Estudos científicos particularmente inovadores realizados por universidades, centros de pesquisa, institutos
This coating has broad potential applications in fields such as security, surveillance, industrial diagnostics and research.
Graphene-enhanced water-based coatings show improved corrosion resistance, aligning with Sparc's strategy to expand its eco-friendly additive portfolio and support ecosparc® trials.
AkzoNobel demonstrated that coatings with high lamellar glass flake content can provide superior long-term protection for offshore structures, reducing maintenance and extending asset lifespans.
Dürr hosted the kick-off event of the RoX federal research project, aiming to establish a digital ecosystem for AI-based robotics.
The companies aim to reduce the environmental footprint and develop eco-friendly polymers for the paints and coatings industry.
The new coating is designed to mimic the natural behaviour of blood vessels and could potentially allow for safer use of blood-contacting devices.
This advancement could reduce fuel usage, prolong turbine lifespan and support more sustainable energy solutions.
This initiative aims to reduce health risks to workers and lessen environmental impacts while safeguarding U.S. military aerospace assets from corrosion.
The new Advanced Materials and Coatings Lab of HII will develop and produce cutting-edge thermal coatings for the aerospace industry.
The new anti-rust coating can boost longevity and efficiency of 2D semiconductor devices by up to 100%.
Zircotec's research on ceramic coating development aims to enable the use of lightweight materials in electric vehicle battery housings and cooling plates.
The measuring instruments from Krüss will use a new dosing system to quickly measure the retraction behaviour of dosed drops.
The research will help to develop the next-generation of coatings with enhanced protective properties.
The report from Jotun reveals that the 88% of senior decision makers anticipate increased investments in maintenance over next five years.
The UltraPLAS coating by Fraunhofer is an ultrathin, highly durable layer with excellent non-stick properties that significantly reduce the need for external release agents and post-processing, thereby enhancing production quality and sustainability.