SWIXSS BRANDSCHUTZSYSTEME GESELLSCHAFT MIT BESCHRÄNKTER HAFTUNG

The purpose of fire compartmentation is to to prevent the spread of fire to or from another part of the same building or an adjoining building. The compartment wall seperate the fire risk areas in a building (low, medium and high risk). The higher the fire risk in the area, the more fire resistant the compartment (30 minutes, 60 minutes, 90 minutes or 120 minutes). It also depends on the type of building and its height. Fire compartments are achieved by means of: Fire doors, curtains, shutters Fireproof partitions Fireproof ceilings Fire-stop closures Consult our professionals Do not hesitate to contact us, we can draw up an estimate together to find the best solution for your security.

We offer fire- and smoke-rated doors of all types: metal and wood. According to ITM regulations: EI 2 30 s, EI2 60 s, EI2 90 s, EI1 30 s, EI1 60 s, EI1 90 s. Doors combining several criteria: acoustic, thermal, burglar-proof, armoured. Doors guaranteed for up to 10 years with an opening and closing cycle of up to 1,000,000 cycles. Fireproof sliding doors. Consult our professionals You can discuss with us and we can draw up an estimate together to find the best solution for your security.

The Fibreflam ISO6 curtain is a flexible partitioning curtain without irrigation. With a fire resistance degree of EI60, it also conforms to the DAS NF S61-937-1 and -4 standard. Thanks to its control panel and its motor operating in 400V, the closure of the curtain is obtained by gravity in case of fire alarm. Only its reopening is motorised. The standard dimensions of this fire curtain are up to 4.36 m wide and 4.21 m high. In spaces with strong architectural constraints, this curtain can easily be hidden behind cladding. We can help you with this project, so don't hesitate to submit your requirements via this contact form or by clicking on our website

Intufit® strips prevent cold-hot smoke from spreading when they reach a specified temperature during the fire. As Intufit® strips expand 20 times larger than their initial shape during a fire, they provide fire retardant properties. As a result of the self-adhesive applied on steel fire-resistant doors.