Jiangsu Haifa Machinery Manufacturing Co., Ltd.

Recently, our company officially launched a high-flow liquid cooling pump specifically designed for high-power computing servers, data center liquid cooling, server cooling, and battery thermal management. The core value of this pump lies in helping data centers effectively address heat dissipation bottlenecks when dealing with high-power consumption scenarios such as AI training and high-performance computing, ensuring stable server operation. As computing density continues to increase, the power consumption of a single server has surged from hundreds of watts to thousands of watts or even higher. Traditional air cooling solutions often face issues such as insufficient heat dissipation efficiency, excessive noise, and high space occupancy when dealing with such high power density. Although liquid cooling technology has long been recognized by the industry, the dedicated high-flow liquid cooling pump for high-power computing servers has always been a key technical challenge—it must ensure sufficient flow to remove heat while achieving low power consumption and high reliability in a limited space. Starting from actual deployment scenarios, our R&D team has focused on optimizing the hydraulic design and motor control algorithm of the pump body. Under the same power consumption, the new pump increases flow by approximately 30%, meaning that in the same server cabinet, you can configure higher-power computing cards without worrying about insufficient heat dissipation. For example, in servers supporting an 8-card A100 or H100 cluster, we recommend pairing this pump to enhance the circulation efficiency of the cold plate liquid cooling system, ensuring each GPU maintains an ideal operating temperature under high loads. In terms of usage, this pump is compatible with mainstream cold plate liquid cooling architectures, and its installation interfaces align with industry standards, requiring no additional pipeline modifications. We recommend that when deploying high-density computing nodes, you prioritize connecting the pump in series the cold source and the server, and use the accompanying monitoring interface to check flow and pressure status in real time. If your data center is planning a liquid cooling retrofit, or if your existing liquid cooling solution is struggling with the latest generation of GPU clusters, give this pump a try. It can not only help reduce your data center's PUE but also significantly extend the lifespan of computing hardware. In the next step, our company will continue to focus on energy efficiency optimization for computing infrastructure, launching more liquid cooling components and system solutions tailored to different scenarios. If you have similar needs, feel free to contact our customer success team. Based on your actual server configuration and power consumption model, we can provide targeted pump selection recommendations and system integration support. Jiangsu Haifa Machinery Manufacturing Co., Ltd. was restructured from Jiangsu Ligong Group Co., Ltd., founded in 1958, and the Jingjiang Stainless Steel Pump and Valve Plant of the Iron and Steel Research Institute of the Ministry of Metallurgical Industry. It mainly produces API610 chemical process pumps—OH1 pumps, OH2 pumps, OH3 pumps, OH4 pumps, BB1~BB5 multi-stage pumps, VS1~VS6 barrel pumps, HES chemical process pumps, sixth-generation ultra-low carbon stainless steel high-quality leak-proof molten urea pumps, urea hydrolyzer feed pumps, high-temperature asphalt pumps, pitot tube pumps, rotary jet pumps, molten salt pumps, vertical submerged pumps, high-temperature nitric acid magnetic drive pumps, magnetic pumps for conveying solid-containing media, industrial pumps, canned motor pumps, slurry pumps, titanium tetrachloride pumps, strong self-priming pumps, lined fluorine pumps, leak-proof pumps, alkali pumps, axial flow pumps, long-shaft vertical submerged pumps, CQC first-level energy efficiency chemical pumps, and high-pressure descaling industrial pumps. www.jslgpump.com Tel: 13905263417 E-mail: jslgpump@gmail E-mail: jsareva@163.com