Search results for "substrate primers"
A 60 mil, VOC Exempt, UV resistant, cold applied, self- hardening, wax-based tape formulated to protect piping and metal structures from damage and deterioration caused by corrosion.
A 35 mil anti-corrosion tape with a stretchable backing. It is easy to apply to non-UV exposed small diameter and hard to coat pipes.
A VOC free, cold applied, wax based primer designed to wet out the surface prior to installation of a wax tape or putty. Can be used on sweating and wet substrates, and applied on piping and metal structures up to 300°F (149°C).
A single component spray primer and the required primer for Greenline and Handy Caps.
A 65 mil cold applied tape formulated with a thin flexible backing. It is designed for use around irregular fittings, bends, tees and other hard-to-coat substrates.
A 65 mil thick, UV resistant, anti-corrosion cold applied tape suitable for above/below ground application on small to medium pipes.
A high temperature, cold applied, dielectric putty. It is designed to be used as a filler material to fill gaps and voids and to contour irregular surfaces.
A 30 mil thick butyl based, UV stable, cold applied tape for high-temperature applications. Formulated for both below and above ground applications on a small to medium diameter pipe with a maximum service temperature of 250° F (121°C).
A prefabricated fiberglass reinforced woven laminate, with a high strength inner core sandwiched between two layers of a polymer modified bitumen.
A prefabricated reinforced fiberglass and polyester blended laminate with a strength inner fabric reinforcement, sandwiched between two layers of a polymer modified bitumen.
A durable plastic sheet with a preformed dome is filled with mastic to offer corrosion protection that provides quick, field applied corrosion protection to anode and test wire leads welded onto metal substrates.
A VOC free, cold applied, wax based primer designed to wet out the surface prior to installation of a wax tape or putty. Can be used on sweating and wet substrates, and applied on piping and metal structures up to 300°F (149°C).
