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TalonCoat™

Product Overview

TalonCOAT™ is an advanced resin system enriched with inorganic ceramic particles which produces an extremely tough coating with superior chemical, corrosion, and wear protection. Designed with the oil and gas industry in mind, the coating can ambiently cure in 24 hours OR oven cure in 15 minutes at 300° F. This allows the user to apply the cured coating in any setting. The coating is VOC compliant in all 50 U.S. States. All materials in the coating are made in the USA. Ideal applications for the coating are pipe ID/OD, steel fittings, tanks, vessels, downhole tubing, internal valves, fasteners, gaskets, and more.

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    TalonCOAT™ with Activator
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    This picture shows that acrylic type paints will bond to Talon Coat if another color is wanted other than the natural color (black). Pigments cannot be added to Talon Coat as it affects the chemistry and the efficacy of the coating.
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    Left side shows the Impact Test (ASTM D2794). 160/160 in/lbs. This is the highest score on this test. 0% loss, no cracking, chipping, or loss of coating.
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    Adhesion Test (ASTM D3359). The coating is scratched in two directions. A piece of special tape is pressed over the scratch area and then pulled off. Observe if any coating is on the tape. Talon Coat had 0% loss with a 5B rating, the highest rating on the scale.
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    Mandrel Bend Test (ASTM D522). A coated metal panel is bent 180* and observe at the bend for cracking or loss of coating. This demonstrates the flexibility of the coating. Talon Coat has 0mm loss.
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    Double Bend Test. This is not a standard ASTM test. The metal panel is bent in two 180* bends back-to-back. There was no cracking, chipping, or any loss of the coating showing the flexibility of Talon Coat.
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    Coated a piece of ¼” carbon steel plate and ambient cured the coating, then using a ball peen hammer struck the coated plate hard for 10 times. Coating chipped in 4 places. Placed the plate outside in the sun and weather on February 8, 2024. As of December 10, 2024, there is no corrosion present. Even though the coating chipped away, Talon Coat was still bonded to the substrate of the metal continuing to protect the metal from corrosion for 10 months and counting.

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