This article dives into the effects of micro-channel designs on water block performance for CPUs and GPUs, covering heat transfer, pressure drop, materials, and implementation, with KINGKA's custom liquid cooling expertise. Read More

This article outlines the top 8 thermal challenges effectively solved by extruded heat sinks, including compact spaces, high-volume costs, vibration, and more, with practical insights and KINGKA's custom manufacturing expertise. Read More

This comprehensive comparison of extruded heat sinks and heat pipe cooling solutions covers manufacturing, thermal efficiency, costs, ideal applications, pros/cons, and selection tips, featuring KINGKA's customized options for reliable heat dissipation. Read More

This article explains the critical role of liquid-cooled GPU systems in modern AI clusters, covering heat management, energy savings, scalability, reliability, and performance acceleration, with KINGKA's expertise in custom liquid cold plates for demanding applications. Read More

This in-depth comparison of vacuum brazed vs. welded liquid cold plates covers manufacturing, thermal efficiency, durability, costs, and ideal uses, with insights from KINGKA's customized solutions for industries like EVs and data centers. Read More

This article explores the top 7 applications of assembled liquid cold plates, highlighting their role in industries like EVs, data centers, and medical equipment, with insights on design, benefits, and KINGKA's customized solutions. Read More

This comprehensive guide explains custom assembled liquid cold plate design, highlighting its superiority over standard solutions for efficient heat dissipation in high-performance electronics. It covers definitions, the necessity of customization, influencing factors like heat load and coolant properties, key considerations such as materials and channel geometry, Kingka's expert approach with simulation and advanced manufacturing (e.g., FSW, vacuum brazing), and partnership benefits including quality assurance and timely delivery. Read More

This article provides an ultimate guide to assembled liquid cold plates, defining them as multi-component cooling devices that use circulating coolant for superior heat transfer. It details their construction methods, including FSW, vacuum brazing, and tube embedding, and highlights their thermal advantages like enhanced efficiency and extended component lifespan. The article also covers typical applications in high-performance computing and electric vehicles, emphasizing their role in precise thermal management. Finally, it showcases Kingka's specialization in customized assembled liquid cold plates, backed by extensive manufacturing capabilities and quality assurance. Read More

This article clarifies the fundamental differences between liquid cold plates and heat sinks. It explains that heat sinks passively transfer heat to ambient air via convection, suitable for moderate heat loads. In contrast, liquid cold plates actively transfer heat to a circulating liquid, offering superior heat dissipation, better temperature uniformity, and precise control for high heat flux applications. The article details their distinct designs, performance capabilities, typical applications (e.g., heat sinks in consumer electronics, cold plates in EVs/data centers), and cost/complexity implications. Kingka's ability to provide both customized solutions is also highlighted. Read More