Vacuum Brazing vs Friction Stir Welding (FSW): Which Process Wins for Liquid Cold Plates?When selecting the ideal joining process for high-performance liquid cold plates, the choice often narrows down to two advanced manufacturing techniques: Vacuum Brazing and Friction Stir Welding (FSW). Friction

FSW vs. Vacuum Brazing: Which Cold Plate Manufacturing Process is Best for EV Batteries?Table of ContentsI. Introduction: The Critical Role of Cold Plates in EV Battery Thermal ManagementWhy Temperature Control is Key for EV Battery Performance and LifespanCold Plates: The Heart of EV Battery Coolin

Master Vacuum Brazing for Superior Thermal Management: Your Essential GuideI. IntroductionIn my work, I see a constant battle against heat. Modern technology runs incredibly hot. In the world of electric cars and huge data centers, getting rid of heat is not just a small detail. It is a critical nee

FSW vs. Vacuum Brazing: The Manufacturing Showdown for High-Performance Cold PlatesI. Introduction: The Core Choice in Cooling TechnologyThe demand for high-power thermal management is rapidly increasing. This is happening across many demanding sectors. These sectors include AI servers, new energy I

Technical Differences Between FSW and Vacuum BrazingWhat is a liquid cold plate? A liquid cold plate is a device used to cool electronic equipment. In most cases, liquid cold plates are made of aluminum, but copper is also acceptable. The advantage of both materials is their high thermal conductivit