Passive, High Thermal Conductivity Vapor Chamber Assemblies

Why Use A Vapor Chamber Assembly?

Vapor Chambers leverage high heat transport capabilities of two phase cooling in a planar format. This makes Vapor Chamber Assemblies ideal components when spreading high heat densities or heat loads across a larger surface. By using Vapor Chambers, you can expect increased and more uniform heat spreading, which is ideal when optimizing heat sink performance.

Ultra-Thin Vapor Chambers

With Stainless Steel, and Copper options, Boyd designs and manufactures highly tailored vapor chambers with the thickness of a couple human hairs.

3D Vapor Chambers & Assemblies

Maximize the volume you have available for air cooling with 3D Vapor Chamber Assemblies by utilizing complex vapor spaces to increase surface area for heat transfer.

Heat Spreading Vapor Chambers & Assemblies

Vapor Chambers integrated into the base of a finned heat sink improve heat spreading to each of the fins, improving the overall performance of the heat sink by increasing fin efficiency.

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Dissipate High Heat Densities

Quickly and uniformly spread heat from densely packed heat sources with two phase heat transport.

graphic of vapor chamber heat sink assembly
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Highly efficient

Increase heat spreading by 10 to 200 times that of solid copper, aluminum, or graphite.

Two Phase Enhanced Air Cooling for Power Electronics

Integrate Vapor Chambers Into Air Cooled Heat Sinks

Boyd integrates Vapor Chambers into specialized air cooled heat sinks to improve heat distribution to each of the fins, improving the overall performance of the heat sink. We’ve taken that concept a step further by replacing solid fins with vapor chambers in addition to the base. Attached to the heat sink shaped vapor chamber blades are high density louvered fins, resulting in an isothermal, high surface area air cooled heat sink for high performance cooling.

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Innovated Vapor Chamber Products

Boyd continues to innovate Vapor Chamber products and can manufacture them in a variety of materials and working fluids. This includes our Ultra-Thin Copper-Water and Stainless Steel-Water Vapor Chambers for high density, high strength cooling in applications such as PEM fuel cells and low profile consumer and mobile electronics.

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