Technical selection
Specifications and configuration
Reference — Xinda press-fit copper-tube aluminum cold plate example
| Parameter | Documented value / configuration |
|---|---|
| Plate construction | Copper tube pressed into a rectangular aluminum plate; epoxy bonding listed as additional processConditions: scope: Supplier-described construction; image shows tube path but does not establish bond quality or leakage rate |
| Listed plate material | AL6063 aluminum plate materialConditions: scope: Supplier page; tube grade, surface treatment and wetted-material certificate are not given |
| Dimension control | Plate dimensions customized to drawingConditions: scope: No standard outside size, tube OD, tube wall or mounting hole spacing published |
| Pictured fluid interface | The manufacturer's product image shows copper tube runs embedded in the plate and four visible tube-end stubs at one edge; the hydraulic pairing and end-fitting specification are not publishedConditions: scope: Visual routing and open end locations only; no tube OD, wall, end-connection standard, pressure or measured thermal performance inferred |
Manufacturer reference configuration. Values and conditions apply to the named reference; the supplied configuration requires separate confirmation.
Overview
This pictured cold plate uses a routed copper tube embedded into a rectangular aluminum substrate. Its tube-in-plate construction differs from the socket-specific microchannel CPU plates in this catalog.
Construction and interfaces
The supplier describes copper tube pressing with epoxy bonding and lists AL6063 for the plate. The image shows the exposed tube path and mounting holes, not the bond condition, tube wall or actual fluid-contact certificate.
Selection
Match the heat-source footprint, available mounting-hole locations, contact flatness and coolant port route before choosing a plate drawing. The tube path and thermal contact area must be reviewed for the real heat-load and flow condition.
Configuration options
Overall dimensions and routing are drawing-defined. Specify tube OD/wall and end connection, plate thickness, mounting pattern, surface treatment and any cleanliness or inspection requirements rather than assuming stock options.
Application limits
No fixed footprint, tube size, working pressure, pressure drop or measured thermal resistance is published for this pictured example. The page's broad efficiency and zero-leakage claims are not used as a product guarantee.
