A new and novel material, method and apparatus are presented incorporating cationic UV energy-cured coatings as OPVs upon paper, packaging and/or woven textiles without limitation for cosmetic and/or functional use.
UV-cure cationic coatings present viable and attractive options to OEMs, polymer coaters, extruders, contract coaters and/or thermoformers to improve functional and/or physical properties for formed polymer film/sheet as well as an effective delivery transport mechanism for new pathogen inhibition and biocidal efficacy technologies.
UV cationic coatings present viable and attractive options to OEMs, polymer coaters, extruders, contract coaters and/or thermoformers to improve functional and/or physical properties for formed polymer film/sheet as well as an effective delivery transport mechanism for new pathogen inhibition and biocidal efficacy technologies.
UV cationic coatings present a viable and attractive option to OEMs, sheet metal mills and formable sheet metal fabricators for precoated deep draw steels to present-day conventional sheet metal forming, bending, stamping and/or fabrication operations that require secondary conventional industrial conformal coatings processing, as well as an effective delivery transport mechanism for new pathogen inhibition and biocidal efficacy technologies.