Unlike conventional Vapor Chambers, which are flat and of a single chamber design, the 3DVC has three vapor-containment chambers that are interconnected and are non-coplanar in arrangement, a design that allows outstanding heat transfer performance in high power applications while being a vapor chamber and a heat pipe. The system of the three-dimensional fluid can vaporize, heat, and transport working fluid to any section of the heat pipe. The internal chambers of the heat pipe and the heat sink are interconnected and filled with wick material that allows working fluid to vaporize and prevents it from returning to the evaporator section of the system chamber. This design allows three-dimensional heat transfer. Compared to heat pipes with flat vapor chambers, the 3DVC has the lowest thermal resistance, rendering it a better option in terms of effective thermal performance.

Features Of Copper Sheet For 3D Vapor Chamber

Above-average heat conduction: The evaporation and condensation phase change of the sheets allows heat to be rapidly and uniformly distributed, resulting in excellent thermal conduction.

Slim Design: The composition of the sheets, along with the thin profile, allows for applications in scenarios with limited space.

Exceptional Stability: The sealed construction allows for the enduring reliability of the sheets, providing stable functioning in a variety of challenging conditions.