TSP100R Thermal Silicone Pad
Thermal conductivity 1.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Showing all 9 results
Thermal conductivity 1.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 1.5W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 2.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 4.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 5.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity=12W/mk or customized
Excellent adhesion and low hardness
Electrical insulation
Excellent softness
Thermal conductivity 6.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 7.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness
Thermal conductivity 8.0W/mK
High thermal conductivity
Excellent conformability, low hardness
High electrical insulation
Excellent softness
High heat dissipation performance and cost-effectiveness