For our proven HapuflamŽ-Fire protection coating, we have developed a
new innovative product: HapuflamŽ - fire protection textile.
The HapuflamŽ fire protection textile is extremely tear-proof thanks to the glassfibre weave.
HapuflamŽ fire protection textile
Due to the net like structure, operating heat from electric cables can escape very well and therefore does not have additional insulation.
The HapuflamŽ fire protection textile sets new standards in preventative fire protection. Particularly due to the effect of the insulation layer formed by the building material, the fire protection cover prevents the spread of fire through the electrical lines (cables) and line systems (cable systems) provided with the fire protection cover in the event of the spontaneous combustion of electrical lines (cables) and line systems (cable systems) by short-circuit or overheating.
The HapuflamŽ fire protection textile is precaution for preventing the development of fire and preventing the transfer of fire through electrical lines (cables) or line systems (cable systems).
The HapuflamŽ fire protection range for preventative to fire protection offers you easy to install, special safety for your systems and buildings.
The HapuflamŽ fire protection textile sets new standards in preventative fire protection. Particularly due to the effect of the insulation layer formed by the building material, the fire protection cover prevents the spread of fire through the electrical lines (cables) and line systems (cable systems) provided with the fire protection cover in the event of the spontaneous combustion of electrical lines (cables) and line systems (cable systems) by short-circuit or overheating.
The HapuflamŽ fire protection textile is precaution for preventing the development of fire and preventing the transfer of fire through electrical lines (cables) or line systems (cable systems).
The HapuflamŽ fire protection range for preventative to fire protection offers you easy to install, special safety for your systems and buildings.
Technical properties
- Flexible (can be adapted everywhere)
- Light (no structural problems)
- Space-saving (no additional suspension necessary)
- Thin (low building height)
- Perforated (operating heat can escape)
The foam has several effects
- The transfer of heat to the cables is heavily reduced.
- The foam prevents the supply of oxygen to the fire at the source of ignition - fire transfer and the resulting flashover do not take place.
- The gases containing halogens produced when cable coatings and plastics burn are minimised by the development of foam.
- The consequential costs of fire due to corrosion and addressing poisonous substances are significantly reduced.
Further advantages
- No maintenance costs
- Simple checks possible (visual)
- Early recognition possible due to the reaction of the textile
- Reutilisation possible in case of conversion
- Possible to combine with other fire protection systems (e.g. sprinkler)
Assembly
With the HapuflamŽ mounting clips, the HapuflamŽ fire protection textile can also easily be mounted too difficult to reach areas without special tools. These mounting clips can be opened and closed again any time for subsequent assembly.
- Simple, affordable assembly
- No dirt
- No cable cleaning work
- Even coating
- Prevents assembly errors
Assembly tool
- Scissors
- Knife
- Assembly clips
- Binding wire (galvanised)
Downloads
Approval Z-19.22-1798 (German)
Inspection report for determining smoke density according to EN 50268-2 (German)
Test report L16688 from Warrington Fire Research (German)
Test report L16512 from Warrington Fire Research (German)
Test report L16513 from Warrington Fire Research (German)
Test report L16514 from Warrington Fire Research (German)
Test report L16515 from Warrington Fire Research (German)
Test report L16516 from Warrington Fire Research (German)
Inspection report for determining smoke density according to EN 50268-2 (German)
Test report L16688 from Warrington Fire Research (German)
Test report L16512 from Warrington Fire Research (German)
Test report L16513 from Warrington Fire Research (German)
Test report L16514 from Warrington Fire Research (German)
Test report L16515 from Warrington Fire Research (German)
Test report L16516 from Warrington Fire Research (German)
