MFPA Leipzig GmbH developed a suitable test setup for verifying smoke tightness (with regard to § 14 of the model building code MBO), which is not possible using the fire resistance tests for wall and/or ceiling components provided for by the official standards. In addition to testing the ceiling and wall components, the goal was to also test the connection situation in a fire test under load.

In order to simulate a multi-storey design, realistic mechanical stress was applied to the wall and ceiling samples. It was thus verified that the requirements with regard to the bearing capacity, tightness of the room and the insulation criterion were complied with in a fully developed fire scenario according to the standards, not only on the individual ceiling and wall components but also with regard to the connection area.

The sample provided by Massiv-Holz-Mauer Entwicklungs GmbH consisted of a wall (nailed laminated timber construction) and a customary connection to a laminated timber ceiling (manufactured by Bestwood Schneider).

More projects

Blick in eine im Rohbau befindliche Tunnelröhre mit Baustellenbeleuchtung

Concrete-technology support for PP fibre concrete tunnel construction projects

Concrete technology support for tunnel construction projects using PP fiber-reinforced concrete,…

Read More

Fire testing regarding the load-bearing safety of DELTABEAM® composite steel girders with prefabricated prestressed concrete ceilings

To investigate the behavior of prefabricated prestressed concrete floors (prestressed concrete…

Read More

Außenansicht des Tunnelprüfofens in der Brandprüfstelle der MFPA in Laue

Fire tests for the High Speed 2 (HS2) in the United Kingdom

The task of MFPA Leipzig GmbH was to record the damage and evaluate it in terms of materials and…

Read More