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About us

Zhongke Yueyang (Qingdao) Innovation Technology Co., Ltd. was founded in 2022 and is located in Qingdao, Shandong Province.

The company was jointly established by a team of academicians from the Chinese Academy of Sciences and Qingdao Yueyang Fire Protection Equipment Co., Ltd. It focuses on the transformation of scientific and technological achievements, as well as the R&D, production and sales of intelligent robots and special anti-corrosion coatings. Its technical performance indicators are at the international leading level.

Since its establishment, our company has adhered to the service philosophy of "High-quality Service, Quality First, Pursuit of Excellence". With complete facilities, strong technical strength and a well-trained team, we are committed to becoming a provider of leading long-term protection solutions for industrial equipment and infrastructure in harsh environments.

About us

Zhongke Yueyang (Qingdao) Innovation Technology Co., Ltd. is located in Qingdao, a beautiful coastal city. It has been continuously exploring and innovating in the fields of new energy industry, special coatings and intelligent robot industry, and has achieved localized breakthroughs in anti-corrosion technology and marine observation technology, thus becoming a leading enterprise in the market.

With high and new technologies as the forerunner, the company adheres to the service philosophy of "High-quality Service, Quality First, Pursuit of Excellence". It focuses on the R&D, production and sales of products and provides customers with safe, efficient, high-quality and comprehensive services.

The company has 12 scientific research personnel, among which the leaders are, Dr. Guo Zhen, professor-level senior engineer and Dr. Liang Hanpu, doctoral supervisor.

Company profile

Technological innovation

• The successful development of Zhongke Long-lasting Anti-corrosion Patch technology has, for the first time, broken through the 30-year maintenance time limit. It has solved the long-standing industry pain point of short protection validity period of anti-corrosion products and put an end to the history of frequent renovation and maintenance of anti-corrosion projects. This has enabled China to reach a leading level in the field of long-term anti-corrosion technology and made Zhongke Yueyang (Qingdao) Innovation Technology Co., Ltd. one of the few enterprises capable of researching, developing and producing ultra-long-lasting anti-corrosion products, injecting new impetus into the development of the anti-corrosion industry.

•The wave buoy technology has realized the localization of wave observation technology, solved the wave automatic observation technology problem that has plagued China's marine stations for many years, and ended the history of manual wave observation in China. At the same time, it has replaced imported similar products, breaking the pattern that foreign imported marine instruments and equipment dominated the domestic market. It has solved the world-wide technical problem of wave direction observation, bringing China's wave observation technology up to the world's advanced level. The successful development of wave buoys has also made China one of the few countries in the world capable of developing and producing wave direction buoys.

• Various facilities for marine detection and deep-sea development inevitably face corrosion problems. It is of great significance to quantitatively and accurately understand the corrosion rate of metals in the marine environment. The marine corrosion rate detector of Zhongke Yueyang, carried by a submerged buoy, has obtained real-time corrosion rate data of X80 steel at a depth of 3,000 meters in the South China Sea of China for the first time, and experimental data of the DS-1 sensor for metal corrosion rate at 5,000 meters for the first time when carried by a submerged buoy. It has been successfully included in the 2021 Catalog of Scientific Instruments Independently Developed by the Chinese Academy of Sciences.

• The 100% localization of fuel cells has been achieved in China. The endurance time of fuel cell (graphite bipolar plate) unmanned aerial vehicles (UAVs) can be 4-6 times longer than that of lithium battery-powered UAVs, and the endurance time of fuel cell (titanium bipolar plate) UAVs can be 8-10 times longer than that of lithium battery-powered UAVs.