Metal

Coval Metal IS A CLEAR, THIN-FILM, SINGLE COMPONENT COATING DESIGNED TO COMPLETELY PROTECT PAINTED METAL SURFACES FROM CORROSION AND GRAFFITI.

Coval creates a covalent bond with painted metal and is easily and quickly applied with an HVLP or an acetone pump sprayer. Unlike other coatings that rely on a mechanical bond, Coval Metal will adhere to any painted metal, as well as bare stainless steel and aluminum, and will never yellow.

This bond creates a chemically resistant barrier allowing for easy cleaning, reduced maintenance costs, and less dependence on harsh chemicals.

Coval coatings contain less than 100 g/L VOCs and exceed SCAQMD Rule 1113 requirements for air quality; as well as contain no known carcinogens under Proposition 65, California’s Drinking Water and Toxic Enforcement Act of 1986.1

Learn More

Coval technology will extend the life of valuable assets.

Metal Surface Protection

Coval Metal is armor for raw aluminum, stainless steel, or painted metal. It can be used on bridges, vehicles, rail cars, signs, artwork, and any painted metal structure that is exposed to the elements or the public.

Graffiti Prevention

Coval Metal can be cleaned with mild detergents or simple solvents such as isopropyl alcohol without damaging or altering the appearance of the underlying substrate.

Internal Pipeline Coating

The Coval MC-400 variant is specifically designed to coat the insides of oil, water, and gas pipelines to prevent corrosion and reduce pipeline wall friction.

Transmission Tower Maintenance

Current maintenance on transmission towers is slow and labor intensive. Coval Metal is a single step solution that can be sprayed on for reduced application and drying time.

Stainless Steel and Aluminum

Coval Metal bonds directly to bare stainless steel and aluminum, creating a protective barrier that reveals the shine and beauty of the surface without paint, primers, or powder coating.

1 Coval Technologies’ solvents are exempt from VOC classification in the U.S. due to the negligible contribution to the formation of ground-level ozone as defined by the U.S. EPA.