Collaboration on the Underwater Unmanned Swarm Cooperative System Project — a project of the National University of Defense Technology

The National University of Defense Technology has long been deeply engaged in national key research projects spanning the development of underwater intelligent equipment, collaborative operations of unmanned underwater swarms, and deep-sea environmental sensing. It boasts world‑class research capabilities in overall system design, intelligent control, and system integration for underwater platforms. During the practical implementation of these projects, research prototypes and experimental test rigs urgently require specialized underwater pressure‑rated housings that deliver high performance, exceptional reliability, and adaptability to a wide range of operating depths. At the same time, stringent requirements are imposed on dimensional accuracy, pressure‑resistance ratings, waterproofing levels, lightweight structural design, and customized configurability—criteria that off‑the‑shelf sealing products cannot readily meet, given the demanding standards of military‑industrial research and testing.

Military Products Cooperation Project – A Certain Project of the First Academy of China Aerospace Science and Technology Corporation

In response to the pain points of deep-sea equipment connectors—reliance on imports, insufficient reliability, and high maintenance costs—a certain military unit has put forward a demand for domestic substitution, requiring compliance with operational performance criteria of 1,000 meters water depth, five years of maintenance-free operation, and zero failures. Against this backdrop, Hesi Technology, leveraging its technological expertise in precision manufacturing and materials R&D, has entered into a strategic partnership with the First Academy of China Aerospace, drawing on its profound capabilities in military equipment R&D and reliability management, to jointly advance the development of this domestically produced waterproof connector.

Marine Scientific Research Project Collaboration — with the Guangzhou Marine Geological Survey Bureau

The Guangzhou Marine Geological Survey Bureau is a specialized marine geological survey institution directly affiliated with the China Geological Survey under the Ministry of Natural Resources. It has long been engaged in marine geological research and undertakes major national strategic tasks, including surveys of natural gas hydrate (combustible ice) resources and offshore oil and gas resources. Its research cruise aboard the ocean drilling vessel “Dream” was selected as one of the “Major Scientific Events to Watch in 2026” by the world‑leading academic journal Nature, drawing significant attention from the international scientific community.

High-quality, compatible marine instrument integration cooperation — with the Institute of Marine Instruments and Meters, Shandong Academy of Sciences

The Institute of Oceanic Instruments and Meters of the Shandong Academy of Sciences is a leading domestic institution in the research and development of marine instruments, focusing on the R&D and industrialization of equipment for marine environmental monitoring, marine resource exploration, and other fields. Its new deep-sea monitoring instrument project places high demands on the reliability, environmental adaptability, and data transmission stability of its supporting electronic devices. Leveraging its core technological strengths in watertight connections and electronic sealing, Hesi Technology has been successfully selected as a supplier for this project.

Frontier Technology R&D Collaboration in Higher Education — Background of Cooperation with Northwestern Polytechnical University

Northwestern Polytechnical University ranks among the nation’s leading institutions in research across aerospace, marine engineering, and other fields. Its “Deep-Sea Intelligent Vehicle Navigation and Observation System” project aims to overcome core technological bottlenecks in deep-sea intelligent equipment, placing stringent demands on the miniaturization, high precision, and low power consumption of associated electronic components. Leveraging its innovative capabilities in products such as underwater cameras and underwater lighting, Hesi Technology has become a key supplier for this project.

Military‑related equipment integration and collaboration — with the 760th Institute of China Shipbuilding Group (CSSC 760)

The 760th Research Institute of CSSC focuses on research and equipment development in areas such as ship and marine rescue, and underwater engineering, with particularly stringent quality and performance standards for military‑related equipment. In one of its underwater protection‑equipment R&D projects, there was an urgent need for electronic components that offer high sealing performance and can withstand harsh environments, to ensure stable operation in scenarios like deep‑sea rescue and national defense protection. Leveraging its qualifications as a military‑related supplier and its core technological advantages in underwater electronic devices, Hesi Technology successfully became the institute’s partner for military‑related supporting components after undergoing multiple rounds of rigorous product testing and qualification reviews.

China University of Petroleum Marine Oil and Gas Exploration Equipment Supporting Project

China University of Petroleum’s research and practical work in the field of offshore oil and gas exploration relies on stable, reliable underwater electronic equipment to carry out data acquisition and detection tasks. In response to the unique characteristics of the offshore oil and gas exploration environment, Hesi Technology has provided the university with customized products such as underwater lighting fixtures, watertight connectors, and electronic sealing chambers. The underwater lighting fixtures feature a specially designed light source that meets the operational requirements of the dim, deep-sea environment; meanwhile, the watertight connectors and electronic sealing chambers boast strong corrosion resistance and high-pressure tolerance, enabling them to withstand the complex conditions encountered in offshore oil and gas exploration. The application of these products has ensured the reliable operation of the university’s offshore oil and gas exploration equipment, helping it obtain accurate exploration data. Building on this collaboration, the two parties have also reached a long-term cooperation agreement in the field of supporting electronic equipment for marine resource development.

Underwater Communication and Observation Systems Project, National University of Defense Technology

The research projects of the National University of Defense Technology in the military‑technology field adhere to industry standards that demand high product specialization and compliance with safety regulations. Its underwater communication and observation system project urgently requires high‑performance underwater electronic equipment. Leveraging its extensive industry experience and technological strengths, Hesi Technology has supplied key products for this project, including deep‑sea antennas, underwater cameras, watertight connectors, and electronic sealing chambers. The deep‑sea antenna enables seamless communication between underwater and surface systems; the underwater camera ensures accurate underwater observation; the electronic sealing chamber provides reliable sealing and protection for core components; and the watertight connectors guarantee stable interconnection among various subsystems. These products have passed rigorous performance tests and certifications meeting safety standards, fitting the project’s requirements exceptionally well, thereby providing robust support for the university’s research endeavors and further enhancing Hesi Technology’s recognition and influence within the military‑related research sector.

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, encompassing 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.

Harbin Engineering University’s Research Project on Underwater Detection Technology

Harbin Engineering University boasts strong research capabilities in the field of ship and ocean engineering, and its underwater detection technology projects require high-performance underwater observation equipment as technical support. Hesi Technology tailored a comprehensive solution for this project, providing underwater cameras, underwater lighting fixtures, and watertight connectors. The underwater cameras feature high-definition imaging, excellent pressure resistance, and superior corrosion resistance, enabling clear capture of underwater target information; the underwater lighting fixtures deliver ample, stable illumination, ensuring effective observation even in complex underwater environments; and the watertight connectors guarantee reliable signal and power connections between devices. The deployment of these products has effectively supported Harbin Engineering University’s research efforts in underwater detection technology, accelerated the translation of related technological achievements into practical applications, and paved the way for both parties to explore further collaborative opportunities across additional research domains.

Military‑product cooperation project with the 710th Research Institute of China Shipbuilding Group (CSSC 710)

The 710th Research Institute of CSSC has long been dedicated to research and development in ship-related fields, imposing stringent military‑grade standards on the reliability, high‑pressure resistance, and sealing performance of underwater electronic equipment. Leveraging its deep technical expertise in this domain, Hesi Technology has successfully become a qualified supplier for the institute’s military‑related projects. In response to the institute’s needs for marine equipment R&D, the company has provided customized core products, including watertight connectors, electronic sealed compartments, and deep‑sea antennas. The watertight connectors ensure stable signal transmission and reliable power supply under the complex conditions of the deep sea; the electronic sealed compartments offer comprehensive protection for the internal precision components; and the deep‑sea antennas guarantee seamless long‑distance communication. This collaboration not only marks a significant breakthrough in military‑related cooperation but has also earned high praise from the institute thanks to the outstanding performance of its products, laying a solid foundation for future long‑term partnerships.