IntroductionIn modern, high-performance industrial and electronic applications, one of the biggest challenges is keeping critical components at stable operating temperatures. As computing power, power electronics, and renewable energy systems continue to advance, conventional air-cooled heat sinks c Read More

Optimizing Liquid Cold Plates for High-Power Cooling ApplicationsIntroductionIn high-power applications, liquid cooling emerges as a superior solution due to its capacity to effectively manage high heat flux. The efficiency of liquid cooling systems, especially those utilizing cold plates, lies in t Read More

How Liquid Cold Plates WorkLiquid cold plates utilize a simple yet highly effective mechanism to dissipate heat from electronic devices. These plates consist of a network of channels filled with a liquid coolant, typically water or a water-glycol mixture. As the electronic components generate heat, Read More

With the development of modern technology, various types of electric car radiators are being used in all corners of society. The battery pack, as the main energy storage element loaded with battery packs on electric vehicles, is a key component of electric vehicles and directly affects the performan Read More

Liquid cold plates for Cooling system Read More

When designing the water cooling plate, we usually calculate the size of the heat dissipation, understand the power parameters of the customer, the flow rate of the fluid, and the application field of the product, so that it is convenient for us to find the right coolant.Of course, these are the pre Read More