Silicone Thermal Pad

KKG offers customized high-performance silicone thermal pads in various thicknesses, dimensions, shapes, and colors to provide efficient and reliable thermal solutions for electronic devices across industries.

As a critical material for electronic thermal management, KKG silicone thermal pads deliver multiple core advantages, perfectly adapting to diverse application scenarios. Crafted from premium silicone substrates and precisely blended with high-thermal-conductivity fillers, our products deliver thermal conductivities ranging from 1.0 to 5.0 W/(m·K). This enables efficient heat transfer from electronic components during operation, significantly reducing contact thermal resistance. Simultaneously, they exhibit strong insulation properties with insulation resistance far exceeding industry standards, effectively preventing short circuits between metal electrodes and heat sinks to ensure operational safety.

To accommodate diverse installation requirements, KKG silicone thermal pads offer comprehensive customization services. Thicknesses ranging from 0.2mm to 10mm suit both ultra-thin consumer electronics assemblies and large-gap filling needs in industrial equipment. Dimensions and shapes can be precisely cut to customer specifications, ensuring seamless adaptation for standard rectangles, irregular components, or complex precision structures. Colors include basic options like black, white, and gray, plus custom shades to integrate with equipment aesthetics. Additionally, the product can be upgraded with an adhesive backing upon request. This strong adhesive ensures secure adhesion without peeling, significantly simplifying assembly and boosting production line efficiency.

In terms of durability, KKG silicone thermal pads demonstrate exceptional performance. They feature high-temperature resistance (-40°C to 120°C), aging resistance, and compression resistance without deformation. Even under prolonged exposure to high temperatures and vibration in harsh conditions, they maintain stable thermal conductivity and structural integrity. Additionally, they are RoHS-certified, free from silicone leakage and odor, meeting stringent environmental standards worldwide.