This article explores one company’s efforts to further advance global industry trends such as electrification, energy, resilient infrastructure, and sustainability through innovation and advanced coatings.
The legislation recognizes the urgent need to address the detrimental effects of corrosion on U.S. bridge infrastructure, and requires the use of qualified and trained professionals on all bridge construction, repair, and maintenance projects throughout the country.
Published reports place the total cost of corrosion in the United States at $552 billion. The majority of the current coating formulations are not designed for extended maintenance support. This article introduces the concept of Lifetime Coating Systems (LCS), a program designed to match coating life with asset life.
The famous Zagreb Cathedral in Croatia was looking for anoptimal solution for maintaining or improving the mechanical resistance and structural stability of the tower. The faculty of mechanical engineering and naval architecture of Zagreb was called in to examine the joints and recommended various corrosion mitigation techniques.
Measuring the effectiveness of corrosion coatings is achievable. These coatings protect the substrate from stains and scratches and make them easier to clean, but how is that measured, and against what benchmark?
CIN presents a certified system for corrosive environments for categories C3 with very high durability, C4 with high durability, and C5 with medium durability. The tests were approved by an accredited external laboratory that certified that the performance of the C-THERM® S100 intumescent remains unchanged even after aging tests under conditions specified in ISO 12944-6:2017.
AmCoat’s Rhino Rust Bond, a 100% solids epoxy primer, can be used to encapsulate rusted metal surfaces when sandblasting is not practical or cost effective.
Cortec® Corporation is proud to be named a BioPreferred® Program Champion in recognition of its involvement in the USDA BioPreferred Program, which celebrates its 20th anniversary this year.
Researchers at the Saint Petersburg Electrotechnical University, LETI, have developed a “digital twin” that will form the basis for creating energy-efficient equipment for applying protective coatings to metal structures of any size using strong electromagnetic fields.
