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Recently, the company’s silane materials have continued to find application in airport runway and airfield projects, securing consecutive contract awards for concrete corrosion protection projects at Harbin Taiping Airport, Suifenhe Airport, and Qiqihar Airport—achieving widespread recognition within the industry.
The three airports involved in this successful bid are all situated in high-altitude, frigid regions, where concrete pavements face the dual challenge of long-term freeze-thaw damage and erosion by de-icing fluids. The company’s extensive technical expertise in the field of silane materials has enabled its products to excel in meeting the unique requirements of these airports. Given that silicone sealants are utilized for the joints in airport concrete pavements, the silane materials employed must possess the specific characteristic of being non-reactive with silicone, thereby preventing any degradation of the joint sealants. Furthermore, the silane materials supplied by the company fully comply with the rigorous standards set forth in the *Technical Specifications for Construction of Cement Concrete Pavements for Civil Airports* (MH5006-2015) and the *Quality Inspection and Evaluation Standards for Airfield Pavement Engineering in Civil Airports* (MH5007-2017).
Leveraging years of accumulated technical expertise, the company has successfully segmented its silane materials to address diverse application scenarios. Currently, the company’s silane product portfolio has expanded to nine distinct varieties, covering the corrosion protection needs of concrete structures across a wide range of sectors—including bridges, airports, nuclear power plants, and water transport infrastructure. These products consistently demonstrate superior anti-corrosion performance across various settings, offering clients a comprehensive array of professional solutions.
In the future, Juyan New Materials will continue to focus on the development and promotion of concrete anti-corrosion materials and technologies. The company has established joint R&D centers with numerous universities—including Zhejiang University’s Zhongyuan Research Institute, North China University of Water Conservancy and Electric Power, and Henan University of Technology—and is dedicated to pursuing continuous innovation and in-depth development in the core technologies of concrete anti-corrosion materials, thereby providing clients with more efficient and reliable anti-corrosion solutions.
