Silicone Pad Thermal Conductivity

Introduction

Thermal conductive silicone pads are a type of silicone material with excellent thermal conductivity, commonly used in areas that require heat dissipation, such as electronic equipment, LED lamps, and battery packs. It is mainly used to conduct heat between the heat source and the heat sink, helping to quickly and effectively disperse the heat generated by the device and prevent the device from being damaged due to overheating.

Advantages

Excellent thermal conductivity
The thermal conductivity of this thermally conductive silicone pad reaches 13 W/m·K, which can effectively conduct heat away from electronic devices and help the devices maintain a low operating temperature. This efficient heat conduction property is essential to prevent performance degradation or damage of devices due to overheating, especially in electronic products that need to run for a long time or have heavy loads.

Wide temperature adaptability range
The temperature range is from -55℃ to +200℃, allowing this silicone pad to work stably in an extremely wide temperature environment. Whether in cold environments or high temperature conditions, it can maintain stable physical properties and adapt to temperature changes that may occur in different industrial applications.

High rated voltage
The rated voltage is 5 kV/mm, which means that this thermally conductive silicone pad has good electrical insulation properties. This can effectively prevent current leakage or short circuit caused by overvoltage in electrical equipment, thereby improving the safety of equipment use, especially in high voltage environments, providing additional protection.

Good flame retardant performance
The silicone pad has V0 flame retardant performance, which can effectively inhibit combustion when exposed to high temperatures or fire sources. This feature is critical to the safety of electronic devices, especially in high-power devices or demanding industrial environments, to prevent fire accidents.

Moderate hardness
The hardness range of this thermally conductive silicone pad is 30~70±5 Shore C, which can provide sufficient flexibility to adapt to contact surfaces of different shapes while maintaining good mechanical properties. This hardness range ensures the durability of the material and its good fit with the equipment during application, which helps to achieve more effective heat conduction.

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