The Physical Vapor Deposition Plastic on plastics involves evaporation or sputtering of target materials like aluminum, titanium, or chromium inside a vacuum chamber, followed by deposition onto a polymer substrate. This results in hard, uniform, and thin coatings that enhance both functional and decorative properties.

Since plastics are temperature-sensitive, special pre-treatment and low-temperature Physical Vapor Deposition Plastic processes are used to ensure adhesion without damaging the base material. Advanced techniques such as arc evaporation, magnetron sputtering, and ion plating make it possible to apply coatings with controlled thickness, reflectivity, and durability.

This technology enables plastics to achieve metallic finishes, enhanced conductivity, PVD coated plastics, decorative plastic coatings, thin film deposition on polymers, vacuum coating for plastics, surface finishing technology and improved barrier properties, opening up possibilities in electronics, automotive, and consumer goods.