Although it might seem inconvenient to update coatings systems that have not yet failed, now may be an ideal time for manufacturers to reassess their protective technologies and consider newer, more effective solutions in this strained energy sector.
Re-painting a 31-story building is never an easy job. But when that building is also the canvas for what is arguably the largest art piece in the world, the challenges are even greater. A PVDF-based coating was used to protect an iconic building against the passage of time and the sunny, humid, salt-air-laden climate of southern Florida.
Leveraging his extensive experience and expertise as a Senior Project Manager at Tnemec, Glenn Hauser will engage and empower students with advanced knowledge in corrosion prevention and protective coatings application.
The new product Improves anti-corrosion performance with lower chemical dosage and makes paint production more sustainable by adding a small amount of specially-developed graphene, an ultra-strong carbon nanomaterial.
In the coatings industry, achieving optimal anti-corrosion protection while being resource efficient can be a challenge. Learn about a new solution for achieving the highest anti-corrosion protection while minimizing material usage.
Read about a full turn-key solution to combat corrosion under insulation on an ammonium-sulphate feed tank. Within the space of 24 hours, the tank was repaired and protected against future corrosion with an industrial composite wrap system.
The specialty coatings market’s projected growth is driven by technological innovation, environmental consciousness, and industry-specific demands. As industries continue to seek tailored solutions for their unique challenges, the market is set to play an increasingly pivotal role in shaping the future of numerous sectors worldwide. This Global Market Insights market report details the current and future market drivers.
Chemical Processing has awarded Vaaler Awards biennially for more than 50 years, honoring new coating technologies for contributions to operational safety.
In the transition from internal combustion engine to battery-powered electric vehicles, many components needed for automotive assembly have changed. Embracing the exceptional qualities of zinc-nickel finishes takes on even greater significance as we serve the transformation underway in the requirements of automotive fasteners within the realm of BEVs.
Naval Surface Warfare Center, Carderock Division has an ongoing project funded through the Office of Naval Research to develop a novel, corrosion-resistant poly(styrene-co-catechol) tie coat and adhesion promoter to improve CARC adhesion and performance to various composites, aluminum, and steel USMC ground vehicle surfaces.
