The Copper Tube Liquid Cold Plate is a liquid cooling solution designed to transfer heat from high-power electronic components and industrial equipment to a circulating coolant. It combines copper cooling tubes with an aluminum base plate, providing an integrated structure for efficient heat collection and liquid heat transfer.
Compared with conventional air cooling solutions, a copper tube Liquid Cooling Plate can provide a more direct heat transfer path for applications with concentrated heat loads or limited installation space. The copper tubes form the coolant channels, while the aluminum base plate provides a mounting surface and supports heat transfer from the target components.
As a professional thermal management manufacturer, KINGKA provides customized Copper Tube Liquid Cold Plates for OEMs, equipment manufacturers, and industrial cooling system integrators. Tube routing, plate dimensions, mounting holes, connection positions, and structural configurations can be customized according to project requirements.
Copper tubes are used to form the internal coolant flow paths. Their thermal conductivity and formability make them suitable for liquid cooling applications requiring customized tube routing and bending configurations.
The aluminum base plate provides a stable mounting platform for electronic components and industrial equipment. Its dimensions, thickness, and surface configuration can be customized to suit different installation requirements.
The copper tube layout can be designed according to the required cooling area, available installation space, and coolant connection positions. Different tube arrangements can be considered for different thermal management projects.
Inlet and outlet configurations can be adjusted to match the external liquid cooling system. Connection types and positions can be specified according to the customer's assembly and piping requirements.
KINGKA supports custom liquid cooling plate development based on customer drawings, samples, or technical specifications, including plate machining, tube bending, mounting features, and assembly requirements.
| Parameter | Description |
|---|---|
| Product Type | Copper Tube Liquid Cold Plate |
| Cooling Tube Material | Copper |
| Base Plate Material | Aluminum |
| Cooling Medium | Water / Water-Glycol |
| Tube Configuration | Customized Tube Routing |
| Base Plate Dimensions | Customized |
| Tube Diameter | Customized |
| Inlet & Outlet | Customized |
| Mounting Holes | Available |
| Surface Treatment | According to Requirements |
| Manufacturing Service | OEM / ODM |
Final specifications depend on the customer's drawings and project requirements.
A Copper Tube Liquid Cold Plate works by circulating coolant through copper tubes to remove heat from the connected equipment.
Heat Collection: Heat generated by electronic components or industrial equipment is transferred to the aluminum base plate.
Heat Transfer: Heat moves from the base plate to the copper cooling tubes through the designed contact structure.
Coolant Circulation: Water or a compatible water-glycol coolant flows through the copper tube channels and absorbs heat.
Heat Dissipation: The heated coolant returns to an external heat exchanger or cooling system, where the heat is released before the coolant circulates again.
The actual cooling performance depends on tube geometry, contact conditions, coolant flow rate, thermal load, and the overall cooling system design.
Custom Copper Tube Liquid Cold Plates can be designed for a variety of industrial thermal management applications, including:
Power Electronics: Cooling solutions for power conversion equipment, inverters, and industrial power supplies.
IGBT Modules: Liquid cooling structures for high-power semiconductor modules.
Energy Storage Systems: Thermal management solutions for selected power conversion and energy storage equipment.
Industrial Laser Equipment: Cooling components used in industrial laser systems.
Electrical Equipment: Liquid cooling plates for electrical control and power distribution equipment.
Industrial Machinery: Customized cooling solutions for equipment with concentrated heat generation.
KINGKA provides customized liquid cooling plate manufacturing based on customer drawings, samples, and application requirements.
Our customization capabilities include:
Copper tube material and diameter selection.
Custom tube bending and routing.
Aluminum base plate CNC machining.
Mounting hole and connection position customization.
Tube and base plate assembly.
Dimensional and structural inspection.
Customized packaging for OEM projects.
Whether you need a prototype or a production-ready cooling component, our engineering team can work with your drawings and technical requirements to develop a suitable copper tube cooling plate.
KINGKA focuses on customized thermal management components and precision metal manufacturing. We work with customers to develop aluminum cold plates and copper tube liquid cooling solutions for different industrial applications.
Custom designs based on 2D drawings, 3D models, or physical samples.
Flexible tube layouts and aluminum plate configurations.
CNC machining and customized structural processing.
Support for prototype development and OEM production.
Engineering communication throughout the manufacturing process.
Contact KINGKA to discuss your project requirements and request a quotation for a custom Copper Tube Liquid Cold Plate.
A Copper Tube Liquid Cold Plate is a liquid cooling component that uses copper tubes as coolant channels and an aluminum base plate as a supporting and heat transfer structure. It is used to remove heat from electronic components and industrial equipment.
A copper tube cold plate uses formed copper tubes as coolant passages, while a vacuum-brazed liquid cold plate typically uses bonded metal plates to create internal cooling channels. Their structures, manufacturing processes, and design flexibility are different.
Yes. Tube routing, bending positions, inlet and outlet locations, and overall cooling plate dimensions can be customized according to drawings and application requirements.
Water and compatible water-glycol mixtures are common options. The coolant should be selected according to operating temperature, material compatibility, and system requirements.
Yes. KINGKA supports OEM and ODM manufacturing based on customer drawings, 3D models, samples, and technical specifications.
Customers are encouraged to provide a 2D drawing or 3D model, required dimensions, tube specifications, coolant type, operating conditions, connection requirements, and estimated order quantity.
Kingka Tech Industrial Limited
We specialize in Heat Sink、Liquid Cold Plate、precision CNC machining and our products are widely used in telecommunication industry, aerospace, automotive, industrial control, power electronics, medical instruments, security electronics, LED lighting and multimedia consumption.
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Da Long New Village, Xie Gang Town, Dongguan City, Guangdong Province, China 523598
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