Recently, a major breakthrough was achieved in the field of marine technology as the high-pressure hydraulic control valve remote control system developed by CSIC 723 successfully completed its testing phase. This advanced system is capable of providing effective centralized control for up to 100 liquid control valves, with pipe diameters ranging from DN50 to DN800 and a transmission distance of up to 350 meters. The system's performance has proven to be reliable and efficient under real-world conditions. This successful development marks a significant milestone for China’s marine industry, offering an indigenous alternative to previously imported high-pressure hydraulic control systems. By eliminating the need for foreign technology, this system not only fills a critical gap in the domestic market but also enhances the self-reliance of China’s maritime sector. It represents a step forward in the localization of key marine components, which is essential for long-term technological independence and industrial growth. The system is expected to play a crucial role in various marine applications, including offshore platforms, large vessels, and complex underwater operations. Its implementation could lead to improved safety, reduced maintenance costs, and increased operational efficiency. As China continues to invest in advanced maritime technologies, innovations like this will help strengthen its position in the global shipping and naval industries.

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