Kingka provides a complete Assembled Liquid Cold Plate solution for high-power electronics and advanced cooling applications.
Our liquid cold plates integrate heat pipes, welding, epoxy filling, sealing, and precision assembly to achieve outstanding heat dissipation performance.
Each cold plate is engineered for efficient thermal transfer, ensuring device stability, prolonged lifespan, and optimized performance even under extreme workloads.
As a professional liquid cold plate manufacturer, Kingka combines advanced thermal design, CNC machining, FSW (Friction Stir Welding), and vacuum brazing technologies under one roof.
We offer one-stop manufacturing and engineering service — from concept to mass production — enabling rapid development, consistent quality, and shorter lead times.
Comprehensive Process Capability – Copper tube cold plates, FSW cold plates, vacuum-brazed cold plates, and epoxy-bonded assemblies available for various applications.
High Thermal Efficiency – Optimized fluid channels and low thermal resistance designs enhance cooling performance for high heat-flux components.
Leak-Proof and Reliable – Advanced sealing, welding, and pressure testing eliminate leakage risk during long-term operation.
Hybrid Cooling Compatibility – Can be integrated with heat pipes, heat sinks, or fan systems for mixed cooling environments.
Fully Customizable – Size, materials (aluminum, copper, stainless steel), surface finish, and interface types are all customizable.
Copper Tube Cold Plate: Excellent conductivity and durability for laser systems and power modules.
FSW Liquid Cold Plate: High-strength aluminum welding ideal for large-area and uniform temperature applications.
Vacuum Brazed Cold Plate: Achieves extremely low thermal resistance and reliable joint bonding for mission-critical systems.
Epoxy-Bonded Cold Plate: Offers insulation and structural stability for complex designs and hybrid assemblies.
Dimensions: Fully customizable to match device layout and installation requirements.
Flow Channel Design: Tuned for optimal heat transfer vs. pressure drop balance.
Connection Types: G1/4, M22, barbed, or quick-connect fittings available.
Surface Treatment: Anodizing, nickel plating, or special coatings for corrosion resistance.
Our custom liquid cold plates are widely used across industries that demand efficient heat control and stable performance:
Data Centers & HPC Systems: Maintain GPU and ASIC cooling for AI accelerators and high-density servers.
Electric Vehicles & New Energy: Control heat in power modules, motor controllers, and battery systems.
Industrial Power Electronics: Enhance inverter and power supply reliability under continuous high-load operation.
Laser & Optical Equipment: Ensure temperature stability for high-precision laser sources.
Medical Devices: Enable consistent performance for sensitive and temperature-controlled medical instruments.
5G & Telecom Systems: Manage high heat flux in compact network modules and RF systems.
Overheating & Thermal Failure: Keep your devices within safe operating temperatures to prevent performance loss or failure.
Limited Space, High Heat Load: Achieve maximum cooling capacity in compact systems through efficient cold plate design.
Leakage Concerns: Every cold plate undergoes strict helium leak and pressure tests for total reliability.
Slow Prototyping Cycles: Rapid simulation and prototyping services shorten R&D time and reduce cost.
Complex Supplier Management: Our one-stop solution handles everything from thermal design to assembly — simplifying your supply chain.
Consulting: Understand your cooling needs and recommend tailored solutions.
Design & Simulation: Conduct CFD and FEA thermal analysis for design validation.
Prototyping: Produce functional samples rapidly for verification.
Testing: Perform flow rate, pressure drop, and heat resistance tests under real-world conditions.
Mass Production: Utilize multiple manufacturing technologies under ISO-controlled processes.
Final Inspection: 100% leak, pressure, and thermal performance testing before shipment.
15+ years of expertise in liquid cooling and heat management manufacturing.
Multiple production methods to balance cost, performance, and reliability.
Proven results across EV, telecom, data center, and industrial markets.
Strong R&D and simulation capability for design optimization.
Fast lead times, consistent quality, and responsive technical support.
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