof structures are made of lightweight components. The comfort of the environments in which we live and work comes from a careful design of the construction systems and their details.Įnsuring excellent performance with dry systems is simple, thanks to their modularity and flexibility.įIBRAN offers a range of specific solutions that can significantly improve the interior comfort of any type of environment with sound-absorbing solutions and soundproofing systems for hotel internal partitions, building units, schools, shopping centers, multi-purpose complexes, hospitals and nursing homes, industrial, tertiary and entertainment buildings. In the field of passive fire protection, FIBRAN offers a range of tested and certified products that make it possible to create solutions (partitions, linings, ceilings, roofs) with excellent fire protection properties, combined with excellent levels of thermal and acoustic insulation. The reaction to fire of the materials is particularly influential on the fire risk of the perimeter walls and roofs in relation to a fire outside the building. F): A1 ones are non-combustible while the materials certified A2, B, C, D, E, F burn in ascending order. The materials are classified according to the European standard EN 13501-1 in Euroclasses (A1, A2, B. The reaction to fire of a material regards its degree of participation in the development and propagation of fire to which it is subjected. The fire resistance represents the time (minutes) during which the construction element exposed to a fire preserves the structural stability (R), the sealing (E) and the thermal insulation (I). It relates to the load-bearing capacity in the event of fire and the subdivision capacity that allows a building to be divided into areas that are hermetically impervious to the effects of a fire in order to reduce the specific risk of spreading the fire. The fire resistance of the buildings is one of the strategies to be pursued to guarantee an adequate level of safety of buildings under fire conditions. ![]()
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