Copper liquid cooling plates are widely used in applications where efficient and reliable heat dissipation is critical. In this customer case, a copper liquid cooling plate was successfully processed using vacuum brazing to create the internal cooling structure and achieve a clean, reliable joint.
Vacuum brazing provides a controlled, low-contamination environment that helps minimize oxidation during the brazing process. Precise temperature control and uniform heating are particularly important for copper components, ensuring proper filler-metal flow and consistent bonding across the cooling plate.
The finished product demonstrates the capability of Norman Vacuum Furnace technology for manufacturing high-quality liquid cooling components. Vacuum brazing can be applied to cooling plates used in power electronics, EV battery thermal management, semiconductor equipment, and other high-heat-flux applications where efficient heat transfer and reliable sealing are essential.
Application: Vacuum Brazing
Component: Copper Liquid Cooling Plate
Material: Copper
Process: Vacuum Brazing
Key Requirements: Uniform bonding, clean surface, reliable sealing and dimensional stability
Need a vacuum furnace for copper cooling plate brazing?
Contact Norman Vacuum Furnace to discuss your cooling plate design, material, brazing alloy and production requirements.
