The leading manufacturer of heatsinks, thermal conductive materials, cases and connectors.
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GAP-Filler, Heat conductive foam and gel foils

gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
gel80_80g_q.jpg
  • density: 3.3 g/cm3
  • temperature range: -40°C... +150°C
  • elongation: 50 %
  • volume resistance: 1·1011 Ω·m
Gel thermal conducting foils
  • high heat conducting silicone foil as a gap-filler
  • very good compression with high dielectric strength
  • optimal for balancing big unevennesses or production tolerances
  • customer specific cuts according to drawing
  • other material compositions and thicknesses upon request
* This information refers to the standard variant of the product, so it might change when another variant is chosen.

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