The Copper Microchannel Liquid Cold Plate is a precision-engineered liquid cooling component designed for thermal management applications where concentrated heat loads and limited cooling space require efficient heat transfer.
Manufactured with a copper base and a densely arranged microchannel or micro-fin structure, this Copper liquid cold plate provides an increased heat transfer surface area within a compact cooling region. Coolant can be directed through the engineered flow passages to absorb heat from the copper structure and transfer it to an external cooling system.
The cold plate features a precision-machined copper body with integrated mounting holes, fluid distribution cavities, and sealing grooves. Its structural design allows it to be integrated into customized liquid cooling assemblies for industrial electronics and high-power components.
KINGKA provides Custom Copper Microchannel Liquid Cold Plates for OEM customers, equipment manufacturers, and thermal management system developers. Dimensions, microchannel geometry, coolant passage layout, sealing structures, and mounting features can be customized according to project requirements.
Copper provides high thermal conductivity, making it suitable for transferring concentrated heat loads from electronic components to the liquid cooling region.
The copper base helps distribute heat toward the microchannel structure, supporting thermal management in applications with localized heat generation.
The closely spaced microchannel or micro-fin structure increases the available surface area for heat exchange between the copper cold plate and circulating coolant.
Channel dimensions, spacing, and arrangement can be engineered according to the required heat transfer performance and acceptable coolant pressure drop.
The cold plate incorporates precision-machined features, including fluid distribution regions, mounting holes, sealing grooves, and component installation surfaces.
CNC machining allows the overall geometry to be adapted to different equipment layouts and assembly requirements.
A Copper Microchannel Cold Plate can be designed with customized inlet and outlet configurations, flow distribution paths, and cooling regions.
Proper flow distribution helps the coolant reach the required heat transfer areas while managing hydraulic resistance within the liquid cooling system.
The copper body can incorporate sealing grooves, threaded holes, and mounting structures to support assembly with a compatible cover plate and external equipment.
Sealing methods and connection details are determined by the specific liquid cooling system design.
KINGKA supports customized copper cold plate manufacturing based on customer drawings, 3D models, and thermal requirements.
Microchannel layout, copper material grade, cold plate dimensions, mounting positions, and connection interfaces can be specified for different industrial applications.
| Parameter | Description |
|---|---|
| Product Name | Copper Microchannel Liquid Cold Plate |
| Product Type | Liquid Cooling Plate |
| Main Material | Copper |
| Cooling Structure | Microchannel / Micro-Fin Structure |
| Manufacturing Process | Precision CNC Machining and Application-Specific Processing |
| Cooling Medium | Water or Compatible Water-Glycol Coolant |
| Microchannel Dimensions | Customized |
| Cold Plate Dimensions | Customized |
| Inlet and Outlet | According to Assembly Design |
| Sealing Structure | Customized Groove and Seal Design |
| Mounting Features | Customized Holes and Installation Surfaces |
| Application | Industrial Electronics and High-Power Cooling |
| Customization | OEM / ODM Available |
All dimensions, coolant compatibility, operating pressure, and thermal performance requirements are subject to the final engineering design and verification.
A Copper Microchannel Liquid Cold Plate transfers heat from electronic components into a circulating liquid coolant through a copper heat transfer structure.
Step 1: Heat Transfer to the Copper Base
Heat generated by power electronics or other heat-producing components is conducted into the copper cold plate through the mounting interface.
Step 2: Heat Distribution to the Microchannels
The copper structure distributes heat toward the densely arranged microchannel or micro-fin region, increasing the area available for liquid heat exchange.
Step 3: Coolant Flow Through the Cooling Region
Coolant enters the cold plate assembly and flows through the designed cooling passages, absorbing heat from the copper surfaces.
Step 4: Heat Removal from the System
The heated coolant leaves the cold plate and circulates through an external heat exchanger or cooling unit before returning to the liquid cooling loop.
The overall cooling efficiency depends on microchannel geometry, coolant flow rate, pressure drop, thermal interface conditions, and the performance of the external cooling system.
Copper microchannel cooling plates can be developed for GPU modules, high-performance computing equipment, and other electronics requiring compact liquid cooling solutions.
A Copper Water Cooling Plate can be used in power conversion equipment and semiconductor assemblies where localized heat generation requires controlled thermal management.
Custom copper cold plates can be designed to provide liquid cooling for selected IGBT modules and power semiconductor devices.
Copper liquid cooling components can support thermal management for industrial laser equipment and associated electronic assemblies.
Microchannel liquid cooling solutions can be adapted for electronic systems with restricted installation space or concentrated heat sources.
KINGKA provides custom manufacturing services for Copper Liquid Cold Plates used in industrial thermal management systems.
Our customization capabilities include:
Copper base plate CNC machining
Microchannel and micro-fin geometry customization
Coolant distribution cavity machining
Custom sealing groove design
Mounting hole and threaded feature machining
Customized inlet and outlet locations
Dimensional inspection and assembly evaluation
Prototype development and OEM production support
Customers can provide 2D drawings, 3D models, samples, or technical specifications for engineering evaluation.
KINGKA specializes in customized thermal management components and precision metal machining.
As a Copper Cold Plate Manufacturer, we support the development of liquid cooling components for industrial equipment manufacturers, electronics companies, and OEM customers.
Our services include:
Custom copper liquid cold plate design support
Precision machining of complex copper structures
Customized liquid cooling plate configurations
Engineering coordination based on customer requirements
Prototype and production manufacturing support
Inspection based on agreed technical specifications
We work with customers to develop practical OEM Copper Liquid Cold Plate solutions that match their equipment layouts and cooling system requirements.
A Copper Microchannel Liquid Cold Plate is a liquid cooling component that uses a copper base and densely arranged cooling passages or micro-fin structures to transfer heat into circulating coolant. It is commonly considered for applications involving concentrated heat loads.
The main advantages include high copper thermal conductivity, increased liquid-contact surface area, compact heat transfer structures, and flexible customization options. Actual performance depends on channel geometry and coolant flow conditions.
A microchannel cold plate incorporates densely spaced cooling passages or fins that increase the available heat transfer area. Conventional copper cold plates may use larger flow channels or simpler internal structures.
Yes. Microchannel width, depth, spacing, and layout can be evaluated and customized according to manufacturing feasibility, thermal requirements, and allowable coolant pressure drop.
Yes. Copper microchannel liquid cooling plates can be designed for compatible GPU and high-performance computing applications. The mounting interface and cooling region must match the equipment's thermal and mechanical requirements.
Please provide available 2D or 3D drawings, overall dimensions, heat load, coolant type, target flow rate, allowable pressure drop, operating temperature, mounting requirements, and estimated order quantity.
Looking for a reliable manufacturer of Custom Copper Microchannel Liquid Cold Plates?
KINGKA provides precision-machined copper cold plate solutions for industrial liquid cooling applications. Send us your drawings and technical requirements to discuss manufacturing feasibility, customization options, and quotation details.
Contact KINGKA for your custom liquid cooling plate project.
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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