The VH-09 Automotive Vehicle Heat Sink is an advanced thermal management solution specifically designed for automotive systems, ensuring efficient heat dissipation even in the most demanding environments. Engineered using a combination of die-casting and CNC machining, the VH-09 offers precision and durability for long-lasting performance in automotive electronics.

The VH-11 Automotive Vehicle Heat Sink is designed to enhance the performance and longevity of in-car control systems, providing exceptional thermal management for automotive electronics. Manufactured using high-precision die-casting technology and made from ADC12 aluminum alloy, this heat sink offers robust durability and efficient heat dissipation for critical automotive components, especially in environments with high thermal loads.

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.

The AR-01 Liquid Radiator is a high-performance cooling solution specifically designed for automotive intelligent driving systems, particularly for the central control units (IDCs). Utilizing friction stir welding technology, the AR-01 ensures a robust and reliable bond between its components, optimizing heat dissipation. With a cooling capacity of 220W and a low thermal resistance of 0.160°C/W, it efficiently manages the heat generated by high-performance processors and other components in the control system. Its durable construction from premium materials guarantees longevity, even in harsh automotive environments. The AR-01 is installed using screws, providing a secure and stable fit within the system, ensuring continuous, reliable cooling for intelligent driving applications. This makes it an ideal solution for the stringent thermal management demands of modern automotive systems, enhancing the overall performance and lifespan of the vehicle's central control unit.