Product group image
Application picture
Application picture
1   1

Fire I Barr ElastoSeal FFB-ES

Elastomeric fire resistant coating for construction joint and assemblies

fischer FFB-ES ElastoSeal is a one part water based acrylic coating which has been designed to provide smoke and fire protection on construction joints in both vertical and horizontal appliations. Tested to BS EN1366-4 and BS476-20 the FFB-ES is also ETA approved and CE marked. Developed for use on 80kg/m³ stone wool base the FFB-ES is also halogen and solvent free and exhibits excellent slump and movement characterestics.

Product Description

Advantages
  • Openings up to 20“ (500 mm) wide
  • Movement capabilities of 50 %
  • Working temperature between -10 °C and 95 °C
  • Can be spray or brush applied
  • Air permability
  • Acoustic performance
  • 80 kg/m³ stone wool base
  • 2.5 mm WFT required

Available Product Variants

Application and Permission

Applications
  • Linear joints in construction elements up to 20“ (500 mm) wide
  • Floor to floor
  • Wall to wall
  • Head of wall
  • Bottom of wall
  • Curtain wall
Building materials
  • Flexible wall constructions
  • Rigid floor and wall constructions
  • Concrete
  • Masonry
* You can find detailed information on building materials in the registration document.

Permission

  • ETA-15/0203
For Details see corresponding Documents

Assembly Instruction

Functioning
  • FFB-ES is a one-part water-based acrylic coating, which has been designed to provide smoke and fire protection on construction joints in both vertical and horizontal applications.
  • Developed for use on 80 kg/m³ stone wool base.
  • Once applied, it prevents the passage of fire and smoke and can contribute to the acoustic value of a structure between fire rated compartments giving a fire resistance for up to EI 240.
Installation graphic
Installation graphic
Installation graphic
Installation graphic
Installation graphic

Documents for Downloading

Additional Documents

Approvals

Title Type Created Valid Till
ETA - European Technical Assessment (PDF, 322 KB) ETA-15/0203 4/29/2015
fe80::1462:2e2c:f52e:7ce6%8