Boyd Tube Liquid Cold Plates Hi-Contact™

Description
Aavid, Thermal Division of Boyd Corporation’s Hi-Contact™ technology optimizes the contact area liquid tubes have with a cooling surface to provide the best possible liquid cold plate thermal performance. Our patented geometry used in these designs ensures the most tube-to-plate and tube-to-device contact possible to minimize interface resistance between all contact surfaces. To further increase performance, a thermal epoxy is applied to the tube/plate joint to provide a gap-free thermal interface between the tube and cold plate. Aavid’s patented Hi-Contact™ liquid cold plates feature copper or stainless steel tubing mechanically interlocked into aluminum plates. These cost effective liquid cold plates are designed specifically for low to medium power density applications. Standard Aavid Hi-Contact™ tube liquid cold plates feature a joint-free continuous tube press-fit into an extruded aluminum plate in a variety of passes for various performance levels. Custom Hi-Contact™ Cold Plates are available with either continuous tube styles or a manifold style to increase tube density within the liquid cold plate. Manifolds are brazed to tubes and tested for 100% leak-free performance. View Standard Hi-Contact™ Liquid Cold Plates below or contact the Boyd Engineering Team for a custom design for your application.
Description
Aavid, Thermal Division of Boyd Corporation’s Hi-Contact™ technology optimizes the contact area liquid tubes have with a cooling surface to provide the best possible liquid cold plate thermal performance. Our patented geometry used in these designs ensures the most tube-to-plate and tube-to-device contact possible to minimize interface resistance between all contact surfaces. To further increase performance, a thermal epoxy is applied to the tube/plate joint to provide a gap-free thermal interface between the tube and cold plate. Aavid’s patented Hi-Contact™ liquid cold plates feature copper or stainless steel tubing mechanically interlocked into aluminum plates. These cost effective liquid cold plates are designed specifically for low to medium power density applications. Standard Aavid Hi-Contact™ tube liquid cold plates feature a joint-free continuous tube press-fit into an extruded aluminum plate in a variety of passes for various performance levels. Custom Hi-Contact™ Cold Plates are available with either continuous tube styles or a manifold style to increase tube density within the liquid cold plate. Manifolds are brazed to tubes and tested for 100% leak-free performance. View Standard Hi-Contact™ Liquid Cold Plates below or contact the Boyd Engineering Team for a custom design for your application.

Suppliers

Company
Product
Description
Supplier Links
Tube Liquid Cold Plates - Hi-Contact™ - Boyd
Pleasanton, CA, United States
Tube Liquid Cold Plates
Hi-Contact™
Tube Liquid Cold Plates Hi-Contact™
Aavid, Thermal Division of Boyd Corporation’s Hi-Contact™ technology optimizes the contact area liquid tubes have with a cooling surface to provide the best possible liquid cold plate thermal performance. Our patented geometry used in these designs ensures the most tube-to-plate and tube-to-device contact possible to minimize interface resistance between all contact surfaces. To further increase performance, a thermal epoxy is applied to the tube/plate joint to provide a gap-free thermal interface between the tube and cold plate. Aavid’s patented Hi-Contact™ liquid cold plates feature copper or stainless steel tubing mechanically interlocked into aluminum plates. These cost effective liquid cold plates are designed specifically for low to medium power density applications. Standard Aavid Hi-Contact™ tube liquid cold plates feature a joint-free continuous tube press-fit into an extruded aluminum plate in a variety of passes for various performance levels. Custom Hi-Contact™ Cold Plates are available with either continuous tube styles or a manifold style to increase tube density within the liquid cold plate. Manifolds are brazed to tubes and tested for 100% leak-free performance. View Standard Hi-Contact™ Liquid Cold Plates below or contact the Boyd Engineering Team for a custom design for your application.

Aavid, Thermal Division of Boyd Corporation’s Hi-Contact™ technology optimizes the contact area liquid tubes have with a cooling surface to provide the best possible liquid cold plate thermal performance. Our patented geometry used in these designs ensures the most tube-to-plate and tube-to-device contact possible to minimize interface resistance between all contact surfaces. To further increase performance, a thermal epoxy is applied to the tube/plate joint to provide a gap-free thermal interface between the tube and cold plate.
Aavid’s patented Hi-Contact™ liquid cold plates feature copper or stainless steel tubing mechanically interlocked into aluminum plates. These cost effective liquid cold plates are designed specifically for low to medium power density applications.
Standard Aavid Hi-Contact™ tube liquid cold plates feature a joint-free continuous tube press-fit into an extruded aluminum plate in a variety of passes for various performance levels.
Custom Hi-Contact™ Cold Plates are available with either continuous tube styles or a manifold style to increase tube density within the liquid cold plate. Manifolds are brazed to tubes and tested for 100% leak-free performance.
View Standard Hi-Contact™ Liquid Cold Plates below or contact the Boyd Engineering Team for a custom design for your application.

Supplier's Site

Technical Specifications

  Boyd
Product Category Heat Sinks
Product Number Hi-Contact™
Product Name Tube Liquid Cold Plates
Device Liquid Cooler
Unlock Full Specs
to access all available technical data

Similar Products

Mechanical Products / Heat Sink - aluminium-profile-d01-002-28006 - TPS Elektronik GmbH
Specs
W 120 mm (4.72 inch)
H 40 mm (1.57 inch)
Material Aluminum; AL6063-T5
View Details
Forged Heat Sinks - WPR Series - Rego Electronics Inc.
Rego Electronics Inc.
Specs
L 40 to 70 mm (1.57 to 2.76 inch)
W 40 to 70 mm (1.57 to 2.76 inch)
H 10 to 25 mm (0.3937 to 0.9843 inch)
View Details