Inverter-Powered Friction Stir Welding Liquid-Cooled Plate

The surface of this water-cooled heat sink undergoes hard anodizing, resulting in a smooth, burr-free finish that enables the device to withstand harsh operating environments and long-term fluid erosion, making it a worthy choice. In the actual design process of water-cooling plates, engineers select IGBT modules of various specifications; designing an IGBT inverter water-cooling plate with optimal thermal performance is a key challenge in this process. Generally, the following steps must be considered regarding IGBT thermal performance. The selection of thermal management materials is crucial. Typically, aluminum alloy is the more common choice due to its excellent thermal conductivity and strength. On the other hand, copper is also a commonly used material because its thermal conductivity surpasses that of aluminum. Depending on the specific type of water-cooled plate, designing the fluid channels requires different engineering approaches. For detailed information on water-cooled plate channel design, please contact us. We can provide comprehensive details regarding our water-cooled plate designs, including product dimensions, manufacturing processes, material selection, flatness specifications, and inlet/outlet requirements. This will help engineers make informed decisions. If you are interested in our liquid cooling plates or would like to learn more, we are happy to provide design drawings without reservation to help engineers select the right products during the design process, shorten the R&D cycle, bring competitive products to market faster, and capture a larger market share.