This article compares copper and nickel plating for server CPU/GPU water blocks. It details copper's high thermal conductivity but susceptibility to corrosion, versus nickel plating's superior durability and easier maintenance with a minimal thermal trade-off. The piece outlines application scenarios, KingKa Tech's material options, and recommends choosing based on budget, environment, and long-term reliability goals for liquid cooling. Read More

This article explains how a CPU/GPU waterblock solution effectively reduces server energy costs. It details how liquid cooling improves thermal management, cuts fan/AC loads, enables higher density, and offers heat reuse potential. The piece highlights KingKa Tech's custom, high-efficiency waterblocks and outlines implementation strategies and long-term benefits for a more sustainable data center. Read More

This article confirms that server CPU/GPU waterblocks effectively prevent AI cluster overheating. It explains how they combat intense heat loads through direct liquid cooling, eliminating thermal throttling for sustained peak AI performance. The piece details how waterblocks enhance reliability, extend hardware lifespan, and discusses crucial implementation considerations for AI data centers. Read More

This article details how server CPU/GPU waterblocks significantly boost data center efficiency. It explains their superior thermal performance, leading to reduced PUE, maximized computational output, and higher density. Read More

This article explores the Intel EGS water cooling block, a precision-engineered copper cold plate designed for enterprise and HPC processors. It covers key specifications, thermal performance metrics, manufacturing processes, and the importance of custom liquid cooling in high-density servers. Read More

This article provides an in-depth analysis of custom welding liquid cold plates, highlighting their essential role in managing high heat loads for peak electronic performance. It details their working principles, optimized materials (aluminum, copper), and key manufacturing processes, with a strong focus on Friction Stir Welding (FSW) for its superior strength, leak integrity, and minimal distortion. The article explores diverse industry applications, from EVs to data centers, where these tailored thermal solutions are critical. Finally, it offers a guide on designing and selecting the right custom cold plate, emphasizing the importance of partnering with expert providers like Kingka for optimal thermal management. Read More

This in-depth guide explores deep machining liquid cold plates—precision-engineered cooling solutions that ensure optimal thermal performance in high-power systems. It covers core principles, manufacturing techniques, industry applications, and why KINGKA is a trusted custom manufacturer for mission-critical thermal needs. Read More

Efficient thermal management is vital for today’s high-performance electronics. This article explores why extruded aluminum heat sinks offer the perfect balance of conductivity, durability, and cost-effectiveness for engineers and designers. Learn their advantages, applications, and key selection tips. Read More

This article provides an in-depth analysis of Friction Stir Welded (FSW) liquid cold plates as a highly efficient thermal management solution. It details the working principles of FSW technology, its key advantages in heat dissipation, and its wide range of applications. The article also compares FSW cold plates with other cooling methods, discusses material selection and design considerations, and highlights KINGKA's exceptional capabilities in FSW liquid cold plate manufacturing and one-stop service. The aim is to help readers understand how FSW liquid cold plates provide ultimate thermal protection for high-power electronic devices. Read More