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Deep-Sea Equipment Support Project of the China Ship Scientific Research Center (CSSRC)
The Aviation Research Center focuses on scientific research and equipment development related to ships and marine engineering, with its deep-sea equipment projects placing high demands on the compatibility and long service life of supporting electronic devices. In response to the center’s equipment needs, Hesi Technology provided a comprehensive solution for underwater electronic equipment, covering core products such as watertight connectors, deep-sea antennas, and electronic sealing chambers. By precisely matching the technical specifications of the equipment and optimizing product structural design, the company’s products have maintained outstanding performance stability even in harsh conditions like deep-sea high pressure and low temperatures, effectively meeting the equipment’s requirements for long-term operation. This collaboration not only highlights Hesi Technology’s product R&D and customization capabilities but also serves as an important benchmark case for the company’s deep engagement in the field of marine engineering equipment support.
Background of the Collaboration
The China Ship Science Research Center (AVIC Research Center) is a specialized research institution in the field of ship and ocean engineering. Its flagship “Deep-Sea Multi-Functional Operation Equipment” R&D project aims to develop deep-sea equipment with autonomous operational capabilities, placing high demands on the compatibility of supporting electronic systems, their service life, and their level of integration. Leveraging its extensive experience in supplying components for deep-sea equipment, Hesi Technology has been successfully selected as a supplier for this project.
Scope of Cooperation
To meet the integrated operational requirements of equipment, Hesi Technology offers an all‑in‑one underwater electronic equipment solution, encompassing core products such as watertight connectors, deep‑sea antennas, and electronic pressure housings. Through joint R&D with the technical team at the Aviation Research Center, the product’s structural dimensions and interface standards have been precisely matched to ensure seamless integration with the equipment. The watertight connectors and electronic pressure housings are crafted from highly compatible materials that exhibit excellent resistance to high pressure and corrosion, enabling them to withstand the harsh conditions at depths of 5,000 meters. Meanwhile, the deep‑sea antenna has been optimized with advanced communication protocols, facilitating multi‑channel communication between the equipment and shore‑based stations as well as surface platforms. In addition, the company provides comprehensive technical support, including installation guidance and the development of performance testing plans.
Collaborative Outcomes
The supporting products performed exceptionally well during the equipment’s sea trials, with all performance metrics meeting the project requirements, thereby providing strong assurance for the successful development and standardization of the “Deep-Sea Multi-Functional Operation Equipment.” This equipment has been deployed in real-world applications such as deep-sea resource exploration and marine environmental monitoring, earning high praise from the industry. This collaboration underscores Hesi Technology’s technical prowess and customization capabilities in the field of deep-sea equipment support, further solidifying the company’s leading position in the industry and accumulating valuable experience for undertaking more high-quality, tailored deep-sea equipment‑support projects in the future.
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