High Silicone Thermal Conductives Pad for CPU Cooling 100x100mm Insulation Sheet for Computers Insulation Pastes

High Silicone Thermal Conductives Pad for CPU Cooling, 100x100mm, Insulation Sheet for ComputersFeatures:Elevates your devices with Thermal Silicone Conductives Pad, for superior heat dissipation and high temperature resistance in computer cooling applications.This thermal pad features a thermal conductivity of 1.2w to 2.0w, ensuring efficient heat transfer, while its soft silicone provide excellent insulation and dampening properties.for enthusiasts and IT professional, this Conductives pad for anyone lookings to enhances their computer or laptops thermal management.Whether you're overclocking your CPU or simply seekings to improve stability, the Thermal Pad easily cut shape for cooling.With Voltages of over 4kv and operating temperature from 40C to 220C, this CPU thermal pad is essential component for maintaining in even most demanding computings.Specifications:Materials: SiliconeSize: 100x100mmQuantity: 6Pcs, 8Pcs (optional)6Pcs: 0.3+0.5+0.75+1+1.25+1.5mm8Pcs: 1.75+2+2.25+2.5+2.75+3+3.5+4mmPackage Includes:6/8Pcs Thermal Conductives PadNote:Please allow 0-1cm error due to manual measurement. please make sure you not mind before bid.Due to the differences between different monitors, the picture may not reflect the actual of the item.

• With Voltages of over 4kv and operating temperature from 40C to 220C, this CPU thermal pad is essential component for maintaining in even most demanding computings
• This thermal pad features a thermal conductivity of 1.2w to 2.0w, ensuring efficient heat transfer, while its soft silicone provide excellent insulation and dampening properties
• for enthusiasts and IT professional, this Conductives pad for anyone lookings to enhances their computer or laptops thermal management
• Whether you're overclocking your CPU or simply seekings to improve stability, the Thermal Pad easily cut shape for cooling
• Elevates your devices with Thermal Silicone Conductives Pad, for superior heat dissipation and high temperature resistance in computer cooling applications