Weekly Poll (25)


Researchers from Northwestern University say they have developed a new transparent coating that can be used to capture droplets and aerosols—effectively removing them from the air—with a focus on surfaces such as plexiglass barriers and face masks. What do you think is an ideal timeline for the coating to be approved for commercial use?


Now that it’s been officially released, what is your favorite aspect about the new, independent, Journal of Protective Coatings and Linings magazine?


The Advanced Research Projects Agency-Energy has recently awarded a $600,000 grant to Rolls-Royce University materials science and engineering professor and technology center director Elizabeth J. Opila with the aim to increase turbine engine coatings’ temperature tolerance by 200 degrees Celsius. If successful, do you see the coatings being utilized in other infrastructure forms?


Last month, researchers from the University of Houston announced that they had started using chitin and 3D-printing techniques to produce bulletproof coatings. Do you think the U.S. Department of Defense-funded project will successfully develop a coatings technology that will be capable of resisting various impact, lasers and simultaneously absorb toxic gas?


In May, researchers from the Hong Kong University of Science and Technology announced that they had developed a multilevel antimicrobial polymer (MAP-1) coating that they claim to be effective in killing viruses, bacteria and spores. How soon until you think the coating will be brought to the market?


Researchers at University College London recently reported on the development of a new coating that activates in low-intensity light to kill bacteria. Given that the research has since been published, what do you think the timeline is before we see this type of protective coating on the market?


Recently, global coatings firm AkzoNobel and start-up company Apellix announced an update on their collaborative efforts to build a computer-controlled spray-painting drone. Do you think once developed, the technology will become popular in the commercial coatings industry?


Recently, a team of researchers from the UCLA Smaueli School of Engineering developed an ice-prevention coating. Described as a hydrogel, how long until you think the coating will be available for marine and protective coating applications?


At the University of Wisconsin–Madison, engineers recently developed a new ultrathin coating, reported to camouflage heat when viewed through infrared technology. Do you think the research findings will one day be beneficial to applications in heat transfer, camouflage or even clothing as to protect personal privacy?


In August, researchers based out of the National Institute for Interdisciplinary Science and Technology, Thiruvananthapuram, India, announced the development of a new way to protect ships from corrosion using a compound from mango leaves. Though further testing still needs to be conducted, do you think the technology will be used in future industrial coating products?


In July, an Italy-based project titled, “Urban Flying Opera,” used drones to paint a large-scale graffiti project with the aim to beautify the city of Torino. With more stories of drones being utilized for this type of coatings work, do you think the technology has the potential to eventually replace commercial painters?


Researchers from Columbia University have recently developed a new coating material inspired by the Saharan Silver Ant to keep buildings cool. According to physics professor Nanfang Yu and his team, the developing coating can reflect up to 99% of sunlight. Slated to require more research and testing, when do you predict the technology will be released into the market?


Researchers from the Corrosion and Coatings Engineering Branch at Naval Surface Welfare Center, Carderock Division are currently evaluating coatings that could possibly mitigate corrosion on Navy vessels. How soon do you think we could see these developing products on the market?


Recent testing has revealed that a nanostructured chemical vapor deposition coating, which provides resistance to water droplet erosion and solid particle erosion, extends the life of steam turbine blades. With these new findings, do you expect more steam and gas turbine blades will have this type of coating?


UNStudio and Monopol Colors recently announced that they've developed a new "extremely reflective white paint" that has been given a Total Solar Reflectance rating of 80—about 5-10 points above other white paints, according to the companies. Do you think we'll start to see even higher TSR scores as research goes on?


A Canadian coating company is getting a federal boost on a product that it says will act more like insulation, effectively saving consumers money and energy. Do you think such a coating will do well once it gets on the market?


How often do you specify new coatings technologies?


Researchers are currently developing a glass-based coating for ships and rooftops. Do you believe this will be beneficial for protecting them from heat and sun?


How have advances in coatings technology kept up with innovation in other construction materials?


The magic coatings genie has offered you the coating of your dreams! So what’ll it be?


How do you most often hear of new paint or coatings technologies?


What industry trends do you follow most closely?


What external force has contributed the most to changes in coatings technology in recent years?


What coatings segment will benefit most from changes in government policy over the coming years?


Which of the following developments has had the most positive impact on coatings technology?


 
 
   

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