The special formulation and filling of the silicone with ceramic fillers result in high conductivity. Under pressure, a very low overall thermal resistance is established. This minimizes the overall thermal transition resistance. Dielectrically, the material exhibits a very high breakdown strength. The carrier film provides maximum mechanical stability and ease of handling.
• Very good thermal contact
• Very high dielectric breakdown strength
• High mechanical stability due to the carrier film
• Extremely aging/chemical resistant
• Residue-free removal after application
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The special formulation and filling of the silicone with ceramic fillers result in good conductivity. Under pressure, a low overall thermal resistance...
The special formulation and filling of the silicone with ceramic fillers result in good conductivity. Under pressure, a very low overall thermal resis...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
The special formulation and filling of the silicone with ceramic fillers result in very good conductivity. Under pressure, the overall thermal transit...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. Due to the unique surface structure, the materia...
The special formulation and filling of the silicone with ceramic fillers result in very high conductivity. The unique surface structure allows the mat...
Through the special formulation and filling of the silicone with ceramic fillers, a high conductivity is achieved. Under pressure, the overall thermal...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
The phase change coating wets the inevitable surface roughness and unevenness when softening above the phase change temperature and under low pressure...
The phase-change coating wets the unavoidable surface roughness and irregularities when softened above the phase-change temperature and under low pres...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. The unique surface structure allows the material...
The special formulation and filling of the silicone with ceramic fillers result in excellent conductivity. The unique surface structure allows the mat...
It vulcanizes at room temperature (RTV) into a stable and elastic bond on most surfaces without the need for a primer. Due to the acetatic curing in a...
Surface irregularities and tolerances can be effectively compensated for. Materials with different thermal expansion coefficients can be securely bond...
The special formulation and filling of the silicone with ceramic fillers result in a very high thermal conductivity. Under pressure, the overall therm...
The special formulation and filling of the silicone with ceramic fillers result in good conductivity. Under pressure, a low overall thermal resistance...
The special formulation and filling of the silicone with ceramic fillers result in good conductivity. Under pressure, a very low overall thermal resis...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
The special formulation and filling of the silicone with ceramic fillers result in very good conductivity. Under pressure, the overall thermal transit...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. Due to the unique surface structure, the materia...
The special formulation and filling of the silicone with ceramic fillers result in very high conductivity. The unique surface structure allows the mat...
Through the special formulation and filling of the silicone with ceramic fillers, a high conductivity is achieved. Under pressure, the overall thermal...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
The phase change coating wets the inevitable surface roughness and unevenness when softening above the phase change temperature and under low pressure...
The phase-change coating wets the unavoidable surface roughness and irregularities when softened above the phase-change temperature and under low pres...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. The unique surface structure allows the material...
The special formulation and filling of the silicone with ceramic fillers result in excellent conductivity. The unique surface structure allows the mat...
It vulcanizes at room temperature (RTV) into a stable and elastic bond on most surfaces without the need for a primer. Due to the acetatic curing in a...
Surface irregularities and tolerances can be effectively compensated for. Materials with different thermal expansion coefficients can be securely bond...
The special formulation and filling of the silicone with ceramic fillers result in a very high thermal conductivity. Under pressure, the overall therm...