FF104E
Tenmat Firefly 104E is a dark grey intumescent paper which generates high expansion and expansion pressure when exposed to fire or heat.
FF104E
Tenmat Firefly 104E is a dark grey intumescent paper which generates high expansion and expansion pressure when exposed to fire or heat.
FIREFLY 104E
Perfect for fire door applications
Firefly 104E is highly flexible allowing it to be wrapped or folded to suit various applications but produces an excellent char structure helping to maintain integrity throughout the fire. FF104E intumescent material is a thin intumescent material that is available in roll format or alternatively in sheets or cut into pre-shaped gaskets. It is an ideal material for use as an intumescent fire door seal whether around the perimeter edge of the fire door or as intumescent ironmongery protection, for example behind hinges and locks.
It is suitable for applications such as door and glazing seals, door hardware and ironmongery protection, damper seals, gap sealing or a variety of gasketing applications.
Firefly 104E at a glance
- 20:1 Expansion Ratio
- Highly Flexible
- Available in thicknesses as low as 0.5mm
- Supplied in Rolls
Availability
The material is available in thicknesses of 0.5mm, 1.0mm and 1.8mm and with or without a self-adhesive layer so can be very easily installed in small and tight gaps and voids where the use of intumescent sealant or similar is much less suited and messy.
See product dimensions below.
Product Dimensions
Tenmat Firefly 104E is supplied with or without self-adhesive backing. It can be supplied in full rolls or alternatively, slit to a variety of widths and roll lengths (see table for available dimensions). The material is also suitable for gasket cutting.
Self Adhesive | Thickness(mm) | Width(mm) | Length(m) |
No | 0.5 | 560 | 100 |
Yes | 0.8 | 560 | 100 |
No | 1 | 1120 | 100 |
Yes | 1.3 | 1120 | 100 |
No | 1.8 | 1120 | 50 |
Yes | 2.1 | 1120 | 50 |
Resources
Contents
Tenmat Intumescent Technology
Low Smoke - Zero Halogen Intumescent Materials
Tenmat Intumescent Technology vs. Polymer Based Intumescent