Using coatings and composites can revolutionize the maritime industry by simultaneously reducing capital expenditure and greenhouse gas emissions. In a case study to reduce propellor cavitation, a super metal coating was used to build up the worst affected areas, and then a super metal glide coating was brush applied to provide overall protection.
Using this predictive tool can raise the certainty on vessel performance and provide greater confidence on economic and sustainable value achieved through the operational cycle, which is a key challenge for the industry while regulations are driving higher efficiency.
According to Persistence Market Research's projections, the global marine coatings market is expected to surge ahead at a CAGR of 8.2% through 2033.This article delves into the significance of marine coatings, their composition, application methods, and the latest advancements aimed at enhancing protection and performance in the maritime industry.
The coating is designed to meet the highest performance and aesthetic demands of today’s commercial construction industry. Ideal for on-site applications, this solvent-based coating protects structural steel substrates.
Brazil-based WEG Coatings and Canadian-based GIT Coatings, have entered an agreement to strengthen each other’s marine coating product offerings across international markets.
A recently launched thermal insulative coating system from the company earned a Gold Emerging Technology Award for the 2024 Global Tank Storage Awards.
The coating reduces fuel consumption and significantly lowers greenhouse gas (GHG) emissions, enabling a vessel to sustain higher speeds, while helping vessel owners and operators remain compliant with the carbon intensity indicator (CII) requirements of the International Maritime Organization.
Real-world performance data compiled from ships applied with AkzoNobel's International® brand Intersleek® 1100SR shows the coating has slashed ship fuel bills. The product is a biocide-free fouling control coating featuring patented slime-release technology that tackles micro-fouling on ships’ hulls.