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The Cold Forged Round Heat Sink is a high-performance thermal solution designed for efficient heat dissipation in various applications. Utilizing advanced cold forging technology, this heat sink achieves precise straightness and maximized heat dissipation per square millimeter. The process is particularly suitable for forming complex shapes, such as plate-fin, round pin, and oval fin heat sinks. Additionally, cold forging is an ideal manufacturing method for copper heat sinks, as it eliminates the need for high-temperature processing, minimizing material damage and ensuring excellent thermal conductivity.
Winshare Thermal is a pioneer in cold forging technology, with extensive experience in producing both standard and high-power forged heat sinks. Our cold-forged heat sinks are widely used in LED lighting, high-voltage inverters, wind power converters, and motor controllers. By overcoming challenges such as low thermal conductivity in die-cast microchannels and high processing costs, Winshare provides cost-effective and high-performance cooling solutions.
Superior Thermal Performance – Cold forging enables precise, high-density fin structures for optimal heat dissipation.
Excellent Straightness – Achieves near-perfect fin alignment, increasing heat transfer efficiency.
Versatile Shapes – Supports plate-fin, round pin, and oval fin configurations for various cooling needs.
Ideal for Copper Heat Sinks – Forms copper heat sinks without high temperatures, reducing material damage.
Supports Secondary Processing – Easily integrates machining operations such as hole drilling, chamfering, and step cutting to minimize material waste.
High Precision & Consistency – Cold forging produces uniform heat sinks with excellent repeatability.
Material Efficiency – Minimal material loss compared to traditional machining or die-casting methods.
Enhanced Structural Integrity – No thermal stress or deformation, ensuring long-term durability.
LED Lighting & Light Source Heat Sinks – Effective cooling for high-power LED modules.
High-Voltage Inverters & Power Converters – Efficient thermal management for industrial electronics.
Wind Power Converters – Ensures stable operation in renewable energy applications.
Motor Controllers – Provides reliable heat dissipation for high-performance motor systems.
The Cold Forged Round Heat Sink is a high-performance thermal solution designed for efficient heat dissipation in various applications. Utilizing advanced cold forging technology, this heat sink achieves precise straightness and maximized heat dissipation per square millimeter. The process is particularly suitable for forming complex shapes, such as plate-fin, round pin, and oval fin heat sinks. Additionally, cold forging is an ideal manufacturing method for copper heat sinks, as it eliminates the need for high-temperature processing, minimizing material damage and ensuring excellent thermal conductivity.
Winshare Thermal is a pioneer in cold forging technology, with extensive experience in producing both standard and high-power forged heat sinks. Our cold-forged heat sinks are widely used in LED lighting, high-voltage inverters, wind power converters, and motor controllers. By overcoming challenges such as low thermal conductivity in die-cast microchannels and high processing costs, Winshare provides cost-effective and high-performance cooling solutions.
Superior Thermal Performance – Cold forging enables precise, high-density fin structures for optimal heat dissipation.
Excellent Straightness – Achieves near-perfect fin alignment, increasing heat transfer efficiency.
Versatile Shapes – Supports plate-fin, round pin, and oval fin configurations for various cooling needs.
Ideal for Copper Heat Sinks – Forms copper heat sinks without high temperatures, reducing material damage.
Supports Secondary Processing – Easily integrates machining operations such as hole drilling, chamfering, and step cutting to minimize material waste.
High Precision & Consistency – Cold forging produces uniform heat sinks with excellent repeatability.
Material Efficiency – Minimal material loss compared to traditional machining or die-casting methods.
Enhanced Structural Integrity – No thermal stress or deformation, ensuring long-term durability.
LED Lighting & Light Source Heat Sinks – Effective cooling for high-power LED modules.
High-Voltage Inverters & Power Converters – Efficient thermal management for industrial electronics.
Wind Power Converters – Ensures stable operation in renewable energy applications.
Motor Controllers – Provides reliable heat dissipation for high-performance motor systems.