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Image of Kerafol 86/300 Thermally conductive film 1 mm 3 W/mK (L x W) 50 mm x 50 mm
 

Kerafol 86/300 Thermally conductive film 1 mm 3 W/mK (L x W) 50 mm x 50 mm

The lowest possible thermal resistance and best heat dispersion with good electrical insulation are the primary features of the 86/300 Softtherm ® film. Good compressibility and low Shore hardness work to its advantage and ensure it withstands processing...


 
Image of Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 100 mm x 100 mm
 

Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 100 mm x 100 mm

The lowest possible thermal resistance and best heat dispersion with good electrical insulation are the primary features of the 86/300 Softtherm ® film. Good compressibility and low Shore hardness work to its advantage and ensure it withstands processing...


 
Image of Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 200 mm x 120 mm
 

Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 200 mm x 120 mm

The lowest possible thermal resistance and best heat dispersion with good electrical insulation are the primary features of the 86/300 Softtherm ® film. Good compressibility and low Shore hardness work to its advantage and ensure it withstands processing...


 
Image of Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 50 mm x 50 mm
 

Kerafol 86/300 Thermally conductive film 3 mm 3 W/mK (L x W) 50 mm x 50 mm

The lowest possible thermal resistance and best heat dispersion with good electrical insulation are the primary features of the 86/300 Softtherm ® film. Good compressibility and low Shore hardness work to its advantage and ensure it withstands processing...


 
Image of Kerafol 86/300 Thermally conductive film 5 mm 3 W/mK (L x W) 50 mm x 50 mm
 

Kerafol 86/300 Thermally conductive film 5 mm 3 W/mK (L x W) 50 mm x 50 mm

The lowest possible thermal resistance and best heat dispersion with good electrical insulation are the primary features of the 86/300 Softtherm ® film. Good compressibility and low Shore hardness work to its advantage and ensure it withstands processing...


 
Image of Kerafol 86/325 Thermally conductive pad 0.5 mm 3.0 W/mK (L x W) 120 mm x 200 mm
 

Kerafol 86/325 Thermally conductive pad 0.5 mm 3.0 W/mK (L x W) 120 mm x 200 mm

KERATHERM® SOFTTHERM® films, also known as gap pads or gap fillers, are a group of highly elastic ceramic-filled films. They are characterized by their extremely good compressibility, optimal plasticity with simultaneous good heat transfer and good...


 
Image of Kerafol 86/325 Thermally conductive pad 1.0 mm 3.0 W/mK (L x W) 100 mm x 100 mm
 

Kerafol 86/325 Thermally conductive pad 1.0 mm 3.0 W/mK (L x W) 100 mm x 100 mm

KERATHERM® SOFTTHERM® films, also known as gap pads or gap fillers, are a group of highly elastic ceramic-filled films. They are characterized by their extremely good compressibility, optimal plasticity with simultaneous good heat transfer and good...


 
Image of Kerafol 86/325 Thermally conductive pad 1.0 mm 3.0 W/mK (L x W) 120 mm x 200 mm
 

Kerafol 86/325 Thermally conductive pad 1.0 mm 3.0 W/mK (L x W) 120 mm x 200 mm

KERATHERM® SOFTTHERM® films, also known as gap pads or gap fillers, are a group of highly elastic ceramic-filled films. They are characterized by their extremely good compressibility, optimal plasticity with simultaneous good heat transfer and good...


 
Image of Kerafol 86/325 Thermally conductive pad 2.0 mm 3.0 W/mK (L x W) 100 mm x 100 mm
 

Kerafol 86/325 Thermally conductive pad 2.0 mm 3.0 W/mK (L x W) 100 mm x 100 mm

KERATHERM® SOFTTHERM® films, also known as gap pads or gap fillers, are a group of highly elastic ceramic-filled films. They are characterized by their extremely good compressibility, optimal plasticity with simultaneous good heat transfer and good...


 
Image of Kerafol 86/325 Thermally conductive pad 2.0 mm 3.0 W/mK (L x W) 120 mm x 200 mm
 

Kerafol 86/325 Thermally conductive pad 2.0 mm 3.0 W/mK (L x W) 120 mm x 200 mm

KERATHERM® SOFTTHERM® films, also known as gap pads or gap fillers, are a group of highly elastic ceramic-filled films. They are characterized by their extremely good compressibility, optimal plasticity with simultaneous good heat transfer and good...