With the rapid development of high-frequency, high-speed, and integrated circuit technologies, the power density of electronic components has increased dramatically, while their physical size continues to shrink. As a result, high operating temperatures have become inevitable, adversely affecting component performance. Effective thermal management has therefore become a critical issue in mode...

A CPU heatsink is an essential component that assists in cooling the CPU, providing a stable thermal environment. If the CPU cooler is poorly selected, the CPU will reduce its frequency automatically to prevent overheating and damage, which leads to performance drops. Therefore, choosing a suitable CPU air cooling heatsink is critical.So, how do you choose the right air cooler for your CPU? Thi...

At Tongyu Technology, we pride ourselves on delivering high-performance thermal solutions through precision manufacturing. Our aluminum extrusion and soldering processes are integral to ensuring optimal heat dissipation in demanding applications such as AI servers, automotive electronics, and high-power LED systems.

An industrial heat sink is a thermal management component used to dissipate heat from power-intensive equipment operating in harsh or continuous-use environments. These include inverters, welding machines, industrial LED systems, automation controllers, and data communication modules. By transferring heat away from sensitive components, industrial heat sinks help prevent thermal damage and ensu...

In today’s digital landscape, servers are the core infrastructure behind computational tasks ranging from gaming and image recognition to scientific research and engineering simulations. Routers and switches complement them by organizing and transmitting data signals. As these products grow in complexity, effective thermal management becomes crucial—particularly from a structural st...

In the field of thermal management, space is the ultimate resource — encompassing temperature rise allowance, geometric limitations, and, increasingly, energy consumption constraints. As green, energy-efficient data centers rise in prominence, these factors become critical to liquid cold plate design.

With the rise of AI computing, machine learning, and 3D rendering, high-performance GPUs are now pushing power limits never seen before. These power-hungry chips generate massive heat, and without effective thermal management, performance and lifespan can be significantly impacted. This is where advanced GPU heatsinks and liquid cooling systems come into play.

A heat sink is a critical component in thermal management systems, widely used in electronic devices. Its primary function is to absorb and dissipate excess heat generated during operation to ensure stable performance and avoid thermal damage.

In industries where thermal management directly impacts operational reliability and efficiency—such as data centers, electric vehicles, and aerospace systems—off-the-shelf cooling solutions often fall short. Custom liquid cooling systems engineered for specific thermal profiles, spatial constraints, and environmental conditions are no longer a luxury but a necessity.

Water cooling blocks, or "water blocks," are essential for high-performance liquid cooling systems in PCs, servers, and industrial equipment. Their efficiency relies on precision manufacturing to ensure optimal thermal transfer and leak-free operation. This article breaks down the step-by-step process of creating a water block, focusing on CNC machining, skiving, and quality control.