Abstract: A coating for an optical article, such as a lens, includes a bottom coating having at least one hydrophilic resin binder and at least one surfactant, forming an anti-fogging layer, and a top coating overlying the bottom coating, forming an anti-reflective layer. The top coating includes nanopores, which may be less than 150 nm in size.

Abstract: A coating for an optical article, such as a lens, includes a bottom coating having at least one hydrophilic resin binder and at least one surfactant, forming an anti-fogging layer, and a top coating overlying the bottom coating, forming an anti-reflective layer. The top coating includes nanopores, which may be less than 150 nm in size.

Abstract: A coating for an optical article, such as a lens, includes a bottom coating having at least one hydrophilic resin binder and at least one surfactant, forming an anti-fogging layer, and a top coating overlying the bottom coating, forming an anti-reflective layer. The top coating includes nanopores, which may be less than 150 nm in size.

Abstract: A coating for an optical article, such as a lens, includes a bottom coating having at least one hydrophilic resin binder and at least one surfactant, forming an anti-fogging layer, and a top coating overlying the bottom coating, forming an anti-reflective layer. The top coating includes nanopores, which may be less than 150 nm in size.

Abstract: An anti-fog coating and preparation thereof are provided. The anti-fog coating comprises a cationically polymerizable compound including at least one epoxy group, a radically polymerizable compound including at least one acrylate group, a non-ionic surfactant and an ionic surfactant.

Abstract: Many types of aerogel materials may be coated with polyorganosiloxane based coating compositions. Several such compositions, coating methods and additional ingredients are described. Such coatings add strength and increase the ability to use such aerogel materials in rugged environments. Various compositions include polyorganosiloxane components, crosslinkers, catalysts, optional fillers and other compounds.

Abstract: Disclosed are abrasion and impact resistant coating compositions, and substrates coated therewith. These coating compositions provide high abrasion and impact resistance, chemical protection to the substrate, and exhibit enhanced stability to high temperature and high humidity conditions. Coating compositions may also be tailored to provide a balanced combination of abrasion resistance, impact resistance, and weatherability. These coatings may be transparent or not, depending on the intended applications. These coatings may also comprise additives such as UV absorbers, corrosion inhibitors, and electrically conductive materials. Substrates for use herein may be plastic or metal.

Abstract: Disclosed are abrasion and impact resistant coating compositions, and substrates coated therewith. These coating compositions provide high abrasion and impact resistance, chemical protection to the substrate, and exhibit enhanced stability to high temperature and high humidity conditions. Coating compositions may also be tailored to provide a balanced combination of abrasion resistance, impact resistance, and weatherability. These coatings may be transparent or not, depending on the intended applications. These coatings may also comprise additives such as UV absorbers, corrosion inhibitors, and electrically conductive materials. Substrates for use herein may be plastic or metal.