Thermal conductive copper shim pads are designed to improve heat dissipation in electronic components by filling gaps between heat sources and cooling systems. These 20x20mm pads are ideal for use in small devices like notebooks, memory modules, and chipsets that require efficient thermal management without built-in cooling solutions. The copper material ensures excellent thermal conductivity, allowing heat to be transferred effectively from sensitive components to larger heatsinks or cooling surfaces.
The pads are manufactured with high-quality copper that can withstand temperatures up to 160 degrees Celsius. This durability makes them suitable for use in environments where heat buildup is common, such as in graphic cards or processors. The thin 0.3mm thickness allows for precise placement without adding unnecessary bulk, while the 20x20mm size fits well in compact spaces. The package includes six pieces, making it convenient for multiple applications or replacements.
Installation requires the use of adhesive, which is not included in the package. Users should apply the pads to the desired hardware and secure them with appropriate adhesive for optimal cooling performance. The surface of the copper may darken when exposed to air, but this does not affect its thermal properties. If desired, users can lightly sand the surface with fine sandpaper to restore its appearance without compromising functionality.
The product is compatible with a wide range of electronic devices that require additional cooling solutions. It is particularly useful for components like ICs, north and south bridges, and other small electronic parts that generate heat during operation. The copper material ensures efficient heat transfer, helping to prolong the lifespan of these components by preventing overheating.
Brand: MECCANIXITY
Model: Thermal Conductive Copper Shim Pad
Specifications: 20mm x 20mm x 0.3mm, 6 pieces, copper material
Features: High thermal conductivity, durable, suitable for ICs and graphic cards, easy to install with adhesive
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