Through the formulation and filling of the silicone elastomer with ceramic powder, a very high thermal conductivity is achieved. Its very high softness and adaptability ensure optimal thermal contact even under very low pressure. This minimizes the overall thermal transition resistance. Due to its natural adhesive properties, the material can be easily pre-applied.
• Very soft and adaptable
• Thermal conductivity: 2.5 W/mK
• Effective at very low pressure
• Extremely aging/chemically resistant
• Residue-free removal after application
• Vibration-damping
• Easy pre-assembly due to self-adhesion
• Self-adhesive on one or both sides
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The formulation and filling of the silicone elastomer with ceramic powder results in high thermal conductivity. Its extreme softness and adaptability ...
The formulation and filling of the silicone elastomer with ceramic powder results in excellent thermal conductivity. Its extremely high softness and a...
By formulating and filling the silicone elastomer with ceramic powder, a high thermal conductivity is achieved. Its extreme softness and adaptability ...
By formulating and filling the silicone elastomer with ceramic powder, an exceptionally high thermal conductivity is achieved. Its softness and adapta...
The formulation and filling of the silicone elastomer with ceramic powder results in good thermal conductivity. Its extreme softness and adaptability ...
The special formulation and filling of the silicone with ceramic fillers result in very high conductivity. The unique surface structure allows the mat...
The special formulation and filling of the silicone with ceramic fillers result in a very high thermal conductivity. Under pressure, the overall therm...
The formulation and special filling of the material result in extremely high thermal conductivity. Its ability to conform to shapes ensures optimal th...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
Through the formulation and filling of the silicone elastomer with ceramic powder, good thermal conductivity is achieved. Its softness and adaptabilit...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
By formulating and filling the silicone elastomer with ceramic powder, a high thermal conductivity is achieved. Its ultra softness and adaptability en...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. The unique surface structure allows the material...
The formulation and special filling of the silicone result in an extremely high thermal conductivity. Its softness and adaptability to shape ensure op...
The special formulation and filling of the silicone with ceramic fillers result in very good conductivity. Under pressure, the overall thermal transit...
The formulation and filling of the silicone elastomer with ceramic powder results in high thermal conductivity. Its extreme softness and adaptability ...
The formulation and filling of the silicone elastomer with ceramic powder results in excellent thermal conductivity. Its extremely high softness and a...
By formulating and filling the silicone elastomer with ceramic powder, a high thermal conductivity is achieved. Its extreme softness and adaptability ...
By formulating and filling the silicone elastomer with ceramic powder, an exceptionally high thermal conductivity is achieved. Its softness and adapta...
The formulation and filling of the silicone elastomer with ceramic powder results in good thermal conductivity. Its extreme softness and adaptability ...
The special formulation and filling of the silicone with ceramic fillers result in very high conductivity. The unique surface structure allows the mat...
The special formulation and filling of the silicone with ceramic fillers result in a very high thermal conductivity. Under pressure, the overall therm...
The formulation and special filling of the material result in extremely high thermal conductivity. Its ability to conform to shapes ensures optimal th...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
Through the formulation and filling of the silicone elastomer with ceramic powder, good thermal conductivity is achieved. Its softness and adaptabilit...
Through the special formulation and filling of the silicone with ceramic fillers, a high thermal conductivity is achieved. Under pressure, the overall...
By formulating and filling the silicone elastomer with ceramic powder, a high thermal conductivity is achieved. Its ultra softness and adaptability en...
The special formulation and filling of the silicone with ceramic fillers result in high conductivity. The unique surface structure allows the material...
The formulation and special filling of the silicone result in an extremely high thermal conductivity. Its softness and adaptability to shape ensure op...
The special formulation and filling of the silicone with ceramic fillers result in very good conductivity. Under pressure, the overall thermal transit...