In the construction of the “Belt and Road” major project—the 200 MW dual-fuel power station in Cambodia and the Yawan high-speed rail project in Indonesia, China ’s new marine heavy-duty anti-corrosion coatings have been successfully applied on a large scale. This new marine heavy-duty coating is developed by the marine functional materials team of ZKNB Coating Technology.
The Cambodian 200 MW dual-fuel power plant project is located near Phnom Penh, the country`s capital, and is currently Cambodia`s largest dual-fuel power plant. The Indonesian Yawan High Speed Rail Project is a high-speed railway connecting the Indonesian capital Jakarta and Bandung. It is the "first order" for China's high-speed railway to go abroad from the technical standard to the operation and management of the entire industrial chain. "In these two projects, we have undertaken the long-life heavy-duty anti-corrosion materials used in the fuel tank and auxiliary steel structure of the Cambodian power plant project, as well as the core components of the Indonesia project-the corrosion protection supporting technology for railway bridge supports Research and development. "The relevant person in charge of the ZKNB team told reporters.
According to reports, these two major projects are in a typical marine atmosphere environment, and have strict requirements on the performance of protective materials. Through years of research, ZKNB related teams have broken through a series of key technologies such as resin interface compatibility technology and functional heavy-duty anti-corrosion coating formulations, and developed a combination of excellent mechanical properties, high temperature resistance, low temperature resistance, antibacterial flame retardant, deep sea pressure resistance, etc The series of new heavy-duty anti-corrosion coatings with special functions have better comprehensive performance than world-class products. Previously, this series of new heavy-duty anti-corrosion coatings have been successfully used in heavy-duty anti-corrosion fields such as national power grids in coastal areas, Linhai petrochemical industry, offshore engineering and marine equipment.
"The achievement of this application abroad means that we have opened up a full chain of graphene modified heavy-duty anticorrosive coating engineering from material development, natural environment assessment, engineering demonstration, standard setting to large-scale production and application in the international market." The team leader said that the team will continue to innovate and continue to provide scientific research results with independent intellectual property rights for China's major engineering equipment and the "Belt and Road" infrastructure construction, national security and marine economic development.