Graphene’s durability, conductivity, and barrier properties are enabling thinner, longer-lasting coatings that reduce emissions and enhance asset performance.
Over two decades, graphene has revolutionized coatings by enhancing corrosion resistance, durability, conductivity and sustainability, paving the way for next-generation formulations.
ATO-based antistatic coatings outperform PEDOT and fluorinated additives, offering PFAS-free protection and superior stability, especially in PSAs for LCD polarizers to prevent static discharge.
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.
In order to slow down the erosion of the base metal and help to extend battery life, one company 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.
As the aerospace (AS) industry pushes for next-generation surface coating technologies to protect materials exposed to harsh air and space environments, coatings manufacturers dive deep to provide higher-performing coatings. The addition of additives to both existing and emerging technologies provides coating manufacturers with a path to innovate for these modern and changing times.
