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VH-13 Advanced Automotive Heat SinK

The VH-13 Automotive Vehicle Heat Sink is specifically designed to meet the thermal management needs of automotive central control systems, offering superior heat dissipation for critical in-car electronics. Crafted using advanced die-casting technology and made from ENCA 44300 aluminum alloy, this heat sink delivers exceptional durability, efficiency, and thermal performance, making it an ideal solution for high-performance automotive applications.

    Die-Casting Tongyu

    Die-casting is a high-precision manufacturing process that involves injecting molten metal, such as aluminum or zinc alloys, into a precision mold under high pressure to create intricate and highly durable parts. This process is ideal for producing complex shapes and components with consistent quality and high thermal efficiency, making it perfect for applications like automotive heat sinks. In the case of the VH-13 Automotive Vehicle Heat Sink, die-casting technology is used to produce a heat sink that is both lightweight and strong, with a uniform structure that maximizes heat dissipation. The high pressure and precision involved in the process ensure that each heat sink is built to last, providing efficient thermal management for critical automotive electronics.
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    Product DescriptionTongyu

    Application

    IDC/ Vehicle intelligent driving system

    Material

    ENCA 44300

    Process

    Die-Casting

    Application ScenariosTongyu 

    • hutyj5
      The VH-13 Automotive Vehicle Heat Sink is designed to provide efficient thermal management across various automotive electronic systems, ensuring optimal performance in demanding conditions. Key applications include:
      In-Car Central Control Systems: Ensures smooth operation of infotainment, navigation, and central control units under high thermal loads.
      Infotainment Units & Multimedia Systems: Keeps systems cool during prolonged use, preventing performance degradation.
      Advanced Driver-Assistance Systems (ADAS): Maintains cooling for ADAS components, ensuring reliable sensor and processor performance.
      Electric & Hybrid Vehicles: Helps maintain thermal stability of power electronics, contributing to system efficiency and longevity.
      Battery Management Systems (BMS): Efficiently cools BMS electronic units for optimized battery performance in electric vehicles.