How to Identify the Quality of Customized Water Cooling Plates

To determine the quality of a customized water cooling plate, consider the following aspects:

 

1. Material Quality:

   - In a competitive market, some manufacturers use non-standard materials to cut costs. Water-cooled plate substrates are typically made from aluminum, but lower-quality plates might use recycled aluminum, which can contain impurities and sand holes.

   - While such materials might be acceptable for air-cooled heat sinks, they pose a significant risk for water-cooled plates, including leakage and corrosion.

 

2. Water Channel Formation Process:

   - For plates using embedded copper pipes, the quality of the connection between the copper pipes and the aluminum plate is crucial. The plate should be ground or milled to create a flat, smooth surface.

   - Inspect the surface for smoothness and ensure there are no gaps between the copper pipes and the aluminum plate. Poor bonding can reduce heat dissipation and increase the risk of leaks, especially if substandard joints are used.

 

3. Packaging and Transportation:

   - Given the water cooling plate’s importance and cost, proper packaging is essential. High-quality plates should have surface protection and special covers to prevent dust and debris from entering the waterways.

   - For transportation, robust packaging such as wooden crates should be used to prevent damage.

 

4. Leakage Prevention:

   - The most critical factor is ensuring there is no risk of leakage. Each plate must undergo leak testing and be able to pass a burst pressure test.

   - For brazed products, be particularly cautious as multiple welding points can create potential leak areas, especially in thin-walled sections.

 

By carefully evaluating these factors, you can assess the quality and reliability of a customized water cooling plate effectively.

评论

发表评论

此博客中的热门博文

How does the new energy battery dissipate heat?

Power battery is an important core component of new energy vehicles, which is not only expensive, determines the cost of new energy vehicles, but also determines the driving range of new energy vehicles, affecting the feelings of consumers. The power battery used by new energy vehicles is a rechargeable chemical battery, and its charging and discharging process is actually a chemical reaction process, so the power battery will release a certain amount of heat with the intensity of the chemical reaction during the charging and discharging process. We know that the negative electrode, electrolyte and battery separator inside the power battery will burn, and the ignition point of the electrolyte is very low, therefore, if the huge power battery pack of new energy vehicles does not do a good job of thermal management, it is not only easy to cause battery damage, but also very easy to cause combustion accidents. The power battery pack is composed of a large number of cells. When producing p...
阅读全文

Liquid Cooling Technology: An Efficient New Cooling Solution for Coping with the Surge in Computing Power

  Concepts like 'AIGC in the field of artificial intelligence,' 'ChatGPT,' 'data special zones,' 'Eastern data and Western computing,' and 'data centers' are some of the hottest topics right now. Behind the surge in computing power, processor power consumption is increasing. To maximize processor performance, higher cooling efficiency is necessary.   With the explosive growth of computing power, we see an increase in power density and energy consumption in data centers. Traditional air cooling can no longer meet the growing cooling demands, highlighting the importance of   liquid cooling technology . The high power density of AI servers   makes 'liquid cooling' a cost-effective and efficient temperature control method.   Liquid cooling technology refers to the use of liquid instead of air as a coolant to exchange heat with heat-generating components and dissipate that heat. It involves directly introducing a liquid cooling system into the...
阅读全文

Direct Chip Cooling Liquid Loop: A Technological Innovation Safeguarding High-Performance Computing

With the rapid development of technology, the computational demands of data centers, high-performance computing clusters, and artificial intelligence servers are growing increasingly. Traditional air-cooled heat dissipation methods have become insufficient for meeting the high-density and high-power dissipation requirements of modern chips. In response, direct to chip liquid cooling loop   technology  has emerged, becoming an indispensable heat dissipation solution in the field of high-performance computing due to its exceptional thermal conductivity, high heat dissipation efficiency, and low noise levels. Technical Characteristics direct to chip liquid cooling loop   technology, as its name implies, introduces coolant directly near the chip. Through an efficient heat exchange process, it quickly removes the heat generated by the chip. This technology not only significantly improves heat dissipation efficiency but also markedly reduces system noise, providing users with a...
阅读全文