InsuStick Pro
Manufactured using a precision calendering process, INSUSTICK PRO features a composite non-woven polyester carrier saturated and coated with a self-adhesive SBS elastomeric modified bitumen compound.
Engineered for the job it protects.
Manufactured using a precision calendering process, INSUSTICK PRO features a composite non-woven polyester carrier saturated and coated with a self-adhesive SBS elastomeric modified bitumen compound. Available with a range of upper surface finishes — including colored slates, aluminum foil, sand, and polyethylene film — the lower surface is laminated with a silicone release film for clean, easy installation.
INSUSTICK PRO offers cold peel-and-stick application for seamless adhesion to concrete, steel, and other prepared substrates. Its enhanced SBS formulation delivers superior thermal and chemical resistance, while the polyester carrier provides exceptional tensile strength and elongation at break, making it ideal for roofing, below-grade, and other mechanically stressed environments.
- Excellent UV resistance when finished with slate
- Superior chemical resistance to alkaline solutions, light acidic solutions, and bacteria
- Superior thermal resistance under a wide range of temperature fluctuation
- Absolute impermeability to water
- Outstanding performance at high temperatures and good performance at low temperatures
- Ease of application and excellent adhesion to any surface
- Applicable for above and below grade usages
The underside is protected by a silicone release film that is peeled away during application for direct self-adhesive bonding.
Custom surface options and colors are available on request.
Surface Finish Flyer →Carrier: PES | 3mm Slated Finish
| Test | Unit | Tolerance | Test Method | Nominal Values |
|---|---|---|---|---|
| Cold Temperature Flexibility | °C | MLV ≤ | EN 1109 | -20 to -25°C |
| Thickness | mm | MDV ± 5% | EN 1849-1 | 3 |
| Roll Width | m | MDV ± 1% | EN 1848-1 | 1 |
| Roll Length | m | MDV ± 1% | EN 1848-1 | 10 |
| TENSILE STRENGTH (MAX) Longitudinal | N/5cm | MDV ± 20% | EN 12311-1 | 600 |
| TENSILE STRENGTH (MAX) Transverse | N/5cm | MDV ± 25% | EN 12311-1 | 400 |
| ELONGATION @ BREAK Longitudinal | % | MDV ± 20 | EN 12311-1 | 35 |
| ELONGATION @ BREAK Transverse | % | MDV ± 20 | EN 12311-1 | 35 |
| Shear Resistance of Joints – Longitudinal | N/5cm | MLV ≥ | EN 12317-1 | 200 |
| Shear Resistance of Joints – Transverse | N/5cm | MLV ≥ | EN 12317-1 | 200 |
| Peel Resistance of Joints | N/5cm | MDV ± 10% | EN 12316-1 | 60 |
| Resistance to Static Loading | kg | MLV ≥ | EN 12730 | 10 |
| Resistance to Impact Loading | mm | MLV ≥ | EN 12691 | 700 |
| Flow Resistance at Elevated Temperature | °C | MDV - 10 | EN 1110 | 90 |
| External Fire Performance | - | - | EN 13501-5 | F (Roof) |
| Reaction To Fire | - | - | EN 13501-1 | F |
| Water Tightness Method A | 60 KPa | MLV ≤ | EN 1928:2000 | PASS |
| Average Loss of Slate | % | MLV ≤ | EN 12039 | 30 |
*Insutech reserves the right to modify product specifications, descriptions, and technical information at any time without prior notice.
Application, Step by Step.
Clean the substrate of dust, debris and standing water, then repair any cracks or voids so the membrane can bond to a sound, even surface.
Apply a bituminous primer evenly across the whole surface and allow it to dry completely before any membrane work begins on the area.
Unroll and align the membrane on the primed surface, allowing the specified side and end overlaps before any bonding takes place.
Peel back the release film and press the membrane firmly onto the primed surface, working from the centre outwards to avoid air pockets.
Roller and seal every overlap with a rounded trowel, checking each joint to achieve continuous, fully watertight seams across the surface.
Finish upstands, drains and penetrations with reinforcing details, then protect the membrane before backfilling, screeding or tiling.
