Silicone Heat Sink Compound, Size 3 oz., Color White, Temp. Range -40 Degrees to 500 Degrees F
- EXCELLENT HEAT TRANSFER EFFICIENCY – Blended with thermally conductive, fine metal oxide powders, our heat sink compound will not harden, dry out or melt. It aids in the efficient transfer of heat away from electronics and electrical components, including CPUs or other heat generating elements and mechanical heat sinks.
- HIGH HEAT DISSIPATION FACTOR – Does not trap heat. Prevents accelerated oxidation, carbonization and hardening of the paste.
- FOR HEAT-SENSITIVE ELECTRICAL PARTS – Extends life of heat sensitive electrical parts through superior heat management and transfer.
- LOW BLEED – Exhibits very low bleed characteristics thanks to their carefully engineered rheological properties, allowing the non-curing silicone material to tenaciously adhere to surfaces without excessive migration or separation of its fluid components over time.
- HIGH DIELECTRIC CONSTANT – Exhibits exceptionally high dielectric strength, enabling it to resistantly insulate and prevent arcing or tracking between electrical components operating at high voltages.
- EXCELLENT HEAT TRANSFER EFFICIENCY – Blended with thermally conductive, fine metal oxide powders, our heat sink compound will not harden, dry out or melt. It aids in the efficient transfer of heat away from electronics and electrical components, including CPUs or other heat generating elements and mechanical heat sinks.
- HIGH HEAT DISSIPATION FACTOR – Does not trap heat. Prevents accelerated oxidation, carbonization and hardening of the paste.
- FOR HEAT-SENSITIVE ELECTRICAL PARTS – Extends life of heat sensitive electrical parts through superior heat management and transfer.
- LOW BLEED – Exhibits very low bleed characteristics thanks to their carefully engineered rheological properties, allowing the non-curing silicone material to tenaciously adhere to surfaces without excessive migration or separation of its fluid components over time.
- HIGH DIELECTRIC CONSTANT – Exhibits exceptionally high dielectric strength, enabling it to resistantly insulate and prevent arcing or tracking between electrical components operating at high voltages.