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

In the digital age, servers are the unsung heroes powering everything from your favorite websites and streaming services to enterprise applications and personal cloud storage. But what exactly are servers, and why do they come in so many forms? Common server types are broadly categorized by their ph Read More

Confused by wattage ratings on CPUs and GPUs, or wondering how much cooling your PC needs? TDP, or Thermal Design Power, represents the maximum amount of heat, in watts, that a computer component (like a CPU or GPU) is expected to generate under its typical maximum workload. It is a crucial specific Read More

Modern CPUs generate significant heat, especially under load, which can lead to performance degradation and even system instability. A CPU heatsink is a passive heat exchanger component that plays a critical role in cooling the Central Processing Unit by absorbing heat directly from the CPU and diss Read More

Is your high-performance PC generating too much heat, leading to throttling and reduced lifespan? In a PC, a water block serves as the crucial component in a liquid cooling system that efficiently transfers heat directly from a hot component, such as a CPU or GPU, into a circulating liquid coolant. Read More