Participants in the can coating market must leverage innovation, embrace sustainability, and foster collaboration to capitalize on emerging opportunities and surmount challenges. Advanced coating technologies have emerged as pivotal drivers of innovation within the sector, re-shaping packaging requirements and standards.
A new fast-cure, high UV-resistant curing agent that addresses both performance and EHS gaps in the current market enables a rapid return to service and delivers coatings with exceptional aesthetics at ambient and low temperatures, outstanding carbmation and UV resistance, and extended working times.
Products containing thermochromic pigments change color—sometimes permanently—due to heat exposure. Could these pigments raise awareness of the dangers caused by above-average temperatures? Knowing the basics of how they work could help you decide whether or not to use them.
This article discusses new developments in water-based UV-curable polyurethanes that offer much-improved 50 °C paint stability in clear, as well as pigmented coatings. It also discusses how these resins address the desired attributes of the coating applicator in increasing line speed through fast water release, improved block resistance, and solvent resistance off the line.
The iconic 18th century windmills at Kinderdijk in the Netherlands are being preserved with help from innovative coatings to restore them to their original colors.
A global supermajor energy client in the Gulf of Mexico needed insulation applied to its flowline and riser pipes. This high-pressure, high-temperature project requried the application of a castable thermal insulation coating, designed for subsea pipelines.
Many of today’s products must withstand near-constant use or exposure to the weather. Self-healing paints and coatings are still a relatively niche area of study, but it’s easy to see the widespread appeal. This article highlights the abundant practical applications for formulators and companies to explore.
Silane-modified polyurethane (SPUR) systems find increasingly extensive utilization in adhesive, sealant, and coating products. This study reports on a novel tin-free catalyst that is shown to be significantly more active than industry-standard catalysts in SPUR applications, while providing similar system stability and other end-use properties.
Tech Etch has designed and developed a robotic spray-coating process used to apply conductive carbon and graphite coatings to battery current collectors, fuel cells, thin-metal cathode grids used in implantable pacemaker batteries, and other energy storage devices that require low-resistance coatings.
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