
Super Roof Stick
Self-adhesive single-layer bituminous felt
Application:
- Single-layer covering for pitched roofs with a slope of min. 5° (9%)
- Layer of initial covering for discontinuous roofing
- For use on new as well as renovated roof coverings
Properties:
- Excellent self-adhesive properties across the entire width of the roll
- Easy and quick to install without the use of fire
- Tight in a single layer
- Double SBS modification
- Durable, flexible and puncture-resistant
- High resistance to ageing
- Lightweight material, ideal for lightweight roof structures
- Convenient to transport and install on pitched roofs - roll width 0,5 m
- Effective sound insulation dampening the sound of rain and hail hitting the roof covering
- Highly aesthetic sprinkle, available in red and graphite colours
Available packaging:
- 0,5 m x 5 m
Type of reinforcement | non-woven polyester reinforced with glass fibre |
Color of sprinkle | red or graphite |
Low temperature flexibility | ≤ -20°C |
Width | ≥ 0,495 m - 0,5 m version |
Straightforwardness | ≤ 10 mm per 5 m of roll length |
Thickness | (2,6 ± 0,3) mm |
Resistance to external fire exposure* | Broof(t1) |
Reaction to fire | class E |
Watertightness: |
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Maximum tensile force: |
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Resistance to root penetration | NPD |
Resistance to static loading | ≥ 5 kg (method A) |
Resistance to impact | ≥ 250 mm (method A) |
Resistance to tearing: |
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Resistance of the joint : |
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Durability: flow resistance at elevated temperature | (100 ± 10)°C |
Reference document(s) | EN 13707:2004+A2:2009 |
Making an insulation using NEXLER Super Roof Stick bituminous felt should be carried out according to the technical design, in accordance with the current building regulations and the detailed guidelines for the design and execution of insulation contained in NEXLER Insulation Systems and the Technical Data Sheet.
The bituminous felt should be installed in ambient temperatures of above 0°C, this requirement applies to the time of day and night.
Do not carry out insulation work during strong winds and precipitation.