Engine bays
Wrap the harness where rodents travel: along the firewall, over the cam cover and down to the injectors. The capsaicin sits in the adhesive layer, not on the surface, so it does not wipe off.
| Parameter | Value |
|---|---|
| Thickness | 0.125 mm |
| Length × Width | 20 m × 25 mm |
| Backing | PET film |
| Adhesive | thermally conductive acrylic |
| Adhesion | 13.60 N/25 mm |
| Thermal conductivity | 0.5 W/m·K (steady-state method) |
| Rating | Halogen-free, UL94 VTM-0 |
Thermally conductive double-sided tape for bonding heat sinks, LED boards and power components where screws are not an option. Halogen-free and flame retardant to UL94 VTM-0, with 0.5 W/m·K through-plane conductivity.
A double-sided tape with a thermally conductive acrylic adhesive on both faces, used to bond a heat source to a heat sink or chassis where a screw or clip is not an option. No.7092 uses a PET film carrier, is 0.125 mm thick and 25 mm wide on a 20 m roll, and conducts 0.5 W/m·K through the thickness of the film.
Heat crosses the 0.125 mm film from the component side to the mounting surface, so the bond line is the thermal path: keep both surfaces flat and clean, press down evenly, and avoid trapped air. Conductivity is 0.5 W/m·K measured by the steady-state method; adhesion is 13.60 N/25 mm, which is what keeps the joint closed over time.
Typical uses are heat sinks on LED boards, power components and small modules where screws are not an option. The tape is halogen-free and flame retardant to UL94 VTM-0, and one 25 mm x 20 m roll covers 20 m of bond line.
Thermally conductive double-sided tape for bonding heat sinks, LED boards and power components where screws are not an option.
Its thermal conductivity is 0.5 W/m·K (steady-state method).
One roll is 25 mm wide and 20 m long.
Typical values measured according to JIS or the manufacturer's test methods. Reference values, not guaranteed values.
In use
Six places wiring gets chewed before anyone notices. Wrap the span that is actually exposed.
Wrap the harness where rodents travel: along the firewall, over the cam cover and down to the injectors. The capsaicin sits in the adhesive layer, not on the surface, so it does not wipe off.
Protect cable runs through the roof space, where insulation gives rodents cover and chewing goes unnoticed until a circuit fails.
Bind and protect exposed cabling in fit-outs, so one chewed network run does not take out a whole floor.
Wrap service entries and panel feeds to keep gnawing away from live conductors.
Surface conduit and drops in racking aisles get chewed at the same height every time. Wrap the vulnerable span.
12V runs behind panels are warm, dark and easy to reach. Tape the loom before the walls go back on.