Feature:

Excellent Thermal Conductivity

Constructed from copper, a metal with a thermal conductivity coefficient far higher than that of aluminum and other common metals, it can rapidly transfer heat generated by electronic components. It is therefore an ideal choice for high-end heat dissipation scenarios.

High Processing Precision

Judging from the structural regularity and detailed finishing, precision machining is adopted to ensure a tight fit with heat-generating components, reduce thermal resistance, and enhance heat dissipation efficiency.

Strong Compatibility

Its unique structural design enables precise compatibility with specific electronic devices (such as high-end chips and power modules). Once installed, it can stably perform heat dissipation functions and ensure the stable operation of equipment under heavy loads.

Superior Durability

Copper itself has excellent corrosion resistance and wear resistance. Boasting a long service life, it can stably provide heat dissipation protection for equipment over the long term, reducing the risk of equipment damage caused by overheating.