TFO-Y-PG

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TFO-Y-PG Grafit Folie pyrolytisch

TFO-Y-PG consists of pure pyroltytic graphite. Due to the synthetic structure it shows highly anisotropic heat spreading conductivities in-plane (x-y-plane) and in through direction (z-direction). Its softness allows for a good compliance to the contact surfaces. Thus the total thermal resistance is minimised. Their low densities make them ideal for applications where low weight is required. The very high temperature resistance allows for the use in extreme hot environments. Due to its flexibility it is bendingresistant. It can be used for curved surfaces and corners because its thermal conductivity will remain unchanged in the absence of sharp folds. Special configurations are dielectric with insulating films or laminated on flexible gap filler elastomers.




PROPERTIES

  • Maximum contact through good surface compliance
  • Very low weight
  • Silicone-free
  • Very high temperature resistance
  • EMI-shielding through high electrical conductivity
  • UL VO

AVAILABILITY

  • Sheet 115 x 180 mm
  • Sheet 180 x 230 mm
    (0.07 – 0.1 mm Thickness)
  • Non adhesive
    (TFO-YXXX-PG)
  • Adhesive
    (TFO-YXXX-PG-A1)
  • Die cut parts
  • With PEEK Laminate
    (TFO-YXXX-PG-PKXXX)
  • With Polyimide Laminate
    (TFO-YXXX-PG-PIXXX)
  • With PET Laminate
    (TFO-YXXX-PG-PEXXX)
  • As laminate on ultrasoft silicone gap filler elastomer
    (TFO-YXXX-PG-GFXXXX)

APPLICATION EXAMPLES

Thermal link of:

  • CPUs to heat sinks
  • Laser diodes
  • TEC modules

For use in high end computers / Analyzers / Photonics

OVERVIEW

PropertiesUnitTFO-Y025-PGTFO-Y070-PGTFO-Y100-PG
MaterialPyrolytic GraphitePyrolytic GraphitePyrolytic Graphite
ColourGreyGreyGrey
Thicknessmm0,025±0,0100,07±0,0150,10±0,030
Densityg/cm³1.91.210.85
UL FlammabilityUL 94V0V0V0
RoHS Conformity2015 / 863 / EUYesYesYes
Thermal
Resistances1 @ 150 PSI°C-inch²/W0.030.040.045
Resistances1 @ 30 PSI°C-inch²/W0.060.070.08
Resistance2 @ 10 PSI @ Thickness°C-inch²/W0.080.090.10
Thermal Conductivity (Z Direction)W/mK182025
Thermal Conductivity (X-Y Direction)W/mK1,6001000700
Operating Temperature Range°C- 250 to + 400 - 250 to + 400 - 250 to + 400
Electric
Electrical ConductivityS/cm20,00010,00010,000