A plasma-treated polysiloxane film forms planar, UV-transmissive surfaces with water contact angles of 20° or less for inkjet-adaptive planarization.
A nonionic photobase generator enables one-step UV curing of organosilicon coatings, improving scratch resistance, adhesion, and storage stability.
Polymer nanoparticles and a harder matrix raise coating hardness and abrasion resistance, helping resin windows gain glass-like durability.
An alkali-depleted surface layer formed under electrical potential improves metal coating adhesion, limits delamination, and raises electrical resistance.
A water-repellent CNF porous body keeps transparent insulation clear in high humidity by limiting water adsorption on the aerogel surface.
Metal nanoparticle electrodeposition cuts continuous current use while improving smart window light blocking through plasmonic absorption.
Alternating polysilazane barrier layers with silicone stress relaxation layers enables uniform curing, crack resistance, and faster film production.
Hydrosilylated unsaturated polyester-polysiloxane additives broaden compatibility while improving slip, scratch resistance, and thermal stability.
Alternating polysilazane cured layers with silicone stress-relief layers enable uniform coating, faster heat curing, and stable gas barrier films.
A photopolymerizable polycycloolefin layer blocks 280-410 nm light while resisting oxygen, moisture, folding stress, and pinhole defects.
An adhesive TPU tie layer helps protective coatings bond to low-surface-energy pultrusion substrates, improving weatherability and durability.
A recycled-polymer polyethylene blend increases interior-surface oxidation and roughness during rotomolding to improve polyurethane adhesion without plasma or ozone treatment.
Controlled particle size and hydrolyzable silane help vinyl acrylic coatings meet MPI cleansability standards without acrylic blending.
Blending silica-grafted silicone emulsion with aminosilicone improves coating hardness, elongation, tensile strength, and thermal resistance.