Self-curing, primer/finish with tenacious bonding and abrasion resistance qualities. Its galvanic action resists undercutting. Excellent stand alone performance in high temperature or long-term atmospheric exposure. Finish with specialized topcoats to improve aesthetics, increase long-term performance or protect the primer from attack in aggressive exposures.
An advanced technology, single-component, moisture-cured, zinc-rich primer providing extraordinary performance, user-friendly and easy application. Also used for field touch-up of inorganic zinc coating.
Series 90-75 is a waterborne, zinc-rich epoxy that offers extended protection to steel surfaces in industrial and marine environments. This innovative coating forms a micro-porous polymer structure in the dry film improving the conductivity between the zinc particles which provides superior galvanic corrosion protection. Its ultra-low VOC formulation cures quickly and provides outstanding long-term corrosion resistance when used with other Tnemec high-performance coatings. U.S. patent pending.
Product is made to order for specific projects. Contact your Tnemec Representative for additional information.
An advanced technology, three-component, zinc-rich primer providing extraordinary performance, user-friendly and easy application. Also used for field touch-up of inorganic zinc coating.
An advanced technology, two-component, moisture-cured, zinc-rich primer providing extraordinary performance. It’s user friendly and rapid curing so chemical- and corrosion-resistant topcoats can be applied the “same-day.” Also used for field touch-up of inorganic zinc coating. Application methods include “dry-fall” under certain conditions (see Application).
An advanced technology, two-component, moisture-cured, zinc-rich primer providing extraordinary performance. It's user friendly and rapid curing so chemical- and corrosion-resistant topcoats can be applied the "same-day." Also used for field touch-up of inorganic zinc coating. H90-97 is HAPS compliant for use in-shop.
Self-curing, corrosion-resistant steel or ductile iron primer with tenacious bonding and abrasion resistance qualities. Its galvanic action resists undercutting. Excellent stand alone performance in high temperature or long-term atmospheric exposure. Finish with specialized topcoats to improve aesthetics, increase long-term performance or protect the primer from attack in aggressive exposures.
A two-component, moisture-cured, zinc-rich primer for the interior and exterior of steel potable water tanks. Provides outstanding long-term corrosion resistance when used as a primer in conjunction with other Tnemec potable water tank coatings. It cures quickly and can be topcoated the same day at surface temperatures down to 35°F (2°C). Series 91-H2O has no maximum recoat time, making it ideally suited as a primer for both sides of plate steel surfaces in water tank fabrication shops. Application methods include “dry-fall” under certain conditions (see Application). Note: When used in conjunction with cathodic protection, anodes or impressed current systems should not provide current demand more negative than –1.05 volts relative to a copper–copper sulfate reference electrode half-cell.
A single-component, moisture-cured, zinc-rich primer for steel structures, including the interior and exterior of steel potable water tanks. Commonly used in commercial, industrial, and marine markets in various applications to provide outstanding long-term corrosion resistance when used as a primer in conjunction with other Tnemec coatings. Series 94-H2O has no maximum recoat time, cures quickly and offers rapid recoat at surface temperatures down to 35°F (2°C). Note: When used in conjunction with cathodic protection, anodes or impressed current systems should not provide current demand more negative than –1.05 volts relative to a copper–copper sulfate reference electrode half-cell.
An innovative, waterborne, zinc-rich epoxy primer that offers extended protection for the interior and exterior of steel potable water tanks. Its ultra-low VOC formulation cures quickly and provides outstanding long-term corrosion resistance when used as a primer in conjunction with other Tnemec coatings. U.S. patent pending. Note: When used in conjunction with cathodic protection, anodes or impressed current systems should not provide current demand more negative than –1.05 volts relative to a copper–copper sulfate reference electrode half-cell.
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