Insulators

Thermally conductive insulators are characterized by a good heat conduction and an excellent dielectric strength. They also possess a good electrical isolation. 

This type of insulator is a silicone based thermal material coated on film.

The smooth and compliant surface of insulators can minimize the thermal resistance and thus maximize the thermal performance.

  • Excellent dielectric strength
  • High mechanical resistance and long product life
  • Very good workability
  • High temperature resistance

More details about thermally conductive insulators.

TCIN series 1,2 to 1,6 W/m*K

Property TCIN-1,2S70F TCIN-1,3S80PE TCIN-1,5SxxF TCIN-1,6S85F Unit
Material Fiberglass reinforced silicone   Silicone coating on film Fiberglass reinforced silicone   Fiberglass reinforced silicone   -
Thermal conductivity  1,2 1,3 1,5 1,6 W/m*K
Thickness 0,18 to 1,0 0,2 0,25 to 0,60 0,23 mm
  70 80 20 to 60 (Shore 00) 85 Shore A
Continuous use temperature -40 to 200 -40 to 180 -40 to 200 -40 to 200 °C
Tensile strength 17,6 27,6 17,6 9 MPa
Density >1,6 2,5 >1,6 2,5 g/cm3
Item number TCIN-1,2S70F-LxWxT-XXX-YYY TCIN-1,3S80PE-LxWxT-XXX-YYY TCIN-1,5SxxF-LxWxT-XXX-YYY TCIN-1,6S85F-LxWxT-XXX-YYY
Data sheet

TCIN series 3,0 to 7,0 W/m*K

Property TCIN-3,0SxxF TCIN-3,6SxxF TCIN-5,0S45F TCIN-7,0S55F Unit
Material Fiberglass reinforced silicone   Fiberglass reinforced silicone   Fiberglass reinforced silicone   Fiberglass reinforced silicone   -
Thermal conductivity  3,0 3,6 5,0 7,0 W/m*K
Thickness 0,25 to 0,60 0,50 to 10,00 0,40 to 10,00 0,50 to 5,00 mm
  40 to 65 10 to 60 45 55 Shore 00
Continuous use temperature -40 to 200 -40 to 200 -40 to 200 -40 to 200 °C
Tensile strength 17,6 44 44 0,22 MPa
Density >1,6 3,1 3,1 3,5 g/cm3
Item number TCIN-3,0SxxF-LxWxT-XXX-YYY TCIN-3,6SxxF-LxWxT-XXX-YYY TCIN-5,0S45F-LxWxT-XXX-YYY TCIN-7,0S55F-LxWxT-XXX-YYY
Data sheet

Replace XXX in the item number by:

  • BNT = Both sides non-tacky
  • SAN = One side adhesive, one side non-tacky
  • BSA = Both sides adhesive
  • SST = One side tacky, one side non-tacky

Replace YYY by:

  • DST = Die-cut parts
  • KCT = Kiss-cut parts