CONTACT

Call: +971 5 448 448 58
Fax: +971 4 355 8090
E-mailThis email address is being protected from spambots. You need JavaScript enabled to view it.

Call: +971 5 448 448 58
Fax: +971 4 355 8090
E-mailThis email address is being protected from spambots. You need JavaScript enabled to view it.

Medical facilities

Making medical facilities safer and more attractive



Targets

  • a wide range for design is kept
  • the freedom of use is guaranteed
  • no interference with the conveyor system
  • by means of a competent consultation to the development
  • unlimited lifetime and waranty emphasised through maintenance agreements


1. Automatic textile smoke curtains for passagess


   
  • How can you fulfil the demands of safe smoke extraction concepts in areas where smoke barriers close
    all the way down to the floor level - especially if there are requests for escape possibilities?
  • Smoke barrier Stripecoil with CE-label
  • Creation of smoke compartments in escape routes respectively in areas where the smoke barrier is closed down to the floor level and persons and hospital beds have to pass and to be passed through the system. The Stripecoil system is available in drop length up to 3,5 m with a twin coil system for unlimited width. The frequency of persons passing through the smoke barriers is at approx. 200/minute at a width of 3 m.



2. Smoke curtains with a curved course


   
  • How can you integrate a smoke curtain in an architecturally attractive surrounding, e.g. an entrance
    area, lobby and at the same time also provide a leakage of 0 %?
  • Smoke curtain Smokeshield-C - the curved smoke curtain with a leakage of 0 %
  • The Smokeshield-C can be perfectly integrated in the architecture because of it different shapes like
    circle- or ellipse shape but also as open curved (serpentine) system. The smoke curtain is hidden in the
    suspended ceiling and provides a leakage of 0 %



3. Automatic smoke barrier made of a fabric


   
  • How you can make sure that the smoke will not be spread out though large openings by the
    elevator shaft from one floor to the next or from one room to the next? Or how can be sealed
    smoke tight large openings in accordance with DIN 18095 or EN 1634-3?
  • Smoke protection closure Fiberseal Evolution-Sa or -Sm, Fiberseal-HFiberseal-S in accordance with
    DIN EN 1634-3.
  • Secure, large scale smoke colsures even at high pressure loads (50 pa) and temperatures up to 200°C. Due to the small architectural design, highest demands are covered (“Invisible fire protection”). Optionally smoke protection closures can be designed as fire protection closures.



4. Creation of areas to guide smoke or as fire protection closure


   
  • How can the existing high demands on tightness of smoke barriers be fulfilled? Or how can a fire
    protection closure for a room in prestigious buildings be adjusted to the architecture? No limitation
    by side guides or pillars can be accepted?
  • Smoke guiding: Smokeshield-S Fire protection closure: Fibershield-S
  • Smoke protection closure Smokeshield-S offers a polygon shaped design. No disturbing side guides
    are necessary to achieve the requested tightness. Due to the flat design, the systems can be perfectly
    integrated into ceilings and are available in extremely large widths and lengths where the angels may
    vary from +/- 90° (30° - 150°).



5. Automatic textile fire protection closures for nurses’ lounges / reception desks


   
  • Openings of nurses’ lounges must be sealed off in case of danger so that in case of fire in nurse’ lounge
    there will be no effect in the floor.
  • Fire protection closure Fibershield Room
  • These automatic systems are very small and can be well integrated in the architecture. Depending on fire
    protection classification it can be choosen between E- and EW-classification (“Invisible fire protection ”).



6. Automatic fire protection closures made of a fabric – to seal openings in walls


   
  • How is it possible to seal openings in an architecturally appealing environment with fire protection
    closures which need heat insulating characteristics with the classification El 90 (T 90) while affecting
    the architecture as less as possible?
  • Fire protection closure Fibershield-PFibershield-EFibershield-Iand Fibershield-W tested in
    accordance with DIN EN 1634-1.
  • These automatic systems are very small and can be well integrated in the architecture. Depending
    on fire protection classification it can be choosen among the protection targets “E 90 – 180”, “EW
    60 – 90” or “EI 30 – EI 60 without water, EI 120 with water”. (“Invisible fire protection” ).



7. Fire protection closures with classification EI without water admission


   
  • How is it possible to seal openings in an architecturally appealing environment with fire curtains which need heat insulating characteristics with the classification El 90 (T 90) while affecting the architecture as less as possible?
  • Fire protection closure “Hidden Shield” - the textile fire protection closure with the classification El 30 / El 90
  • This closure that meets highest architectural demands and open design concepts, is the first fire protection closure in the world without side guides. Due to the special and structural construction there are no further compensatory actions, such as sprinklers, necessary to reach the textile closures’ protection target



8. Automatic textile fire- or smoke protection closures for openings in ceilings


   
  • In case of high architectural demands – how can you assure that openings in ceilings, which create fire compartments, can be sealed according to the protection target?
  • Textile horizontal fire protection closures Fibershield-H tested in accordance with DIN EN 1634-1.
  • These systems allow for a horizontal sealing of large openings in ceilings up to a width of 20 m and of great lengths. The drive systems assures a safe closing process. The drive unite makes ensure safe closing. The protection targets E 120 respectively EI 120 (insulation with sprinkler) can be achieved).



9. Fire protection hoods for electric devices as screens, snack vending machines


   
  • When there are screens, snack vending machines or other electrical equipments with a fire load in necessary corridors in the building, it has to be ensured that the fire does not affect the escape. How can the protection be ensured with restriction of the operating procedure?
  • Fire protection hood Copy-Cap
  • Tested fire protection hoods, automatically unfold from picture frames or ceilings and enclose the object with is to be protected. The fire is smothered and the smoke is captured underneath the hood. These hoods can even protect high-quality equipment against forge water (e.g. by activated sprinklers).



10. Fire protection closures to close openings in façades – external application


   
  • If two fire compartments converge at a buildings inside corner or if the distance between the buildings is less
    than 3 – 5 meters or the roof of an extension is connected to a wall with openings, it has to be assured that the fire does not spread through the openings in the façade. Which opportunities are there without having to close the openings with masonry?
  • Fibershield-F
  • By installations outside of the building, but also on the inside, this protection can be guaranteed. With these
    automatic sealing systems standard windows without fireproof glazing can be used. These standard windows are operable and therefore do not restrict the room-comfort.



11. Conveyor system closure for uninterruped and interrupted conveyor systems


   
  • Various goods are transported criss-cross through the building by various conveyor systems like roller-, belt-, chain carrying or circular conveyors. Thereby they often break through fire protection compartments.
    How can theses openings be sealed in case of fire?
  • Conveyor system closures of different series Universal-BECClos-FLEXECClos-RSECClos-S
  • The operation is always guaranteed as the cross section of the conveyor system is not affected. The systems - even for large cross sections - can be designed for over or under pressure operation. The conveyor system closures are applicable for dusty, lamellar, sliceable materials.



12. CANopen® bus – cross linked hold open units with approval Z-6.5-1990 / 2011


   
  • Are cross linked control units (hold open units) with a certificate of usability for smoke doors, fire protection
    doors, conveyor systems closures, etc. available? They need to communicate with bus control units, have to
    protect complex units and need to be handled easily.
  • Bus control unit RZ-7 BMZ-2 with or without RZ7 locking device
  • The bus control unit for Stöbich products as well as for all further brands of smoke and fire protection closures. Using the operator panel, all systems can be controlled and easily be extended. This increases the safety as well as the comfort and reduces the effort for installation.



Example of use


Automatic textile smoke curtain for passages

Proof of the feasibility to walk through for persons, wheelchairs and hospital beds

Stripecoil

Stripecoil

Stripecoil

Stripecoil

Stripecoil

 

 

Approval of efficacy of smoke shielding

Result according to test report no. BCL – G 328/10:
Smoke at the fire side, visibility approx. 1 m, At the averted fire side, visibility approx. 20 m

Nachweis der Wirksamkeit der Rauchabschottung

Nachweis der Wirksamkeit der Rauchabschottung

Nachweis der Wirksamkeit der Rauchabschottung

Testing laboratory
Measuring apparatus

Testing team

Nachweis der Wirksamkeit der Rauchabschottung

Nachweis der Wirksamkeit der Rauchabschottung

Nachweis der Wirksamkeit der Rauchabschottung


Glance through the stripes in smoky room

Glance into the chamber during extreme 
smoke and temperature polution

Nachweis der Wirksamkeit der Rauchabschottung

Nachweis der Wirksamkeit der Rauchabschottung

 

Fabric load in the smoky room after
the smoke test

Fabric load outer the smoky room after the 
smole test